Appendix 1. Borehole geophysical logging field notes. · which is defined as the amount of water coming out of storage is

Appendix 1. Borehole geophysical logging field notes.

science for a changing world

Century I Caliper log Tool serial number: 9065a

WELL NAME: rs-oq $ nr 1<.. O'>(~CJ(\0 Date: 1 _.I -:- j '· NWIS 15-digit id: Operators: (f;d~ .. ~tJ\!_J/ j ~; fcto1~

. -7'6,~40.~).<;,,4147 /g'&O WoJlFo.X Rof, / Location: (2. £ _ , ' watch time: t 304 j / J

\Project: ox oro t;.(Vllt t; ?A-.S...pfrhJr;;~ computer time: I 304': ;{_ l c

Geophysical log reference: measuring pt o-~~~'0

Well information: · Describemeasurementpoint(MP): Ff~-e. 0/h -bD 11){: CS.Jt•

- 6 Depth of well: J-<t!3 ;J.. .ff_b.elow land su ace Height of MP above land surface: ~ r·:S 6 ft · Water level from MP Ql t; , 0 ;;t... • ft @ 1::2oo Depth to bottom of casing: j 3 ft Nominal diameter G inches

Notes on well (water quality,need for PPE, or problem areas:

-7~f} ~~0~ 36:, .LJ-(4-l_

1 3-0 1- .·- r s. Top of tool zeroed to land surface:

starting time of log: _....:/_,:S--"=s~{;:;.___

Ending time of log: __ /_· _3_·$t_O __ _

Logging speed: //, $"" -f'f;~".;l') Logging direction: ...::.U..:.....P __

Sjlmpling ra~: · / Q Unte.tval .il1l ·

Round trip rror check of depth:

2-pt Calibration: ( 1 $)' Point 1 : \P fi> .) \ rnch

Point 2: ~J) ~nch Note any problems or points of interest:

should be <2% of the total depth

CPS: 31 5:8·~· 3·' CPS: 10 S~<(, (o

:;)\

science for a cl1anging world

Century I Combo tool log Tool serial number: 8043a

WELL NAME: p~~ &1; n I /Z;)( bora Date: 1 -/ -- /1 NV\(IS 15-dlgit id: --------

Location: I 8'60 Ho.\l{:oyr R.~. Operators: ( rA l J (JJ e .... I l I S-fa-vb

I

Project: $_{))\ b!rcS> CJM ~ f. PA-watch time: It I 0 computer time: 14fO

Geophysical log reference: measuring pt o~~~~~0

Well information: .

Describe measurement point (MP): .fJ 0\ll\ 'X'7.. 0 t'l lop·· of· C.!;~ Depth of well: /-4 5J., "'!' .. : ft below land surface Height of MP above land surface: t, 5' (jj · ft Water level from MP "i-. (9 , Q OL ft @ / j..Q'e Depth to bottom of casing: 4 3 ft Nominal diameter b inches

Notes on well (water quality, need for PPE, or problem areas:

Top of tool zeroed to land surfac~1: . ~heck) E-log mud~probe grounded: ·~heck) Log Down . . ·'!

tLL{® · Start time of log: .IT . ·

Log Up

Start time of log: l4 ?.1 End time of ;og: _;_ J!.Jf:dJi· End time of log: .l4Q~

Logging speed: /..0 Ft:-/se Logging speed:~~~ F t::,./M. I. n

c onr/+o.;_!j ·< ... ld ce~p u--lllr

Round trip error check of depth:

Note any problems or points of interest:

,.

Depth

Sampling rate: F t:., r .. ,l·l·J;.'·~ i .. frr·~"' -.: .... i';. j. ;~ ... ~·· ~· .

"' ., ·'~~hotild .oe ~2o/o·~·fthe total depth

us scie11ce.fora changing world

Mount Sopris I AL T OTV log (OBI 40)

NWIS 15-digit id: ---------

Location: / Zf fJo ,1/tJ; fO.;.. -fl..J, Project: f..o>thof'D /:? P A-Geophysical log ~eference: measuring pt o~

Tool serial number:

watch time: computer time:

Well information: / · Describe measurement point (MP): --,--rf=-::>""r'-_0..__,11..,~~· =-· _O__,t\'-'\\·..:;~..;..~--_o_f_._C=-.S:.-J:r:~il'-~-~·-· _. __ Depth of well: J_ 4 'J ~ , ft below land surface Height of MP above land surface: ~ , ~J? ft Water level from MP 0t {?, 0 ft @ !;)r:JO (time) Depth to bottom of casing: 1/__ "'1- .3 . ft Nominal diameter (9: inches

Notes ori well (water quality,need for PPE, or problem areas:

1..\_ Magnetometer/lnclinomete~check: . ! ~ · Tilt check (-45°): [0 OK Directional (N,S,E,&W) tilt gpckk:

.. "'- \ ~ Q O North check (placing object in fr~nt of amera window at north): liZfoK ~odJ 0,., I(){ y .J!. Top of tool zeroed to land surface: (check) _, { 10 :'1 · · 11J\ vf,awA / 1 oo> . / <1. tl ) · ;}.(" Starting time of log: I :::::;, ~ 7 Depth Start: 7 ' J o.· ft

. ,t _,p r.> r.>Jtll I ?4G- -1' rot .: J ttt .-;;;-(e..- Ending time '6¥ log: · . depth End: 1 • ft

e,_ctf0

. Logging speed: '6, 3 (<Bftlmin) Depth Bottom: . ft Logging direction: ho + t... Round trip error check of depth: !Should be <2% of the total depth

\) r I Oif-0e J ep~ :>tarf.-~ { 4-U; ~· 1;;;4tt; . &.epf4fl.·~t1d ~ J q cE 16 f) 7 Collection

Note any proble s or pojnts of i t~rest: . (-/-.co I) Window --~~e=o+p_ht~<~c.~a~M~~~-~~/~,~f~~~~:_1~7- ~~~7.~~--_o_·?_~-~-~~~---t~J~d~~~J:h~~--~·-··_. __ · ___________ TooiBottom

I'/ ""' ,,. r:.,,;-p··

Checks: • 0 9 (, 1. Data sampling interval: 0':'9-1..5..fi Pts/turn: 360 v Light: €l or 8 --

in dark rocks choose a higher light intensit~ 2. Prior to actual data collection you can do the real-time mode data collection as a check .

. Be sure to record the depth before you start the time drive!!

'

P.S

"'0

q3

_.'

2C

ll-0

3-0

Q,-

.v. ..

... b~e

"'~

. :-+

<1/

HP

FM A

MB

IEN

T

We

ll N

ame:

T

ool s

eria

l no.

t-JF

-P '~

9la M

rx, O

pera

tors

: 5+

C\v

h >

C,o-f

Jm-€.

1-.f

NW

IS 1

5-d

igit

id.

(c1}

: D

escr

ibe

MP

:Lo

? o

f cu.

s/1\ ~

(.£"

6" v..

.bv l.

~t>)

For

NW

IS a

rchi

ving

, log

type

and

seq

uent

ial n

o.

Dat

e...S

l ~ ,

ll_

. -.

s::

:~;,~,

I p

Ht o

f MP

ab

ove

LS

: ...

" 5

' £,

. He

at-pul

~e fl

owm~ter: H

F 0.

.:1-

lniti

al W

ate

r Le

vel

d.~.

9 ;..

ft be

low

MP

.: ~ -

:;?>'

Rn

q-tri

p de

pth

erro

r: ,

I ~ .

ft ab

ove/

bele

w-M

P-

,!._

::::

,.0

Tim

e _9

_: 4

9 .

,. I 4

wa

tch

tim

e:

I 0

0 5

com

pu

ter t

ime

: /0

() ~

q·:s

-. -·~.

Flo

w R

ate

(in

ga

llon

s p

er

min

) D

epth

F

low

N

ote

dire

.ctio

n w

ith

•

or

+

Diff

. in

N

otes

• in

clu

de

inte

rpre

tatio

n

(in

feet

) D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

flo

w r

ate

(see

be

low

)

d.,O

? ~~'

!v'rD

! f.ju

l $e..

WL

IS

JJo

w; e2

.:..

-"?

~ S

,;:;

. !?

LS.J

>

J

43

"+"

~0'J?G.II

i-,1\Q~.,. .o

~.c,

o /0

30

?

t' c k

l "!i

p"o'

T rt<

s~e&

. -k

. b.i!

~ J.

4o

.sec,

fl74f

li!i

~.ll~

11

I .o

~M1

flo-f:

:/e;1

J Jc

ri.t-+

rv;+'

pi c

.\<'h

\il\ a

k(.f

Ha

i'

i~f'

Fio«

P,

<.;,':!

-.

'+'

No.

(.'h,

vft

}04

t 57~=

> '+

" I

•01h.

'Ls~

~c;

)1~

,, ,o

%,4

' /O

sj

.J-.rc

t11 st

' f>IA-

k ffo

w?

5S~5

1 '+"

'0 ~tl '!{

iF

lfl

"' H

r,UJ

ooJ.(

o ~~·

: _

'1-o

t_~ 'to

flo

w

/.0 $~

(Dd_

~

0~

• 3t

:;.oo

•0 _

%,o

o 11

6 t:l

,!;

/109

....

fA .IJ

\ '+'

.o

y~'3

,S"

Ao%~11.

0*

• i:j

l).<>

I I

J4

bC\.0~ +

%

,o

'¢ I

.ql ~

:1)~D

'$'_

-•

q,

:;; ,o~;g:(o

//;2_0

7

J.oo

'f ,0

%>'

~G31&.z

.. o%

.o I 1

3.1

{!v"'J

,g.,+

-kvn

3 1-,~

;..1,\

'!-

~ p

v fl

)v

1-

oF

tv"'-

'1--

l!r O

!l'"l

o\

re..l

., .E.

t:r+

-

7s,

>1 'f

' go

Y/c,

~o~

.• o;

r(,q_

.

/f>~

/fi,

O<

O

'V

0 0

0, )(5,

~ $"

·~~;,

o_%

( ~

' ;;;

!OS)

1/

40'

~0

liJ

%

,o

;;,) -

~>

a~q$

" .,

[ 40;

"'b~

/)C

l \Y

.o

tk\.:

1 oQ

%:1

'}

.

111-·

r ~(

o 'f'

.?

%0~

-%~5

. ll'

>cl

. '6c

?, ,(}

\ 'Y

.o%~~ ~

6 ;;u

,.:rs

tt;~

.

•0 ~.35

11~6

~3 ,

5"}

'r

.o

~-s:

;-"~3

%,4

'~<?~

{*ch

eck

the

time

on th

e co

mpu

ter a

nd c

hang

e·if

nece

ssar

y so

that

lim

e ta

gged

dat

a m

atch

es th

e fie

ld n

otes

.)

gp,

glitc

h pi

ck is

the

read

ing

that

Is a

utom

atic

ally

pic

ked

in th

e· a

bsen

ce o

f flo

w.

Not

e "g

p, n

o flo

w"

mea

ns n

o m

easu

reab

ie fl

ow

tran

sien

t flo

w m

eans

that

the

flow

rate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to th

e ef

fect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

Late

-tim

e fl

ow

mea

ns t

hat t

he h

eatp

ulse

has

arr

ived

afte

r the

GP,

but

the

com

pute

r has

pic

ked

the

GP.

Be

sure

to n

ote

this

occ

urre

nce!

chec

k m

easu

rem

ent i

ndic

ates

tha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earli

er m

easu

rem

ent.

umbr

ella

mar

ks: I

ndic

ate

the

way

that

the

dfve

rters

wer

e se

t -

It m

ay h

elp

with

the

inte

rpre

tatit

on o

f the

dat

a ~for an

ticip

ated

upf

low

and

'-!

----

' fo

r dow

nflo

w

aS: .ct\

5" ~

1 1

\ ·

·

.. ··(

' 1

. "'"

/·

/:::''il .

,J

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

-

::?;-

/l\-

Auto

vYc.

~ c:.

\oes.e

s. 0..

\l'-i'i

1-<i:~"t

.sp

I K

~ ...

. .. ;~mt

l.i~n.

t.Cond

itions

For

ms-

:l>

•-"

"' o.Y

'c\. ~...,r\S. h

1 ~\-

. flo

t)J~--

~~~lb/

~-kk<~

\"'f:.

::"''·

·'····

•<·"··

·~-·-

·r----

--·'·

1 ~-

'(\l

jj o'

\,\b-·

··~~~~

~.; '

'"~·

--·-

····

·-"

. .

' .

. ,_

-~.

'. ·~

':

i1o . .

;t.;

·o.:-

:::...

..:.::

:;:r.~

:.:;!'

.!!~.-

-:··. ;~~-;·;,· ·

·;;:

:.~.

t=;,

--- ~:;;:~~- .;;i

Co

ntin

ua

tion

of H

PF

M t

est

un

de

r b

6; e

nf

We

ll N

ame:

P

S -

Q 1

3

l, tf

) ~·

co

nd

itio

ns

-~ 1

r-:1

1'1

Date~ I ~

I ..!.

..f.

ff(t/,

ue

pth

I:"

IOW

F

low

Rat

e {i

n g

allo

ns

pe

r m

in)

IJit

t.

m

{in

fee

t)

Dir

ect

ion

N

ote

dir

ect

ion

wit

h

-o

r +

.T

ime

fl

ow

ra

te

o/;;

' t)

'+'

o.o

11

\ ~·o~.-,.-

,oi_A4~~ .tJO~o.o

)20

9.

'?&

,5"

-r o

.o

oo

%.2

. ·"

"~.i

T

lO .PL

ow~

;::;;;./~

c;g

,;;

"/-"

b,o

'Z-/

f'.

,oQ

I.Y(1

,o5

" .o~.\.

,oW

..4

JJ...

/'1

1 o

;).,

f I ""

o."

( 1'

,u7~

10

. ,a~

~. -a-

7' ,o

!A,'3

JJ

..?..S

. !O

K'.t

.>z_

~

0.1>

2.. ~

,nz)

1; .b

'f ,t>

I'J11

,6t)

,(J/

%.3f

t~

!l-

"5'(

/08

. 5Z

r.p

0

.01

'1-

;Di'f4

s. se>

,{)/~.;;~

,c%

~

.&1

LV

II

/13 .~

'-1-'

o .o

t 1'

1)0"

1,...

,l>~~ .o

2',6

.. 12

-r.fr

-' . /

'-"3e

!#

$,:0

"1

,:;>

6

II r.

r-z. lf

J {)

, 0

.t,oo~ 0

l'i3

%f)

J.J

aflo

w i

. 12

..('2

-1 -

z_./ •

t>D

O,D

/,

Yi}

{.r.

o

1,3

%6

o jJOf/ow~

/z.f

7

IZ5

.~o

c.

OI

1 o.,)

, 01.

2 r

(), (

)l}f

'(,/

)5.

/31)

-z-

I

.

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

Lo

w R

ate

Pu

mp

ing

For

ms

q~

No

tes

-m

c1uc

:1e

mte

rpre

tatiO

IJ, w

l, e

tc.

(see

be

low

)

/,/Sj

Field form for recording discharge and drawdown data used to compute open hole specific capacity

WELL fl;i -tYJ"S Date: 3 -¥"- (f Pumping rate __ gpm Height of MP 1), S'"b ,(:..,-

Operators: {JJS~/ t!"l:$ watch time: I 0 0 S ,.,..computer time: I 0 0 .S

These data are used to compute the open hole specific capacity. With additional programs you can 'calculate the open hole transmissivity. (see Bradbury and Rothschild, 1985)

Pump set at 3S ft below MP Note any observations in the discharged water: smell, turbidity, color ...

I'

.' · .. /

Be sure to note when the pump was turned on, changes in pumping rate, pump off, etc. /)J/ I '3 ;3Cf ~ ~ t> These data along with fluid temp and resistivity data collected after pumping may help in "/72 bU. 0 I ~ '?ll: S~ f'M. the interpretation the flow meter data and the hydraulics of the borehole.

Watch Discharge rate measurement water drawdown time level rate vol(~ time (s) Q (gpm) Comments:

Frl!l«l IV\ P:::: • S'f. (1"oC.... lft--Pr~ " ~115!!=') . .,):.:,,q I I I/ ! 7

'Jl/ ?J ;),!;','f()

/13/ ;JS, 9 I /1.!;:''(., . Jr;,v/1

/:119' 2,:;:-, CJ I

13Z~ "lJ5/o7 IL l'f /':../ .s 11/.t>lt· r:. ;?,Y:,f)s.'7J ' 131/t> 27. /b L .2 ,.;;( .. 7~. 1+-iJA:'W Pvftl/'1 :&>a 3 32. : '2'7.""1 l"fo:·A Cl~.:;J.;·q;;.· L ;1. .. 6 ... ·;fj;J._ .·;·

141-'f ~'(,.:7/ .• , •· :·· ..

L437 ~ s.q.4. . +toll ;;)tg_<'[J 14.~;). d'1· '(, /. ::?1 ,Sf!{ ,;:~9,()~

f")'Z.O l7q~"?:.S" zq~7·'7 I '\3\..f· ?-i:J ~ tf'3 ~2.9~~'7 1:'5:-5·9 L. sOl- ·~~95 t5'.r!f 1 ':J. o/ ;;;.-:J ~1/;r .1) (!) f-h g./54 l3 -f"NJ (( ,

MP=measurlng pomt, dd= drawdown, Q=dtscharge (or lnJectJqn rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:

dd at 0.01 ft in a 6-in hole--> is 0.015 gpm and we can just bearly measure that with the HPFM tool. So dd has to be <0.01ft/min

·~1,::fj

..

2.

~oU- ~f\l 12t7.1l1 6L~ =- l ff. 13 5 4 ~1.:;. 2('~11

HPFM_and_Q-test2.xls 7/ [email protected] 2/24/2011

-· ..

I .

~=s

HP

FM "

Hlf3

HE

R R

AT

E"

PU

MP

ING

W

ell:

ft7 .,

.(l13

T

ool s

eria

l no.

O

pera

tors

: t.

JS~.

G"iS

N

WIS

15

ldig

it id

. (c

1):

Des

crib

e M

P:

-roc.

o.~~ +

!t-4b

oue l.

o.;n

d-su

~ D

ate

.3..1/

e I

II

1 P

ump

set a

t 3 5

fee

t .

Wat

ch ti

me:

J-4

;)3.

Pumpi~g R

ate

~ lo

l ga

l/min

.

WL

at s

tart

of'

HP

FM

1 R.

~.Y

at

')'4&1

Com

pute

r ~ime

: 14

;). 3

. :t-

I I

Pump

~tar

ted

/'3:5

2,;

, W

La

ten

do

fHP

FM

:J

r.3

s

at l.

s""<1

4 ·sv~1.~,~~£tjl W~L.ne.B4 ~Le

;t~e

. r:J>

.~-1--er

-w

L

Initi

al W

ater

Lev

el

2S

":lf

S""'"'

feet

~6'1!/1 1

Du

A in

WL

du

rin

g t

est

ft

::1 1

s.<J

;; 11o.

.1;-ft>,

.~ 1:

1 ~~<.,?"1. '3

o.i: ,

£; 4

s

1 a

-1./

/ m

p:::.

. 'I

Pum

p $

top

pe

d

1$'4

3 .-

:iJ?JA

:i-3~~'%

WL

.aft

ert

est

: .

at

;>, /

B3

6 f

fa/r

'f.o.

x /3

.2a.

1?

.'10:

,· l~

i':J

..'

!9/1

'2..

;mt?

:::o.

o I

"t""'c

J 3

. ..,

·

. .. 1., . 1

.· F

luid

Res

. &

Tem

p:

yes _

_ o

r n

o_

_

·-o,

l if.

Rnd

-trip

dep

th e

rror:

-O

. ...

,: ft

DJp

th

Flo

w R

ate

(in g

allo

ns

pe

r min

) F

low

N

ote

dir

ect

ion

wit

h

-o

r +

D

iff.

in

Not

es -

incl

ud

e in

terp

reta

tion

( in

~eet

) D

irec

tion

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e fl

ow

rate

(s

ee b

elow

)

j2.3

.9z.

D.D

-

r .lf3

Jf6o

l,

}'i'

J(6

{)

NO l=

(tJ~

/l

ftJ~

~~~

,P.z.

m

.o ,o

'!f-

1 C

!(,Y(

;t[rr:

· ;

. :5';

.

-;.·:

;pr:

;~,i

J~

::.:

.·

.:,·

.. · .. :

-. o.o%~.r

S::tl

llf

1z-

I ~

o .o'

1 '(1

. • b(~

·.

:'D,"?

W.z'

l !'

lt7

II),~ I

"";2

.~

113

. f;;-

j 1

' .

0,(

Yl7

1"

;o1

j4,q

§'

. :b

)J(.

~s-

/4;2

f

·/DZ .s

f/ ~

().0

79 1

,0~.'6.5'

,o1

J1t.

f(

t4d-

4 '

lo!;

J l/

/ 1'

0.

089

1 ,0

'1)4

.:srP

· ·~:5 ·~

;t-9

l4

rJ-'6

I O

'JJD

I

..,..

o.o&c

g f

. ocv

l(i .

... •

. ,.q

,> ,o~A-

~~~3

'1'~ l

~v +

&.

mo

1 .o~<fo

,o;Y1

3j;

,o%

.z"

I LJ ~5"

'7 '~

;;"'o

1

Ac:78

't 1

,f)~

~.6t

:~

.m%

f,'J.s-

-o%

,-,

A>

/13~

9 15'"

Ol

t ,0

8 I

t o?

.U,

. I

r8

,o16?

f 4,'7

J

11

4

9 ts,

5"0

rf\

,o<g;;

_ t-

,o15

%. 7

,ofl%

,7

Jtf-1

-7

!

g.(J

'l.5

'0

~'

.oeo

1'

· •0 %

.rto

·Oj.J4

, 7~

f1S

J

! .

, ..•.

...

@~.0

1 ~

~B'f1l

.o~.t:.D·

'0%

,to

t4

SS

' lJ

~.O\

,.-

h , o

"7' 1

' ''o

1'!.A

J.fK'

:()?

X/.&

r; ttf

s..-t

t gc

)l_ D

o A-

---.

' • Q

'7

"11'

,{l

~ /1

;'6

,o7~f .O'frf.g~

~~-o

/

7')~

00

l'h

.o~o t

.o

7~-G

'.~o

~ .t

)~-~

.7 5:.

,o

'Z~.

:o

/'r'"O

g I$,~

of'

/)7>

"1'

•070-

.vs .

,01

f...'f,

p;. ,.

fp

/'::L

7

0,9

'1

II\

I ;ff6~,7fJ

,rG-/4

.6./

/$1

5

--

Re

me

mb

erj

to r

eco

rd th

e c

alib

rati

on

va

lue

s o

f th

e fl

ow

me

ter.

You

can

do

a sc

reen

gra

b o

f the

cal

ibra

tion

page

on

MsH

eat o

r rec

ord

valu

es.

. I

tra

nsi

en

t fl!>

w m

eans

tha

t the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of t

ool m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

. I

La

te-t

ime

tio

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

; b

ut t

he c

ompu

ter h

as p

icke

d th

e G

P.

Be

sure

to n

ote

this

occ

urre

nce!

I

. ch

eck

me

asu

rem

en

t ind

icat

es t

hat a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla r

rlar

ks:

indi

cate

the

way

that

the

dlve

rter

s w

ere

set

-it

may

hel

p w

ith t

he in

terp

reta

titon

of t

he d

ata

~for an

ticip

ated

upf

low

and

'--

4--' f

or

dow

nflo

w

sour

c~:

2/24

/201

1 cj

ohns

on@

usgs

.gov

H

ighe

r Rat

e P

umpi

ng F

orm

s

' ~~ @

. ) 4s

~)ll

L_.

, w

i\e,

\~vt:..\

u_,-a.

r,. Jh

oe(i

n~1~d

) 1-

o J-:

ls.ay

'Li'h

.. •

••

t:

Contin

u~tion

of H

PF

M te

st u

nder

~ 5

4g

pm

pum

ping

con

ditio

ns 0

I W

ell N

ame:

p~ -G

tJ ,$

D

ate ll_

TJ I J

J_

ue

ptn

(i

n fe

et)

b f)

,fl'

l

Co1!

.6D

(c,~,oo

-;$.

>

s-t.

49

Lf-1

,0

LfzJ. t

tc;

I I i ' i i I I I I I I I I I I i I I ! i I I ! ! l I I ; ' i I

I"" lO

W

Dir

ectio

n

.,O

I( P

f "'

07

/ 1'

,0'7

/ f.

,O

b~

f\

• 0

10~ 1

,ol;

;'f\

'{

)~ 1

-1'-

/} V

b->

'1.

r (

Flo

w R

ate

(in g

allo

ns p

er m

in)

LJ N

ote

dire

ctio

n w

ith

-o

r +

T

ime

.r.o

~,rn

o ,{

)?%,

~ .vg

"6s'

;<5

J9

,(]1

0_

1b

,O~JS

I ~J.~

.-o7

~?.'

5.

·P7 X

su

I S":

lG

,ob~,go .o

~s5'

1

53

o

.0~.

9.0

.offj,

A(9.

1 !.

>:S

a..

AOb/

C..I

> ,b~q~

,0%

1("

.o~e,~

1 :,-

s~

. C<-

}io

.66

%, 0

1~¥1

? r'l~..f:.. _

ff?

. /t

. (:;

;"4.

~ ..._

_...

um

. m

fl

ow

rate

sour

c~:

2/24

/201

1 cj

ohns

on@

usgs

.gov

H

ighe

r R

ate

Pum

ping

For

ms

93

Not

es -

mc1

uae

mte

rpre

tatlo

n, W

I, e

tc.

I (s

ee b

elow

)

I i ' • .

EUSGS science for a changing world

Century I Caliper Jog

WELLNAME: ps-oq4 Tool serial number: 9065a

Date: ::?-;2 =- //

NWIS 15-digit id: -------

Location: 11 6 $"" ~{o"IJ ~ O.X ~ J, Operators: .$ fc~,vb Co....f J ~;;e../ f

0 , . ,. -~ G , watch time: ~ 30 Project: f<\...Q'X' bt'. ('{(_) (;: f A- ;r(Vl fl computer time: 7'.3..0. · {) S

Geophysical log reference: measuring pt or& · ~-. l -·' .

... Depth of well: ft below land surface Height of MP above-:1-an-d=-s-u-=rfa-c;;e;:: ~~<~:9~\:;:~~~~~=ft Water level from MP 3 t:?.4:/(b ft . @ Depth to bottom of casing: ·<:f.Dl;· . ft Nominal diameter ·b inches

(


Top of tool zeroed to land surface: ~heck) Starting time of log: __ 9.!.-::..J._O{.,-'----Ending time of log: ----'~-4--~----

J19, ;).7 J...,.,.,.., . Co •l•pu1e" + r K 3. . -~vw · 1/, ~, .. ·

Depth Start: ld.ft-;4 ft ~J!l,27 · 1 iiL 4.4

Logging speed: I l Logging direction: ...:U:..:..P __ _

Sampling rate: f O ~ .·


2-pt Calibration: Point 1:

Point2:

{;,.5/ inch

({ 6"J>'. h o. me


-too I "~I' · tfJ Depth End: .... • i~ ·~ '6 ft --; ..1 S

Depth Bottom: J -::?.1:4- ft


CPS:3/173. 4 CPS1{);;;<~@·f, ~

EUS science for a changing world

Century I Combo tool log

WELl:. NAME: fS-- O~br.

Tool serial number: 8043a

Date:~-;)--//

3~ J4 51.~ '-JC6 ;sb 30. b

NWIS 15-digit id: Operators: 5 fcwb ( oJ ~ w(;ll Location: pel ;7.$· lfa.C't~ ~ &

watch time: I 0 0.2., Project: ti.oK~dtn G?lt fr/ltl f-f- computertime: J()O a_. Geophysical.log reference: measuring pt o~ Well information: Describe measurement point (MP): +o f" (;) .(::" b ( d {II'~ 0 1\ C 0. '- r Y1 (J: Depth of well: ( .f:'~~~) I C).,Ol.. ft below land surface Height of MP above land surface: v q I ft qo Water level from MP · :3 0, /. (,;. ft @ 0 Depth to bottom of casing: 4 tJ,.. ft Nominal diameter ra inches


Top of tool zeroed to land surface: ~heck) E-log mud-probe grounded: ~eck) Log Down Log Up

Start time of log: / 0 0 S Start time of log:

/<!J/8 End time of log: End time of log:

JOJ.O

/D~O

Logging speed: ),;~ Logging speed:__l_1:_ , f::" -~~;;~~;;~~--~-t>-7.~~~rt=~oT~7:-s)--~~~;i,-~~;~-;~~-TP~';?(J-;;;rfiJ~4J

A ""'',(J~':-(fco I ::: '7 5'~ . /f) Depth End: lll lJ~ .... ct:' · Sampling rate:_" __

Round trip error check of depth: if 0 J- should be <2% of the total depth


USGS science fora changing world

Mount Sopris I AL T OTV log (OBI 40) Tool serial number:

WELL NAME: __.._P_.:_S_· ~_;_~&_._q_._4-_· __ Date: 3,... 'J-- J/ RP (bottom of tape)


Location: } C( ~ :-;- H(}.. ( ; Fav< B.d_ Operators: > +avh t CoJJuJf!.'·/l.

I .-' ./ ,.: .·.· ,

Project: f<. 0 )C b 0\'C) £ f> 1+- 6-:/YJ If

Geophysical log reference: meas~ing pt or.~

watch time: I 1[/ computer time: /// 7

Well information: rl nnoe <!>Y\ feo c.?f Co,l )1'!!1-.Describe measurement point (MP): ---~.C----':...~~,..l,il.L=-----•------0----Depth of well: J Otc;l. ft below land surface Height of MP above land..,...s_u_rf=-a-ce-:--,-'j_:::7-../~::..._--ft Water level from MP ~.30, I fo ft Depth to bottom of casing: 1' a. ft Nominal diameter (p inches

@ 90tJ (time)


Checks: ~ 1. Data sampling interval: 0.01.5 ft v· Pts/turn: 360 Light: 6 or 8

in dark rocks choose a higher light intensity-- 8-10.

.·' .. 'fop ofTool

,.

s 0 96>,/ ,/

2. Prior to actual data collection you can do the real-time mode data collection as a check. Be sure to record the depth before you start the time drive!!

..... j- f't;J· J'l.-t

·." \ ··.


Continued a 4 . WELL f.S ..-Q -, Date: 5-/6-} I

Pumping rate __ gpm

Watch water drawdown time level rate

90l3 :ru. tJ /Oil ~Oo /3 II D '.5 '30 .I~ 1] r5 <0.() 'i? IJJS 30~37

Operators: S +OJ..~ 1;.; Co..ld u) e. 1/ watch time:

.Iro~-re..cts-k,,'l\ed. Wu·.,tt:.r' .

I

p 5-0 if 4 2 Or/ 03/ (; -i= S--f-res.S eJ Disch~~ate measurement

vol I time (s) Q (gom) Comments:

. L,·~~~ ,.

I ~ I I I \}" {l tV// \J..'

I II 'I f)) S'Cif 1-r:t?l/- 3o.11 13"15" ~ J /74- ~oql die/ no+-: adrvs .f. Ol/mt:J

... ··:

/351 '30 .. 4-0 (~) t Ill ,)43 -:3 B .. -n- .. ""'<} ll:ivt . P,lfpr 011. '+4. .; ide lt~ ... J ..f/.Js 11'11r~tl! h~trr' t'" r/' Co. e.t.f .Ciow ,. a../e

J tJ-06 50.5"1 ;

• lis' I n /3'8 ~t?.?- Ge>

. '1''1-15 ::so. "0 I I :J4 "(~tey 3o .. 61 14;2 r;- .J;o,·~~ I /34 "//g 3CJ.,Go 1417 "30 ,5o... I 143 ~ ,-rl 3D; 5'4 15'Dot. :go,.t;;f) I 140 1/3 20;,.5';3 I~: I .s;- I /lf.O .,/r1h u; d-3 1:3 0 D$/ I ''· ... ~ 7;C),5'3 ' ·-Jt;~<;. I Jl./-8 I /07 .. l~iftf 3tl.~2 ,s-s-1 :30.~ I 130 • /72_ ~b 5'7 tE>!\5""'~ teoro 1 ~D.5" i "~ < i? .5" '3 I {,D fD . ··, '· I lfL~ .,/iJ.(o -····· .... jfD 11 --c;f), ~1 I )~ 9 II 9 '? 0 I? =::-f!l (6. Z'1 '3tJ .s:-~ I I Jo IJ I !;2 :2 -<0 .. :51

.. MP=measunng pomt, dd= drawdown, Q=dlscharge (or InJection rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. d- 7. 7:o i That is we start the HPFM under pumping conditions when the drawdown rate per minute / (p ';1.2.. (converted to the borehole storage) is Jess than the resolution of the tool. So for example:

dd at 0.01 ft -->is 0.015 gpm and we can just bearly measure that with the

· T'o\\ : HPFM_and_Q-test2.xls

s N ~ \ "l. '-s 0 " \~\ow \NS. ·, 11. ~ \ l

[email protected] 1/24/2011

\h.~t\.

I

We

ll N

am

e: f5-~1c/

Too

l ser

ial n

ci.

Ope

rato

rs: i.:

dSL-

/€1-

S .

I q ~c

:;-H

a..l E

,{Cv)£

tld

HP

FM

AM

BIE

NT

1/-u

~L)

-N

WLS

15

-dig

itid

. (c

1): _

__

__

_ D

escr

ibe

MP

: 1i

;Jc.

,-A

Lvl

\tu

vtJ#

Vl L

ildLt

6vG

. Co~

Fo

r NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l no.

Dar~

"7>

. I

IG I

II

Initi

al W

ate

r L

eve

l

Tim

e

Ht o

f MP

ab

ove

LS

: CJ

, q {

.{+-

He

at-

pu

lse

flo

wm

ete

r:

HF

0 :

L '?

0 • 1

3 ft

bel

ow M

P T

O'-n:

~~~~

Rnd

-trip

dep

th e

rror:

o._t

5 ft

abo

ve/b

elow

MP

f

11e

.s ;

f')

-O q

7~ d

v ;t

0 s

1 C:,;

arn6

r'e..t.

+ J ~ ••

• a,...

.ioie~td..

tJC

j : 2

~ w

atc

h ti

me

: 0

q :

3 ° ·

z ~

--

com

pu

ter t

ime

· D

q; 3

D: l~

Flo

w R

ate

(in

ga

llon

s p

er m

in)

-

Dep

th

Flo

w

No

te d

ire

ctio

n w

ith

-

or

+

Dif

f.

in

No

tes

-in

clu

de

inte

rpre

tati

on

(i

n fe

et)

Dir

ect

ion

o

r w

ith

up

or

do

wn

arr

ow

. T

ime

fl

ow

rat

e (s

ee b

elo

w)

l ~3.o:'V

M f'l

t9w

=-

def

avl

f co

./,'b;

-a:{

/o.fl

. vo

..lv

e.s~

1~;-r/veJ

}?...1

.D

o

,....-1

--.,.

Y\0

.f\!

9u.J

,oo~

009%

6--"?

... /D

II

'-...

1'--c\

,; J 1

p(J ls

e.s l9

\l('

) 01.

o,.,,i

t1ufe.

s. 1o

> ho

iJJ v

, j/

5.5

0 ~

flo

f'\ow

M

u IJ

-rpLt

t S

Q.iA

tll e

s. ~

rar:

.;e.ll

+f_

to

w

. /0

llb

,. f'r

-ovn

Q

-.0

/cl.

-,0

/3 ...

. o~l -

,or -

.o8

;{no

pvl

se1 i-h

'

lr f

•. e..

i ;;a

/lv at

N 1

'I ri q

rl

't-e

..~

:.:·

I I 3

.'So

+

1.%

l·tJ

?t:

. u

; pr

.::>

f[t-

C:.$

$ecf

fl

't!J

m.

;>r'

cl-s

~ree

"l.

+o

, d

t'!;a

pp

eu

...

f./o

+:lo

w

/fQ37

<

[-.S

fa.r

feJ

/-<>

.See

. <

;Dr

/<e.S

+J.

en .5

crtO

fft-..

o c,

c:rp

e....

, u

J

J0B

:1'i

tf.

no f

'low

'·~bo t.J~

ltJ>

b /o

4/i

<i

,P

flO

-R

l9c...r

.J ,o

61':a

{o

J.sc

art

1-SJJ

: J /

0 4

IO

:J..o

ro

..P

[lib

-Flo

w

).,31~0

do

,

J /1

0

· '7o.

oo ~

fiJof:-(fJ~

/ .. 3~

7 o

b0

[3

JP:(

o j1

2;L

"7. 5

' 0 ;.+

"..

'0-0

l.

:.lf

li~l

:>

r ·=-:J.

£o [,3

*

.€. .

:>

fUo

flr) (

,) } I

J.b

tiJtA

~ o

A---.

o

•C>

ta

4yt.

P

t~??i}i4

NO f

/,ovJ

[.1

)').

tp

Z,D

D /f

'.

o.D

h34<)t~C>

[;~,~

{fJIJ

Pl()

t.J 11~1

(t;o.

S"o

,..+.

.. D

.D

/, ~'i.

.J<'{.

o [,";}~()

NoFw

vJ

Ill/

¥

5''1 '(

)0

,...h

., o~D

.. L.

~"?i

~c

ll~'

1·0a

w

omtJ

_/(

t,f8

~5'

00

.A-.

o,D

t.s

e:v'%

0 l.3

<lY

,L 0

r-Y

iJ f[b

itJ

tls"

'-f

. 5"

3 .~

Orf\

o.D

ll •

~q;:V

.:h.

o I ~

?~~"

YiJv

/.3<?~0

No t=

luvJ

ll.I""

i Y1

. ~or

.f-.

Q

,D

,, 0~ ~ 0

l-

~~]4

;1)

tJD ,:

;Lov

J /z.

cJC.

. (*

chec

k th

e tim

e on

the

com

pute

r an

d ch

ange

if n

eces

sary

so

tha

t tim

e ta

gged

dat

a m

atch

es th

e fie

ld n

otes

.)

gp

, gl

itch

pick

is th

e re

adin

g th

at I

s au

tom

atic

ally

pic

ked

in t

he a

bsen

ce o

f flo

w.

Not

e "g

p, n

o flo

w''

mea

ns n

o m

easu

reab

ie fl

ow

tra

nsi

en

t flo

w m

ea

ns

tha

t the

flo

w r

ate

Is c

hang

ing,

typ

ical

ly It

occ

urs

In r

espo

nse

to th

e ef

fect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

La

te-t

ime

flo

w m

ea

ns

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

, b

ut t

he c

ompu

ter h

as p

icke

d th

e G

P.

Be

sure

to n

ote

this

occ

urre

ncel

che

ck m

ea

sure

me

nt I

ndic

ates

th

at a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

con

sist

ency

of a

n ea

rlie

r mea

sure

men

t.

um

bre

lla m

ark

s: In

dica

te th

e w

ay

tha

t the

div

erte

rs w

ere

set

-It m

ay

help

with

th

e in

terp

reta

titon

of t

he d

ata

~for an

tici

pa

ted

up

flo

w a

nd

'-!

----

' fo

r do

wnf

low

•t bo

-flom

@ q

:1.;L

f'lt'o

.~d ,1

-y. I

J!e .. t

t'

.. n o

-rds

e..

+-ho

.t ,,,.

.~ "f=

F-If,

e 1"

"/jh.

f.)

'••+ t

.lery

slo

wly~

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

A

mb

ien

t Con

ditio

ns F

orm

s

'

11 S"

"~ Nz

.JlYf

o¥ fk

1 C

ontin

uatio

n o

f HP

FM

te

st u

nd

er

ambi

ent

con

ditio

ns

-W

ell N

ame:

fs-o~t(

Dat

e.1_

tll.

I!!_

1~·~ 2/

~

Flo

w R

ate

(in

ga

llon

s p

er m

in)

Dep

th

Flo

w

Not

e di

rect

io.n

wit

h

• o

r +

(i

n fe

et)

Dir

ect

ion

o

r w

ith

up

or

do

wn

arr

ow

l/6.

oo A

---.

Od>

~IJ

.f-ltJ

{) .

'-/b

,DD

0

o,Z>

? ?F

£·D

n ....

.1/I.

J\

"·6%

-s;')

(,{

'o

1\)J

t:/IJ

trJ

'fz. q

q A

O~D

t.~q

.Y."

0 {;~D

'·%

.6

?:>

fJof{d

CJ.J

iJ(),

C(9

. /\

' o

.Dt

f~,t

,D

l'!J?

St3

JJ

o Pll>t

J.l ~D,DO

GA

tJ/IJ

i I

{)c)

" ]J ~e

._~

uS

~ l

-0-d

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

Diff

. in

T

ime

fl

ow

rate

IZ-' ..

5

r Z.

..l <i

?

~2.l

tl

if. ~

u. .. ~o~ ....

Not

es -

incl

ud

e in

terp

reta

tion

, wl,

etc.

(s

ee b

elo

w)

w.W

-Ioa.

O. do

w~ ~ "=~ .o

~~ -~* re

pe4

1 ·~ H

-le:rh

bl2i:j';

<\!l\/,f

t/tJu

suc&

t1tq

~ B

ec,tN

I'ittl

c:, cg;

.,~ ~)

()I'M-~

vP -/il

1./f::.

,tll:l

® l'

Z3~ .,;c.~-

i2 ~@ tz

lfl-

fl.t

{(o

&Ji

/lldy

-'5

uSpf

lnS

Mro

(,.J/~1

#:-""(/

4._. sftq~ Na

·l~e

t'5

due..A

-c:. b

ree

;g_a

JIIAf

.>IJu

vl:.

Tcp

tJ.(l

'SerJsiJe...f'/Ul(lrt..PcJ~~

. '

e~ 6

!:~

'({IN

'j :J

/t1 (1

-tfy

wW

Am

bie

nt C

ondi

tions

For

ms

_-'·-

I H

PFM

"H

if3H

ER

RA

TE

" P

UM

PIN

G

?/r~;(£

vf=

0,4

1-#

· Wel

l: Ps

-69

f N

WIS

15-~1 di

git

id.

(c1)

: D

ate

2._

fi{!J

I J

j_

Pumpi~g R

ate

gal/m

in

Pum

p ~tarted

Initi

al W

ater

Lev

el

feet

I

Pum

p S

topp

ed

Flu

id R

eJ.

& T

emp:

ye

s or

no

5t(~

(\

BL$

F

low

Rat

e (in

ga

llon

s p

er m

in)

D~pt

h F

low

N

ote

dir

ect

ion

wit

h

-o

r +

(

in1fe

et)

Dir

ect

ion

o

r w

ith

up

or

do

wn

arr

ow

39.5

1 ~

I 1 ~) #ai;~L

!ld

Tim

e

133C

f

at _

_

ft -...D

iff.

in

flo

w r

ate

:

Not

es -

incl

ud

e in

terp

reta

tion

(s

ee b

elo

w)

Co.

-ltbr

aftb

.U-

Pui\\P

o{l..

\ I

I/ I .d

I ~

,t>('1

"'}

tDS

"''!

1(.

t,f)

~i

) S){.

:.i>

;t.~

rsrl

wf

..w.-L

ovNU

1ivr.:.

-tfJ

tJ6

un ~

Ctlo

tvkt

z_ (1

1\.lt.t

ke.)B

L{

;; .D

D \J

/ .,.

. '0

(:.

"" ~\'Ma sure~

l3s'

8 £r

& .. a

dio'5l

cd-h

l.fetl.-

Mtt..

.Jbo_

~M P.

Jyv.p

(liJ

:k -z

l 'j/:

;, D.o

A

./ ..r

. D

Z-1

1' ~(\ \l

!fU

)'

tt.-fD~

PA~fo r~

.-~'

l\f-

ba.~

~ uj

O

!

lfb I 0

{ '-..

/-' V

'

, D

2.-3

'\' '5~ ~

1£./t

(,.

! I

l/'1 \t

o '-

Y

.Dt9

1'

• ()"/f

t. ."1

i)

•1:>

%.-t

b ~o

%-,l

b l tf

:z...c-

-' !

5'" ~ ' ~

~ "-

-V

, DZ.

.S 4'

,o~,lo

.o~.

'fr

1 Lf3

Z-

I

5' 5 . b

( '+

-' . o

z.o

f .o

%,1

-/b

,Dl)

{,,t

.jb .o%.~

( L/ 3

tp

li)1.

PI

"-!---

' .D

Z-1

i\

.D'~

;rs.

. 3$

" ,/

)~.~

~ ll/

tfZ-

[/,Jo

.,js-o

......v

. C

>Z--1

1' • .;

Z-_7{s

., ~ ('

. b2

-/ft. "

r .o

~.Sl

S t'-

tt./7

6:

z.bc

'-.V

,D

Zt1

.P2

Y'a J,.l>

,b

~,t-

1)

1'-/S

'Z-

{, t/.~D ~

.ob

'J1

·~s--

,ook

,"1l

l·

,/)~

1.1'

il

rY~

! ,~-;

?P1.

;;o '+

-' ,D

ib 1

·"'%

. .:tr'

.oi:•'

)/5•/,

7b •6

%~3l

> JS

'D<=t

.

7 o

.jo {

'-t-

-1

t>

l~3i1,A;.1.6

ld~J

i.tb

No

.f/ol}1

~~-17

}D?.

.-,Ip

( W

o

· t.-s~r;,o

f,-st

}"';b

O"

lr"t-t

-1

/'0 >.

. 06

'+"

0

,,sq~~c? t~3Cf0'o

15''E

t j O

i?::,

I~

V(

o oo

?, ~

,oe~Ao

,oo

y4o

.. o

e}"3

4r$

)->

'37

~~oa~

Ill 0

~0 '

Y tiJ

JY:b

,,~~

r.-srt

Vab

/SS

"O

Re

me

mb

eri

to r

eco

rd th

e c

alib

rati

on

va

lue

s o

f th

e fl

ow

me

ter.

You

can

do

a sc

reen

gra

b o

f the

cal

ibra

tion

page

on

MsH

eat o

r re

cord

val

ues.

I

tra

nsi

en

t flp

w m

eans

that

the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of t

ool m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

. I

Late

-tim

e fi

ow

mea

ns t

hat t

he h

eatp

ulse

has

arr

ived

afte

r the

GP

, but

the

com

pute

r ha

s pi

cked

the

GP

. B

e su

re to

not

e th

is o

ccur

renc

e!

I .

. .

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earli

er m

easu

rem

ent.

um

bre

lla ~a

rks: in

dica

te th

e w

ay th

at th

e di

vert

ers

wer

e se

t -i

t m

ay h

elp

with

the

inte

rpre

tatit

on o

f the

dat

a ~for an

ticip

ated

upf

low

and

'-

-!--

---'

for

dow

nflo

w

sour

ce:

2/24

/201

1 cj

ohns

on@

usgs

.gov

I

Hig

her

Rat

e P

umpi

ng F

orm

s

q4

:;.

r: tq~?

t!f

NO-rE

5

Con

tinua

tion

of H

PFM

test

und

er _

_ g

pm p

umpi

ng c

ondi

tions

.

/ V

\(ell

Nam

e:

Da

te.2

_1

/~1

_.!}_

/5 -0

'9 t/

q£1

u

ep

tn

I:" IO

W

Flo

w R

ate

(in

ga

llon

s p

er m

in)

utrr

. m

N

otes

-m

cJU

ae m

terp

reta

tton

, WI,

etc

. (i

n fe

et)

Dir

ect

ion

N

ote

dir

ect

ion

wit

h

-o

r +

T

ime

fl

ow

rat

e (s

ee b

elow

)

lf5

,5b

~

I DI

Z--.1

/' l>!~

• ,--

&6. S

"'o ,o

%1J

!)

;?.. t

. .e

.%.rr

15

~&

rz.t.

!ot

y .o

tt 1'

,0

%./

b ·"1~.1P

/f&.(D

']

t5)o

'-+

-' o

.o

fi%

• .

,o

1.5%

0

··~

NO P

lo(J.}

lt.

.C1.

I I I I i I I I I I I ! j I i ! I ! 1 ' i i I !

'

I '

I .

i I I I I ! i ; I I -.

--~---~

~---·······--

-----····-------

L...,_

_,

I I i so

urcJ

: 21

24/2

011

cjoh

nson

@us

gs.g

ov

Hig

her R

ate

Pum

ping

For

ms

Ps -tYi tf _ A-ea.:_ Do u-1 N p~ ~ t:>Cft/- A0l -- uP

~ss !!n: for a changing world A((/" A 15[... Mount Sopris I AL T ..Gnflog (OBI 40) ? Tool serial number: ..-

WELL NAME: __ p_5_-_Cf_£/ __ _ Date: . S ~ Z.S" Zo I f


\q .('s__. HttuFit;( J2oo.J Operators: WS C..- /BAtt

7 Location:

Project: {lo;Cboro GPA watch time: /)1: 5'5>.-:r: 3l)

computer time: df :s-~: 3o Geophysical log reference: measuring pt oljaild surf~

Well information: Describe measurement point (MP): __,_Tl.=D_G_-_:.A_;_t-'tJ-'f\\_;_t_&U_u_lfllL _________ _ Depth of well: ....r- /2 3 ft below land surface Height of MP above land surface: D, 1J. ft Water level from MP 28. ~ z. ft @ 0 q 2 7 (time) Depth to bottom of casing: /_ g z...- ft Nominal diameter cp inches


Magnetometer/Inclinometer ~ck: Tilt check (-45°): GI"6K Directional (N,S,E,&W) tilt check:

North check (placing object in front of camera window at north): OOK

Top of tool zeroed to land surface: GZf(check) b () t)-lfJ I L) p

Starting time of log: OCf 5 '7 /ol:.) ·

Ending time of log:

Logging speed: Logging direction:

"' 8' (<8ft/min)

.Or1uJIV I uP

Depth Start:.

Depth End:

~)C>v-1 ,., .I

5"". D9, ft

r:nJ? tt

Depth Bottom: ____ ft

' I. t''· ·r· 123. rf)

s. otf

Round trip error check of depth: r , (}) S' should be <2% of the total depth

RP (bottom of tape)

Top of Tool

~ Magnetome er

Collection Note any problems or points of interest: ~ , ~ Window

~~~~~~A~c~7uR~~f~~~?~~/~o/~-~~-+·~~zd~·~s~v~'~=b~~~~----~~~+-~----TooiBottom - ' I

li-ft! 1. Data sampling interval: 0.015 ft Pts/turn: -~ Checks:

Light: 6 or 8 in dark rocks choose a higher light intensity -- 8 -1 0.


Ce

ntu

ry I

Ca

lipe

r Jo

g T

oo

l ser

ial n

umbe

r:

9065

a

WE

LL

NA

ME

: f?

'" D~~

nr l<

.o;x

~ro

Dat~

: ..

:?-,;

)._ -~~

NW

IS 1

5-d

igiti

d: _

__

__

__

_ O

pera

tors

: ~ f-IA

.vh C

a.J

J t.;

!l) /

Loca

tion:

I b

OG

V

hvrt

·,, YIO

... ~

~ LJ

.

r}

1 !!:

;--.;,

lli~

£ .l

lllU

..

wa

tch

time

: I,;

;~.;>

T

Pro

ject

: I'O

X.A

!l<P

W

e.;;;.

1

rr ~'

'" n

co

mpu

ter t

ime:

.....

L3.:f

_.4

Geo

phys

ical

log

refe

renc

e:

mea

surin

g p

t or~)

Wel

l inf

onna

tion:

r

Des

crib

e m

easu

rem

ent p

oint

(MP

):

~ p

o.

t=" c

as rY

. j-D

epth

of w

ell:

:S O

Cl ·of

t.f I let

ft be

low

land

sur

face

'

. H

eigh

t of

MP

abo

ve la

nd s

urfa

ce:

ft W

ate

r le

vel f

rom

MP

ft

@

L :?

OC

J D

epth

to b

otto

m o

f cas

ing:

/ ft

N

omin

al d

iam

eter

P

Not

es o

n w

ell (

wat

er q

ualit

y,ne

ed f

or P

PE

, Of

" pro

blem

are

as:

Top

oft

oo

l zer

oed

to la

nd s

urfa

ce:

[;?

{ch

eck

) 'lo

or

Dep

th S

tert

: 30

.1· ;:

' ft

~:i~

~~-d;

t,~.iJ

ft

Ste

rling

tim

e o

f log

: /3

34

E

ndin

g tim

e o

f log

: / 3

57

Logg

ing

spee

d:

1/4 FM-

~tn

Dep

th B

otto

m: 3

' 0 1

.S"

ft Lo

ggin

g di

rect

ion:

..:U

o;.P __

_

Sam

plin

g ra

te:

, /

(OI"

fpG

I+p

r"

;).,q

1.S

7 :··

.,..

:.,. .. ,]

;;..

Ro

un

d tri

p e

rro

r ch

eck

of d

ep

th:

shou

ld b

e <

2% o

f th

e to

tal d

epth

2-p

t Ca

libra

tio

n:

f 3

J P

oint

1:

_KJ_,

__

inch

. ~.

(;?~

P

omt 2

: _

__

Inch

No

te a

ny

pro

ble

ms

or

po

ints

of i

nte

rest

:

CP

S:,

';((

'ffb

-f!

CP

S:

fO (

rg/.

,~

3 b.

11~<

J 7?

J, 7

41'1

.:s o<

j.S::6

-

.>-. 1

3

d"i~

.37

. y

scie

nce

fora

cha

ngin

g w

orld

Cen

tury

I C

om

bo

too

l lo

g

Too

l ser

ial n

url)b

er:

8043

a

WE

LL

NA

ME

: p $

. 0

1-5"

D

ate:

::

1:;~

~ -I

I

NW

IS 1

5-d

igiti

d: _

__

__

_ _

Ope

rato

rs: S~

vb

Ca_f

Jwl{

Loca

tion:

f(,

Ob

V/t5

i(;11

0..

t~

Pro

ject

: R.o::<k(1~ e

PfJ

GilA

H

. w

atch

tim

e: /4

!/

com

pute

r tim

e:

I -11

1

Geo

phys

ical

log

refe

renc

e: me

as~r

ing p

t or·la

rft(:~

.i.fac

;>

I

We

ll in

form

atio

n:

. /-

-.1

. .

· 1 &j_

D

escr

ibe

mea

sure

men

t poi

nt (M

P):

To ;':

::.o t:

r-'1

'1. f/1

!J CL-

& n

C

a.t .

n-cr

D

epth

of w

ell:

3'D%

d.r-

;u~r

) ft

be

low

land

sur

face

H

eigh

t of

MP

abo

ve la

nd s

u ce

: .,

f::l

·

ft

Wa

ter l

evel

from

MP

~ :

;;-, '

i ft

@

/30

0

Dep

th t

o b

otto

m o

f cas

ing.

: ~ '\

ft

Nom

inal

dia

met

er

'---.i

:__

inch

es

Not

es o

n w

ell (

wat

er q

ualit

y,ne

ed fo

r P

PE

, o

r pro

blem

are

as:

Top

of t

ool z

eroe

d to

land

sur

face

: [i

:}1

ch

eck)

E-lo

g m

ud-p

robe

gro

unde

d: ~e

ck)

Lo

g D

ow

n

Lo

g U

p

Sta

rt ti

me

of l

og

:_Ii

!_L

_

End

tim

e o

f log

: t4

~ 1!

:

Sta

rt ti

me

of l

og

:__

jJff

} .

End

tim

e o

f log

: I

.sr' 0

0

Logg

ing

spee

d:.

IS"

Logg

ing

sp

ee

d:_

_l_

.,£

Dep

th ;~

~~-0~~ /,

5 ~tl

1f;-;;

~ D

epth

Bo~om:JJ"("$'_/_3_0 4

--··

--D

epth

End:-~ 13

1}. 'S

l 00

"-'Pr.f.

oo 0

Sampl

ing

rate

· .. :....· _

& ...

... / _

_

Ro

un

d t

rip

err

or c

he

ck o

f de

pth

: sh

ould

be

<2%

of t

he to

tal d

epth

No

te a

ny

pro

ble

ms

or· p

oin

ts o

f in

tere

st:

_ . .!;

//

E~· science foraclrarrging world


WELL NAME: .· p .£ -(} CJi;;;:: NWIS 15-dlglt ld: __ ~----.,..

Location! I b06 V/rslf/,tO, Project R.o;<l>c:>~ "13p JJ· (f/Aff-

Geophysical log reference: measuring ptor~

'·,

Tool serial number. (}f>

Date: 3' .- ;L - tl Operators: 5-favb {!_o}Jir!,f,JI

watch time: I ? :2 s;computer time: 1 ~,;). ~

@ /200 (time)

Notes on well' (water qu_ality,needfor PPE, or problem areas:

Magnetometer/lnclinomB!:~heck: _ __/ Tilt check (-45"): [9'0K Directional (N,S,E,&W) tilt check: 'tJ OK North check (placing object in front of camera window at north): [96i'<

Top of!ool zeroed to land Sl!rface: ~ck) . -: - 'f:rt~_bJ .·; ~: ' ,. t' :

Starting time of log: / $"';). S Depth Start: 1'5'1/ g·ft .; :·

I I- 0 'j ...ror::J . _ Ending time of log: () c;<.. Depth End: $-tJ /' 9 ft

Logging speed: cp /h<s fflmln) Depth Bottom: 3 0 I 8 ·ft Logging direction: &o fl...

Round trip error check of depth: 0 should be <2% of the total depth

~o hie§:\ -"'()\?.. \F

RP (bottom of tape) . \ • 0

TopofTool l~: •i

f~ ~· ::i

Magnetometter

,,j 11.1

_s;:.

"\ \. c

\)

-r'-

e'(}

v--: ~ _..ii!b

~ c.. -v

\ ,_,

'\J~: br;j\>:\1\Q.<;:.S, 4?'%_ I&:Otti~O;t,~; Jb~§'l@ .$il'b . Collection

. Note any prf?blems or pofu of interest: I 0 §" 0.% .1 c-t$ ~{hl.t:r 1 Window

\.IJ.;'t ~' . \'<0 <[</:?)

\'\')?- ~ Jd ~ I::J\0

~'!,.':::>.,. t/~C!.J{'I •"'.\' \~ ~\~ ~QI

'>(Q

e_ 00 ure c:>t.mo..l . 0'1 IJI-\ · . ·· . TooiBottom

,.,+. --"'-"'-~...:::W'-"'-~J>.<=----f'~""'-"~"'-'--------' ..... :=!---------'--Ho.,Jw/flfh -"l>ll,; seelP?.5 j;J-<e

s . ea rorn{i ,_ -11"-. i 7 • +:- ( ia.t-'t-e v F' ~ i+ loS-+ C:<J;nm .,,,:co. -tlo~

Chc..okn· tflve&,_te>.i.s.,'\1\~-L.o.,l}i? 171 -" 2._ i·h'<-c-~7-ror ~;,G>i~'5 o.ho .... -1- ;:!f"eet_ ec s. .• I_, , .. , ·.; J ,.....0

1. Data sampling inte!Val: -8.01~ ft. Pts/turn: 360 Liglw.-6-or-8--_s., in dark rocks choose a higher light intensity- 8 -10.

Z: Prior to actual data collection you can do the real-time mode data collection as a check. Be sure to record the depth before you start the time drivel!

HPFM AMBIENT. Well Name: ?S-09S,.ool serial no.]./ Q(, Operators: Sio.v~Co- /Jwe-1/ NWIS 15-aigit ld. (c1): Describe MP: +of oft= \«n,y e... Dll +•,::> of: c .SJ For NWIS archiving, log type and sequential no.

Date ~I :LJ .D._ Ht of MP above LS: Q q;). Heat-pulse flowmeter: HF 0 1. Initial Water Level ~ >. (, "> ft below MP Rnd-lrlp depth error. a. bL ft above/below MP

Time ~:.3:j watchtlme: /l'•>&::sq ?htk. t>t:tz' t r 11'36'3'1 I)/) ::: compu er 1me: . ' z.

Flow Rate (in gallons per min) Depth Flow Note direction with - or + Diff. in Notes • include interpretation

(in feet) Direction or with up or down arrow Time flow rate r,c.. {see below)

"2<;;".S'"} --¥ t>l.)f- C) V..l~ ,, ... ,, WI.< a'<',t:-;.1371\"/ NOT 61>- IN \.lo..@-1

WL:.. ·ztf,7 I t :S

z_q. 01 '/J o.o ,, 3'1"!.1f,,~ t> f,!J41/&ot> II fJtJ/lot,r.) jJ<;"tf

3tf,o1 'Y 0 ,(.) {o3'f'lftJ;6tF t.?/i7j,~()1 I' tJo F/dw 120";

'B1·0D l.fl o.o lo?lt%.to f,31Y,bf> '~-J!10 Fll)v-J /lO'i;'

~~.or'+' D.D .• o~.t> /.?>1~, ·~o /-fWF/fh-) _/_~11 LIJ..D -z, 4-' 0 t,-;o/.;,a /, 'MJ:t.o ;f. jVtFF/utr~ n~'f

'-( '1·5"1 1.,]/ D ;,3'1J/10 ,g<9~.:;~ 1·3Y,Go {2- 31 elR ~ -fAe?-pvl.Se J.s O.rr,·vi .... wei/· . S::?. 00 '/-' 0 •OJh/,;:Jo ,o%_95' t?f!Y.bo I·SJJ(roo /';)..!.7 o.(-/-tY- LJOsec.., 1~ Ci9~rQ·~-I-~r: G'f.CJO 'f' 0 -.J.'1%1J 0~ • "'S' /JY.J::(cP l17/l'V,6o 1.2.1 b _d&·e:s a_ ·g l i+ck P.•'c. k , i+ o.PG

. <;56. Of) IJl 0 ,o(~·20 1.3f}4o . ~- ~ _ ... -... ~ .. '

,•'

r:tJ~.ot J'J.S;g tt(llj\.S,t IL;+ -t="l0t.. 9 • -

<?CJ ,_q '1 t() .otJJ-1o,ou I.JI]io );3~9 /.30;;!...

I (f)I!J,o?:. Y-' ~ ,o'~.ts' J,3'!X(o ;::s<J71f,, J30l I (J "1, OJ Y" 0 ,!>~,;!$' l?,(oo (5!1

I0'3,oor (() (,3~ tarr:t;o 13 ;;z_o 'it'd-· s-o '-/' ,o::>..J'?, 'I; 6-o ,.,~60 )3')..4- 'fNlVJStPil-j- floti.l GF IfS',o~ C.V l·~&o ·~~ •

0 7,7fJ '·1Y,60 ) 30l-7 ~qe-/- wo.~ JJf dfc!,•'l t.JG\n+-l-o Col'<l!.c.~dlll (•check the lime on the computer and change If necessary so that time tagged data matches the field notes.)

gp, glitch pick Is the reading that Is automaUcally picked In the absence of flow. Note "gp, no flow" means no measureable flow

transient flow means that the flow rate Is changing, typically It occurs In response to the effects of tool movemen~ which causes an apparent verHcal flow.

Late-time flow means that the heatpulse has arrived after the GP, but the computer has picked the GP. Be sure to note this occurrence!

check measurement Indicates that a duplicate measurement was made to check the consistency of an earlier measurement

umbrella marks: Indicate the way that the dlverters were set -It may help with the lnterprelaHton of the dala ---J--.-- for anticipated upflow and '--!---' for downflow

]. J<tt~-f/ M<: Flo (}I.

e.O..r.s +a be.

+-ot> I 9'e.-l/o '"~ hu1t~ up.

source: 1/24/2011 [email protected] Ambient Condltloris Forms

... ;

Continuation of HPFM test under ()../'VI b/~11 f--: conditions Well Name: p S _ 0 Cj ':?" Date Z I']__) _}J_

ueptn I-lOW Flow Rate (in gallons per min) unr. m Notes • mc1uoe mterpretatlon, WI, etc. (in feet) Direction Note direc~ion with • or + Time flow rate (see below)

J .35'" ,n '-1--' 0 .au·::v 40.0. ,ooli_A<;,(" J 3.5'3:' }31.s.t 'Y ~ 1-3'/f/.1;;>0 ):33 6 {5[" +r'<lb!S.; etr'f-fTOIJI ar-r-i 1/,-.,q /n+e~"tl"'e. J1s.s o/. ·• IJ /,sll1/.bO '·">1J':Il-o 1:510 l68,o~ . .JL D /, '3'~Y,t,o (, ;<f~/." (I f"3 </7 lt1. $' \:}..1 0 • 00Yc~o.o '·''!%:6 /3<:(5 nt./. s:'l ""'

0 1<3'1}-6 60 /3~ :1-oo.or \jJ D f,J<f7.6cJ ttf"03

.'2--tb .. O( ~ C> ·"3'i]':6c> ·;vo.;:--:?? 'f. 5 I l,p 6 l• "¥1J{&o b:1Wo l:lt:.ctd~ /t/12-2- 3. z.,_o I \V D • voyt(tl.u _1,'3'1](67) f((J5e-</

ll/17 ;z... 'f.Cf,~oo .tV D ''J't~.Go 1¥"2-2-"j')8.0U lv D t. ;,q %.oo lt.fz..t. :;?6 7!-0D 4-' 0 ,o"k/t!o It/so z"' e. r-o l.f..J 0 f.3cr~.ta fl/3<f_ 2 "1CJ. t:;'D lY 0 11·317;{,,60 !If?; f

1--q, c.f. fiz..- l.f-1 0 l·3~J£t.o tN2-:z-'1'1--s. '-~-' Jl/t/P.

source: 1/24/2011 [email protected] Low Rate Pumping Forms

. ··

/&or

.. v 1r

q if, ;:,

;C{

/2.lJa

..J F

ield

form

for

reco

rdin

g di

scha

rge

an

d d

raw

do

wn

da

ta u

sed

to c

ompu

te o

pen

ho

le s

pe

cific

cap

acity

/k 01

:-· U

tiqt/u

vC(/2

.oal

WE

LL

P5

-01<

(' D

ate:

3 •

'/..-1

1 O

pera

tors

: Wf

c?t-

/~LS

-qj

·Pil!

Upi

ng-r

ate

gp

·

atc

h-t

ime

:-. n,

-;,,i-<

J' ('0---~---------'---'---------

· ·ho

\bJq

,:~'

.-

./ H

eig

hto

fMP

O

·Cf'Z

/ co

mp

ute

rtim

e: ;;t

fv P

M

Th

ese

dat

a a

re u

sed

to

com

pute

the

ope

n .h

ole

spe

cific

cap

acity

. W

ith a

dditi

onal

pro

gra

ms

you

can

calc

ulat

e th

e o

pe

n h

ole

tran

smis

sivi

ty.

(see

Bra

db

ury

an

d R

oths

child

, 19

85)

• ·,-

;5 -'

3 9J

I

J(o

CJ:1

57

.. Jl

7'3

56

4

r.1

P

um

p s

et a

t'_·.

;,_

ft b

elo

w M

F'

Not

e an

y ob

serv

atio

ns In

the

disc

harg

ed w

ater

. sm

ell,

turb

idity

, co

lor ..

. //

Be

sure

to n

ote

wh

en

th

e p

ump

was

turn

ed

on,

ch

an

ge

s in

pum

ping

rat

e, p

um

p o

ff, e

tc.

Th

ese

da

ta a

lon

g w

ith fl

uid

tem

p an

d re

sist

ivity

da

ta c

olle

cted

aft

er p

umpi

ng m

ay

he

lp in

th

e in

terp

reta

tion

the

flow

me

ter d

ata

and

the

hyd

raul

ics

of t

he

bor

ehol

e.

roc

· W

atc

h

wa

ter

draw

dow

n Disch~ate m

ea

sure

me

nt

time

. le

vel

rate

va

t ·

time

(s)

Q

(Q

pm)

--••

••••

-•n

... o

t:.'i

ter

:'\JJ

.tJa.

r..f

tJ.&

f2

.fJl

di~I

IDC

.. J/3

7

zs-;~3

.. .;;

....

., F(

)£1..

/3f.

..'!l

.. _

12

\7

;;

'!~·

"\'&

/7

?,&

k<

).<;'"

l .)

:>,

j"l,

z~s-z-

,-,~o

l7c-.

\v

1"33

'-/

?S:.

\(.)

w,

l/.~

ti?f

.li.L

I.D

&&

/1/o

o

I f.<

.a

(J?;

.15

~~:'

ttl-

L4

19

;)

;:.-

"{~

:::1.

_d:V

a'

d.hj

:' ;J

c:

', 1

0t

, fA

lmr.

LOI\

L~ l'

f 1~

07..

7

.7.'

//

Slo

..p

, W

n:t ·

Jlun

/} 1

\lJJ.

Jl\l ~ l

lllAl

Jf '

;JI.J

65tf/

p ril

.ou

-z. 7. 6

:4

---.._

,_ 1

5D

I .-L

/9

0

_l1

h

flw

r-u

;\t

daU

Jnd.

fh~n ..

.._,

I !:fJ

9

;;J.']

.,O'il

rv

a.ier

.>/ii;

>perl

HD

ttl••

q. /

noJP

f~

I 5"!

:,

6b

ll.J.

5

-1

. 'i/:0

. ~

t7b

O

um

f i

lurn

r-cl

v,n

,,rr

t~.l

. /S

/7

:L

.'·t'8

" .!

{.,/

/5

d:'

i 2

'0 7

_f

::1.

/29

.I

a 3

.fr<!

J I/=

=-01

fS, G

. 7

5o

1"v

fN4

-j £"'1

otJ~u/J ~

Cf

(/])

It/ s-z

.... .....

.

I ~3 t

; I'

t/<

J1;;

ra

il'.

<'~

IM"

~1's

t IM

,ed

0

lnwe~"

rl {),

M

P a~ l

i rr

fet.

<,t

'd

10../

_Ls~

_Cf

1-P

o,.

r ...

ov(

cll.

3::

!' IH

.. SI•.

1

'90

•

}7(,

15

'40

d

fj /1

;;L

-fro

11--

J fW

:? S"

1

5'1

.3

')..

'1'1

.I fa

fr-D

1/-,

.;:;J

CJ

,oo

I 51

7'1

1 IN

.tJ

.13

a

J')'5

":3

-fur.e

.t p~ ~>.

p vp

..

ir

IS

!7_1

~9,11

r -:1

. <

>I

o F

\5

-tr

ofr

:JC

J,$

7

f{:,..

'f'J?J

./. .

. . ::1

. 7

5

._~I

I /(

.05

3C

i.o 5

I 1-

<67

l~d.

i-1

-ro/

fO::

30

,00

/

{..{

{.,

:L

J(f

)t}

15~

/(,.

) "7

3t

J>")i

'J.,.

rl'of

/::::.

so

s6

it

.,;)

. 4

30-s

'G

::L

/]Jq

• J

3.<..

-tro//~Jo.43

/fa -

::11

I 1-v

rned

V

MP

<.

Jp .

. ·. -

4-1.

t5

;o}{

.,/

/(,

39

, 3Q,'I~

: • '1

.. !1

0

o/4

4

-lib

II -

:so,

'B f

, .,

IC.4

5

sl .o

1o

::L

/1'7

.l

:i!S

fr

iJ/{

-=:.

. ;3

J.cJ

O

I fc4

-Ca

l+vr

.. aJ

f "~ "

p

. :1.-

.. 7f

J • O

!.J"

MP

=m

easu

ring

poi

nt,

dd=

dra

wdo

wn!

Q=

'dis

char

ge (

or i

njec

tion

rate

), v

ol=

vol

ume

We

wa

nt t

o r

un t

he

HP

FM

test

un

de

r pum

ping

co

nd

itio

ns

once

we

hit

qua

si-s

tead

y st

ate,

w

hic

h is

de

fine

d a

s th

e a

mo

un

t of w

ate

r co

min

g o

ut o

f sto

rage

is <

10%

of t

he

pum

ping

. T

ha

t is

we

sta

rt th

e H

PF

M u

nd

er

pum

ping

co

nd

itio

ns

wh

en

the

dra

wdo

wn

rate

pe

r m

inut

e (c

onve

rted

to

th

e b

oreh

ole

stor

age)

is

less

tha

n t

he

res

olut

ion

of t

he

tool

. S

o fo

r ex

ampl

e:

dd

at 0

.01

It in

a 6

-in

ho

le->

is 0

.015

gpm

an

d w

e c

a11j

ust b

ea

rly

mea

sure

tha

t with

th

e

HP

FM

tool

. S

o d

d ha

s to

be

<0.

01ft

lmin

·./.

.. X

fl 1-

1 <:r 3

/3: t

fO :

)~

Tf2o

t-L

( 3 ;

t(d :

<;1

Cal•

·fJ 1(,

~ f '

3 ; t

(O;

'f1

~tJ

1

1·aou

.. -sj

rJ 1?

1'30

'( 1'-

.t'J.r-

fr B

eJ.fov

J b)

tdJl1

L.e

~ H

PF

M_a

nd_Q

-tes

t2.x

ls

cjoh

nson

@us

gs.g

ov 2

124/

2011

' ··,

:tp

I

Fie

ld fo

rm fo

r re

cord

ing

disc

harg

e an

d dr

ewdo

wn

data

use

d to

com

pute

ope

n ho

le s

peci

fic c

apac

ity

CJs-

--------emili~~-----~--~~--~------~--~--~-.--~----------------------

WE

LL

P

S ~ M

:::. D

ate:

3-q

-[!

Ope

reto

rs: 5

fa_,

;v b

7 (o

J J. w

:eJ I

,\ ..

'1\

;" ~)i

Pum

ping

ra

te

_ g

pm

wa

tch

tim

e:

/ b

E( (

} V

:M\o

..bli

o I:

?-, J

:J(,

3" p

m

.

Wa

tch

w

ate

r dr

ewdo

wn

Dis

char

ge r

ate

mea

sure

men

t ~11111;1

IVV

QI

IQL

V

VV

I ~C.I}

UII

IV ~o

;,l

!t!

""'~

~~ll

tl

L./

fef':

!,

v I

b s'

o

1.

71

• 2

<><.

.s 1

66

"1

::1.

7'1$

~:

las.

I(,

.<; 9

-.;

!,1

,70

-·

· ,_

.. 1-

zna.

I

'6~

ol $3

_1 /70~

I "1

4 .,)

6?1

/7

01

3

J,q

p

· +

rat.

-~1.90

!

171

D

I /0

&

J.£j

q _1_

1 13

I

5""7

. #

:J7

7

17 1

4 ~2.31

'll

(fA

:fo

CI.,

"!?.

PI

/1'1

1}

o.;;.

1-/

t '-'

/7

17

.

l '-

c.-

..

I

MP

=m

easu

ring

poin

t, dd

= d

raw

dow

n, Q

=di

scha

rge

(or i

njec

tion

rate

), v

al=

vol

ume

We

wa

nt t

o ru

n th

e H

PF

M t

est

un

de

r pu

mpi

ng c

ondi

tions

onc

e w

e h

it qu

asi-s

tead

y st

ate,

w

hich

is d

efin

ed a

s th

e a

mo

un

t of w

ate

r co

min

g o

ut o

f sto

rage

is <

1 0%

of t

he p

umpi

ng.

Th

at i

s w

e s

tart

the

HP

FM

un

de

r pum

ping

con

ditio

ns w

hen

the

drew

dow

n ra

te p

er m

inut

e (c

onve

rted

to th

e bo

reho

le s

tora

ge)

is le

ss th

an t

he

reso

lutio

n o

f th

e to

ol.

So

for e

xam

ple:

dd

at O

.D1

ft ->

is 0

.015

gp

m a

nd w

e c

an ju

st b

early

mea

sure

tha

t with

the

1J

I,J

IIII

IIV

II\.

•,;.

T.

-h·o

tf-

'3"/

,.6.

6

-tL. (

'Y\

e.::!!

Dvr

n. /

) u

D

+vr

-nE!

J J7

CIJ

"-IO

v()

"-

~C')

Il

-1-~

Y->/

/.::

: 3:

2.,:,

-;.1

,02_

~

rN/1

;::

3o

L3

S

HP

FM

_and

_Q-t

est2

.xls

cj

ohns

on@

usgs

.gov

2/2

4/20

11

tbo.6 vtrcti/liu4 1'2J

HPFM "t!IGHER RATE" PUMPING NlNIS 15-digit id. (c1):

Well: P:5 -0 '1 r-' Tool serial no. Operators: uJ '5 t:..-/ €/..,. S

_ . Describe MP: TOG shd- up "' D ,Cf '2- ' , q

I oo I, Je.pf~ Pump set at 3~ feet '1:- ~ Watch time: II:~~· _3 q

Fluid Res & Temp· yes

s;.-::: li: • I '2. WL at start of HPFM ~7q71 at !? I} f). Computer~ime: /1. :;,.G.~ J ~;e_J.c , e~b-2.'1~ WLatendofHPFM 5 , ~at /716 Svr~~;fj"'.!l w,-J,f,::"(;:4 w~ · Tl.:eoP1cr, ~ A in WL during test ft 1- • • WL after test:--- at 2~------------------. --- J-

Rnd·trlp depth error· • '20 ft ·-------------------

Date~t.:U.J.L 3,..,;).11 Pumping Rate .,I gal/min Pump Started J.i2j)

Initial Water Level :15". b :.S feet Pump Stopped /7/7

or no Flow Rate (in gallons per min)

Depth Flow Note direction with - or + Diff. in Notes - include interpretation (in feet) Direction or. with up or down arrow Time flow rate (see below)

Z'j'1. <)"( .._y 0 1·3'1~0 (s-'J3

'2-1'1.~3 A D f, 3'i}(L /~-zJ1 -'?71 • ')0 /1\ 0 I·3"1Y,.Gt> /';;'CL

Z '7 .8 . s-o r-t'\ 0 lt?,C!y focJ. ,~,.,-

7.- & 'Z ~oo n-, 0 1-~17/.i,o /<)2..0.

'25~$. t:) l "' 0 t. "3"1;Y.6o lr-'2-3> "2- Lftf,o Z-rh 0 {.?>"i1f.e.b l~z.'\'"' Z ~'2.- .o I A\ 0 /.3'i1/(.,.l> /<:;' 2-4' ?7-'f.~ II\ 0 '·317/.t.i> IS""3( '). {{.. vO'Z-- rl\ 0 /. ?/'17~?1:> I s-'3¥ z.ou.o:z.-A {) ',3'1?}(1;, 0 (f_)37

11tf. so k. {) f,JfKc,o IS""'fL /t1 L ~D /h 0 (.3'1r.{,t> !S"I.fY

.t5S.oo A 0 /.3q7/.t.o ll'l/7 1'17. s-o A t) f,3q7,0e.o /)')0 /5'1· -:;-o II\ .o /.3'i)(6,1 ,/ I 5'"'5''2-Bs-.s-v 4-> o.o;r{ 1\ b,o'z'}{V,z.. o.o~.l / ISS<-( /ll(. oo ;\\ o.03(tJI/o • D'3Y'fo,[O ,o"3%.1o ,o,%.41( ,v?f,oo ft.ou

/ Remember to record the calibration values of the flowmeter. You can do a screen grab of the calibration page on MsHeat or record values.

transient flow means that the flow rate i~ changing, typically It occurs In response Jo the effects of tool movement, which causes an apparent vertical flow.

Late-time flow means that the heatpulse has arrived after the GP, but the computer has picked the GP. Be sure to note this occurrence!

check measurement Indicates that a duplicate measurement was made to check the consistency of an earlier measuremenl

umbrella marks: indicate the way that the diverters were set -it may help with the interpretatlton of the data -+----for anticipated upflow and '-!----'for downflow

source: 2/24/2011 [email protected] Higher Rate Pumping Forms

ContintJation of HPFM test under gpm pumping conditions . ' ' Well Name: p S ~ o'j~ Date .3_ I :i_t _.!l

ueptn I'" lOW Flow Rate (in gallons per min) unr. m ~ores - mcruae mterprelat•on, w1, etc. . /

.· (in feet) . Direction Note direction with - or + Time flow rate (see below)

1/1.-.~6 ;h ,D:f/ '[I ·D% .ro .• 0'3%, 2) ,;. ,a""%.o~ /boc, .......... IDK'.D I th , ot.f:;-'1' 'dlf';1 ,II> ,ollf)4,q~ -o<f%_oo /f::,ll

/D'3:oo m otf"; 1 .orf'Jg .30 ,o1f}(.2\ I /bl [e.

9 q .C(. )/ "" .o '3z .. :1' % . .:;,) ,o%,1/J '7to.2f) I&ZO ~$"(') )\ .o251' .o'%,oir" ,o%.'1f" .o']..%t'll> .u%1(

13· '"' :z...s-" ~,_(){ A o'fl/1 .o'%.t'D ,O'f%.zY N>37-··· t,t:j,oo ~ ,0)~&/1 .o<:y,teo .oryg.ro ,os%.50 ,o~.~c IL"Z,$1

1)3 .oo rl"'- .ol.(glf

~ ,oiiY?.?S" .6%.15" ,o%,t.S""' !f:Jt..fr;:""

·'-ft:t~)D A • o"')'/ 1- . lJ ,os;k?,t)" .os-%.~S" .o>%,1lJ .. ,&~3 'fz~o o A ,0&~1' br" ,DG>f.15' ..... ·r7c/a' >1.oo """ , o'S'<;;" ~ '~70 . o~K" 170~

"1.tJo If\ ot>61' .cbf/f.1D ,O~c, 1/.tJ't 7lf .. o.f; /II 1) l•?o/.6o l·¥i)(6o 1-lwu r:'fiJ(JJ /l!2- Wt--:.. "' 3'2 / TOG

!

.. " ...

source: 2/24/2011 [email protected] Higher Rate Pumping Forms

Cen

tury

/"C

alip

~r lo

g

WE

LL

NA

ME

: R$

0 9 0

T

oo

l ser

ial n

umbe

r:

9065

a

Dat

e: 3

.. ]

-(I

NW

IS 1

5-d

igiti

d: --------

Ope

rato

rs:

S t t

ld k¢

1 (

o../ Ju

/ e. (

J Lo

catio

n: J

;;}]'

Hd

ihx

BJ

<~"f:S

I

· · -

::>

lL

wat

ch t

ime:

o

Pro

ject

: R

D)(

!? o to

/.:::.

GA-

Gt1:f

rr

com

pute

r tim

e:

'3 l

S .

Geo

phys

ical

log

refe

renc

e:

mea

surin

g p

t o(~

. 11

4

.e o..

r 5 .

f'·oj&

,~ ~

· ,

1rt c

tFI.

1

or•

Wel

l inf

orm

atio

n:

. .

, /

v;ht

c.

e. 0

1 '('

~ pv

•

4, D

escr

ibe

mea

sure

men

t poi

nt (M

P):

TO

!> 0 f H

I e...tf

ft.l C

&t$

f .a

I{ ....-L

\::,e...

h~>

:JS

'i ·

J (_t:

J. ~ {

tl tF

14

' -

I 'lr

tl'A

" D

epth

of w

ell:

ft b

elow

land

sur

face

\7

\ b!

~..-

\i.)

W .J

H

eigh

t of

MP

abo

ve la

nd s

urfa

ce:

(j

• 0

ft

tJ f

0 W

ate

r le

vel f

rom

MP

:;U

H 7

/ ft

. @

D

. D

epth

to

botto

m o

f casin~

31

ft

Nom

inal

dia

met

er

· l(

) in

ches

·

Not

es o

n w

ell (

wat

er q

ualit

y,nE

;led

for

PP

E,

orp

rob

lem

are

as:

~check

) -f'=

1':>·o

-f ..J

.o,! w

tfl.&

fool

Dep

th St

art:1/

i..\~'

!{ ft

Top

oft

oo

l zer

oed

to la

nd s

urfa

ce:

Sta

rtin

g tim

e o

f log

: · ~ ]

1

End

ing

time

of l

og:

S ·11

~-

.,l

_A

(R·

@

Tu

D

epth

End

: -.

, <···

· ··

ft

Dep

th B

otto

m: 7~.

._.d.c

5:ft

Logg

ing

spee

d:

· J f f~

j {11

1Jt

Logg

ing

dire

ctio

n: ~

Sam

plin

g ra

te:·

· · ~ g

\S 1 .btJ

.JD;.w

I# "

"J s

v r h

tf.R,...

(ho

s+i c

k d

f)

. ..,,C

Jl

Rou

_nd

trip

err

or c

he

ck o

f de

pth

: ,0

3

shou

ld b

e <

2% o

f th

e to

ial d

epth

2-p

t Ca

libra

tio

n:

1 . 3-

l P

oint

1 :

~.

inch

Po

int2

: ~.

l'J.

<h

CP

S:

3( b

rr. 'J_

CP

S: t()

l <{_t

\.0

No

te a

ny

pro

ble

ms

or

po

ints

of i

nte

rest

: ()

1,

f) {

R.

{t'f;

3oo

O

recl

J c?

,0 f.-

"'f:J""

USGS

fa

rsch

angi

ngw

orld

Cen

tury

I C

ombo

too

l lo

g

Too

l ser

ial n

umbe

r:

8043

a

WE

LL

NA

ME

: P

.S-0

9.0

NW

IS 1

5-d

igiti

d: _

__

__

_

Dat

e;_

-.3 ~.

s -[/;

Op

era

tors

:C(A

lJ'v

)-£

. f f

Stu

.. J;,

Loca

tion;

~~7

6J

HoJI

t!hlft~

Pro

ject

: kov

.loor-6

e~A {

fl1ll ff

wat

ch ti

m.e

: C2

q rJ

'f-,.

.com

pute

r tim

e; ~<f

Geo

phys

ical

log

refe

renc

e;

mea

surin

g p

t or;~

We

ll in

form

atio

n:

'"""

---!L

.

--

-·-

0 11-

C. c

i$ tA

q -.

-..,

.-rl

--:'

--=

--;;

,.--

--ft

bel

ow la

nd s

urfa

ce

" --

~ ~e

: 0

,o

ft ,

ab,G

JI

ft

.,--'f

"'-

"------ft

@ ~ lf

J

Not

es o

n w

ell (

wat

er q

uaiit

y,ne

ed fo

r P

PE

, o

r pro

blem

are

as:

To

po

fto

olz

ero

ed

tola

nd

surf

ace

: lfd

(ch

eck)

~-

0{ -~ e

.fe-

-,_g.$

1 )

E-lo

g m

ud-p

robe

gro

unde

d: ~~

.

Lo

g D

ow

n

Lo

g U

p

sta

rt ti

me

of log:~

Sta

rt ti

me

of l

og

:_i2

il1

En

dti

me

ofl

og

: t)

t/J.~/

En

d.t

ime

ofl

og

: op

. 3 ,

Logp

in'g

spe

ed;

I >

-~i-/5~

c....

Logg

ing

spee

d;

!S'" F

--b/ se

c..

__ .d!

i!p-rt

. (c

.o""

.f!.

"'.:

-!su

::,;

}-.±

il}-

---+

a-:o

r---

----

---~

n~

Dep

th S

tart

; -

' fE:

. 'b J ~ ~ 'Z

f D

epth

Bot

tom

; i

I ,3(!J

.. (!

) 7

' ..-

-o

f 44

+·~

.. q

51'

,... '2.

3 D

epth

En

d;(

0 t.

'

j .

) S

ampl

ing

rate

; Q

l

-' .

,. a

-.

C:'O

M!fv

~ ~o)

.t!

i I 1

~

Ro

un

d tri

p e

rro

r ch

eck

of d

ep

th:

t ~1!0

shou

ld b

e <

2% o

f the

tota

l dep

th

No

te a

ny

pro

ble

ms

or

po

ints

of i

nte

rest

:

[o~s

rv.j

vf~ up

·.,

. T

ool s

eria

l num

ber:

M

ou

nt S

op

ris.

/ AL

T O

TV

log

(O

BI

40)

WE

LL N

AM

E:

·~ .5

-O:\}

(b,,_

Dat

e:

:S-3

--//

. RP

(bo

ttom

of t

ape)

NW

IS 1

5-dl

gitld

: O

pera

tors

: S-f

o..vh

,C.o./J

t.a.IJ ~

. ;)

..., Z"

~ tl

I '

J'7

.J ·

' ,fl

J<

To

p o

f Too

l· Lo

catio

n: .

.L

<~

H-M

I 'f'

IIV

' N.

. .•

. 0

0 7

, ·:

. (} ~

c-'t>

A w

atch

tim

e:

I : .. ·I

P

roje

ct

l"\0

("

0.

t:::

:'(

· co

mpu

ter t

ime:

!0

° 7

H. ·'·'I

G

eoph

ysic

al lo

g re

fere

nce:

m

easu

rjf.!

[. :~

j_.lj

we

n in

form

atio

n:

F· n

I ' I

I

w

Des

crib

e m

easu

rem

ent p

oint

(MP

): fu

? f)

r /<I

j,t?.

@ b

o'l 'f.

-t'l?

() f c

o.J/

, g,...

..-M

D

epth

of w

ell:

7 4<

·

ft be

low

land

sur

face

(i

H

H

eigh

t of

MP

abo

ve la

nd s

urfa

ce:

6 6 0

ft g

/""'

U

Wa

ter l

evel

from

MP

;;

t .

. q I

ft @

v

(tim

e)

r -~

Dep

th to

bot

tom

of c

asin

g:

f .3

'4

ft l

{ N

omin

al d

iam

eter

10

In

ches

i ·i

•

Not

es o

n w

ell (

wat

er q

ualit

y, n

eed

for

PP

E,

or p

robl

em a

reas

:. r 1. H

M

ag

ne

tom

ete

rnn

clln

om

ete

ryl'l

eck

: T

ilt c

heck

(-4

5"}

: I:

P[O

K

Top

of t

ool z

eroe

d to

land

sur

face

:

Sta

rtin

g tim

e o

f log

:

End

ing

time

of l

og:

~-,-_i

ll T

\ .f'

·~~/C)

J0

3h

Lo

ggin

g sp

eed:

1J

(<B

ftlm

ln)

Logg

ing

dire

ctio

n:

(f (JU

J If\

' ,o:

s R

ou

nd

trip

err

or c

heck

_ofd

efpt

h:

&~

I ;;t

. \ct.

@. '

Q4S

" -e~.,

era

win

dow

at n

orth

):

d H Ll

I i.)

; J

-:(~1

$ vc.

.\._!

l \

-'t

I

("'-

I ·!!

too

b.!_ l:O

j-.,

il<.l\e

. ,,,a

~ U

,'I

•I,

1).

.1<>

,,_;!

Dep

th S

tart

: ·r

· ft

-C ;-

ov+

HI

fou \

·

/.f/

eJ

; ·l

Dep

th E

nd: 7

J.. · S {

ft

i '1

Dep

th B

otto

m: 7 J

' l ~ f

t

/' J

L sh

ould

be

«2%

of t

he to

tal d

epth

i0

'7"T

C

:,,0

-1'

Mag

neto

met

ter

f I

~15

-r/f

:d.

1-:-

---·-

tJ;J

fl

Not

e a

nU

!,ro

ble

ms

or

P,q.•

i_nts

of i

nt~resy

_...., T

, /

~

.. -..

A-, f I

f-1 I

S-f

-O

..'tt'

2.""

-pT

·.-f;

...e

''-"

V

.· f_,

t.1

V1

({

'-'f

' (C

RI~'

D T

ooiB

otto

m

«d r

vf;> "

ffe&

ce

n1r;o

J1 Z

:A'?r

.J f

rn e

dit

' r-

· 0

' ·~_

__\f_

~ ,

.A.·

~

II I

~

ft.

'lo._\

~ F/

6)6

bfl'g!"fi~J "

l'IJ}

/itty

c,

ve.r

eyt

o.se

..tlll

· /

...__

Ch

eck

s:

,oq~

36

0./

1.

Da

ta s

am

plin

g in

terv

al:,

(}..Q

.:I.S.

.ft P

ts/t

urn

: in

da

rk r

ock

s ch

oo

se a

hig

he

r lig

ht i

nte

nsit

y-

8-1

0.

qO

uJ'I

/c

:;j

t

u 9~ S

:CJ }1

J br J

j6t11

8 ss

2. P

rio

r to

act

ua

l da

ta c

olle

ctio

n y

ou

ca

n d

o t

he

re

al-

tim

e m

od

e d

ata

co

llect

ion

as

a ch

eck

. B

e s

ure

to r

eco

rd t

he

de

pth

be

fore

yo

u s

tart

the

tim

e d

rive

l!

. ' ./

. ':"f'

HPFM AMBIENT Well Name: P5- b '1 b Tool serial no. 31 0 0 Operators: Co-.1 olw e. I), S. +o... tJ b. ' . ' ;o

NWIS 15-digit id. (c1): Describe MP: 1DC, w/olJ{ I)Lul\tiN\Iin lockt<~!.C~ For NWIS archiving, log type and sequential no.

Date~ I _5_1 Jl Ht of MP above LS: 0 ,Do # Heat-pulse flowmeter: HF O:i Initial Water Level '2-C:, ·If b ft below MP s4M-1- 1./, It> Rnd-trlp depth error: ~ ft above/below MP

Time O'tr:bl'f .Pu,J11"-'f·l0watchtime: 8.01: 1.!:'

computer time: % il'l: 1 s-Flow Rate (in gallons per min)

Depth Flow Note direction with - or + Diff. in Notes - include interpretation (in feet) Direction or with up or down arrow Time flow rate (see below)

(p(. {)(;) o.t> l.?"}{.6o t.s'%o *Nt> Flow tJ<iif1 fJO Tflptlo 'm'~j)05rl11lN o.<!Z"+3,1'G"' . '-AD"-

{pf{,DC D.{)lr;1w ·ll~'h.ro ,!1*'30 ,D% rr.tF> O'F;'Zf(

ft:,"f.\o 1.-;;_y ,, ';'!lt.',;;c. E lj j1lD (.:/DlN o.o "'.iJ. .t.o 0€'3D

1 I. 5' I 7 /,'ij%.s· /,), (> l>,(l%

~S",Iu ,;_,t.>,~'l-

'•' '?. ~ f,:i'f%,,

;:>• II o~3V "TWO .fJO F'fOWS; I WO (},D I .flOWS']\

I

('check the time on the computer and change If necessary so that Ume tagged data matches the field notes.)

gp, glitch pick Is the reading that Is automatically picked In the absence of flow. Note "gp, no floW" means no measureable flow

transient flow means that the flow rate Is changing, typically It occurs In response to the effecls of tool movement, which causes an apparent vertical flow.

Late-time flow means that the heatpulse has arrived after the GP, but the computer has picked the GP. Be sure to note this occurrencat

check measurement Indicates that a duplicate measurement was made to check the consistency of an earlier measurement

umbrella marks: Indicate the way that the dlverters were set -It may help with the lnterpretaUton of the data ~for antl~ipated upflow and "'--!---" for downflow

source: 1/24/2011 [email protected] Ambient Conditions Forms

-;?"2

--7

' -1:

/z:dc

/evY-

; ;lr)

F

ield

form

fo

r re

cord

ing

disc

harg

e a

nd

dra

wd

ow

n d

ata

use

d to

com

pute

ope

n h

ole

sp

eci

fic c

apac

ity

qp

WE

LL

fJ6

·tJiJ

h

Dat

e:

3 -'1

-1/

Ope

rato

rs:

(p.J

$(..-

/Ft-S

P

um

pin

g-r

ate

u'S

/}g

p

atc

h-t

lme

:-. <

O%f;.

..4¥1 '9

'9'-

-1"¥

:..:

G.'

----

-,--

----

----

--H

eig

ht o

f MP

() •

Q

co

mp

ute

r tim

e: ~ft 1

/'J 5

/ T

he

se d

ata

are

use

d to

com

pute

the

open

ho

le s

pe

cific

cap

acity

. W

ith a

dditi

onal

pro

gra

ms

you

can

~

calc

ulat

e th

e o

pen

ho

le tr

ansm

issi

vity

. (s

ee B

rad

bu

ry a

nd

Rot

hsch

ild,

1985

)

Pu

mp

se

t at 3

0 ft

be

low

Ml'>

5 b

~ c;

;,:{4

, <6

f. '3

£;

(;.

. .::l {

a_

g-

Not

e an

y ob

serv

atio

ns in

the

disc

harg

ed w

ater

: sm

ell,

turb

idity

, co

lor..

. /

SLI

,fi,.

"f-l\1

i-

IJI\

al ~

, ; r

f) '1\.

ro

s+ c

o <

=>I

v·

~-/

---------~

----

-/-

Be

sure

to n

ote

wh

en

the

pum

p w

as tu

rned

on,

ch

an

ge

s in

pum

ping

rat

e, p

um

p o

ff, e

tc.

Th

ese

dat

a a

lon

g w

ith fl

uid

tem

p a

nd

res

istiv

ity d

ata

col

lect

ed a

fte

r pum

ping

ma

y h

elp

in

the

inte

rpre

tatio

n th

e fl

ow m

ete

r dat

a a

nd

the

hyd

rau

lics

of t

he

bor

ehol

e.

1 W

atc

h

wa

ter

draw

dow

n D

isch

arg

e r

ate

me

asu

rem

en

t

Oi_\7

@;

-----

9.0'"

1 0

?i'l

/f

----

-

~Ia:

'\ Ia

~G

..-=

?>'1

----

---'

--,

·····-

.. -1

...

--

····

··-·

·--·

l+di

J~d

PUttv

/l ·~

/fl

.OL

L A

f/e(

l 1 n

ou. a

o~ l

)tltt

lwtf

!l o

qo

\ ;

t::F

il-,. R

1"

()

/'

(J'.j

~ ~~()'!32

.n.'

61

-

.. : ::;·

/L

. '0

~-::

2 (,

~ 'D

. 102

o,.

-1-r-

a I I

)

oq

'3 '3

J'b,CO~

1/"

0 11

-:. 2

Z-G

7 .

\

(. ,ll

tj Q

{' ..,~ l

' '1

.,'3

2'b

·'00

/L

?:>

.~~'0

"fto

lf w

e,."'

-ha

rf ~.repta

. } ~ ~

o\;' ~~

~~

~{/

I f-h

nev

J -1-

r o IT

.se

r I <1.

J '

IDO

V

l '2.'0102~

It-

5-:?

-. .3

V

-fi-

b fl

'=;;

:2 .g

I.;!

g

t"

..;J'·<;

-·:,Y!

.

if->"~

~~~~

~

'),_"'-)

!_ ...

.

( ~,o-

i;te;

f/){

)g

ZB.)~

rllo

lL .,_

2 I

f. :1

<;;""

' tn

t!:"

:l

"b.b

5

+t(

J//.

, PI

IS. 6

1

I 0 &

.f! ~2 .

15

h-

sro

,2

8

ttO If

-:.

::J 4

. ."1

S'

ios7

.J.

p., I

S

-h-a

ll-

/04

.5"'

-a

8oi

P

I.

{·•

..fro

r/-

:. . p

u ...

;;>

Fl

f::'fi

:a>

/D 7

-7

MP

=m

easu

ring

poi

nt,

dd

= d

raw

dow

n, Q

=d

isch

arg

e {

or i

nje

ctio

n r

ate)

, vo

l= v

olum

e W

e w

an

t to

run

th

e H

PF

M te

st u

nd

er

pum

ping

co

nd

itio

ns

on

ce w

e h

it q

ua

si-s

tea

dy

stat

e,

whi

ch I

s de

fined

as

the

am

ou

nt o

f wa

ter

com

ing

ou

t of s

tora

ge is

<1

0% o

f th

e p

umpi

ng.

Th

at i

s w

e s

tart

the

HP

FM

un

de

r pu

mpi

ng c

on

diti

on

s w

hen

the

dra

wdo

wn

rate

pe

r min

ute

(con

vert

ed t

o t

he

bor

ehol

e st

orag

e) is

less

tha

n t

he

res

olut

ion

of t

he to

ol.

So

for

exam

ple:

d

d a

t 0.0

1 ft

in a

6-i

n h

ole

-> is

0.0

15 g

pm a

nd w

e c

an

just

be

arl

y m

ea

sure

tha

t with

th

e

:::1$1

7C

J...

J. '¢.

, 6~

HP

FM

tool

. S

o dd

has

to b

e <

0.01

ftlm

in

• 1

, ·-c

..

//lO

U..

5/'!U

t2-l

tll1

r(

'll-h.

J J~

" ke.

luw £

,JS

:. ll.

-w-r-

4--

6:> 0

~>'> I

;?-6

. 3'/

TD

edl

;t;t:

/iii

'~ 0

4

....

HP

FM

_and

_Q-t

esl2

.xls

_

_

4 l (

I,' +l

o...\

J. J.-b

cj

ohns

on@

usgs

.gov

2124

/201

1

lr-O

l \ s

wf"J

..I!.o

t-:::.

'1~7

1 be

.laC

tJ

w', q

f,

HPFM "HI~HERRATE" PUMPING NWIS 15ldigit id. (c1): Da._\e ~[.!l..J ...!..L

. Pump! g Rate ":S 0 gal/min • ·-Pump dW"I:~d 01 ~ Initial W'i!tt::r L!'lvel 2-t,, :b feet

Pump Stopped 1.12!::/:.:7 I ;<1J

Fl 'd R & Temp· yes or no Ul e~. .. '•" ..

· J -:<fo6 -o · . I · Well: fJ5, ()9 ~ ToOfserial no. r/'fr&'?joperatorsf. W'i:.C...tf?L- S

Describe MP: IOC w./t;v-1 Atu~wuum ttJc.k:.. Cavae. Pump set at .3 0 feet ' Watch time:

- ' J D•

WL at start of HPFM Z.€', u. at /btU> Cpmput~r time: r 111 F' WLatendofHPFM ~ at ;i>'/) 5t.J.M"Ou"t}'V>S \lie..\\ wa-.-\-~tr \e.v\2-l..s---rcem

• o..o\r.t>.> +;,..._ B4 WI.. ) Ti,.,c. o.r;'ft;-, W t..-6.inWLdurmgtest ft :1<;~:!>10 o-,ll¥o-. 'fiOO ;;)5.o3 • 11:07 , -:J.S.OO

-sf'O'*:,~~~o WLaftertest: ___ at "a§C:l/l o,\'Jf:O>X 9:V5' IM"J.; 1/:/o - CJ/1."7;;!. ~''"' Rndtrlpdeptherror· 6 o ft ,3:;r~6'o M-o.llr=o..x "J•J;;; ;;21; gq· //•11 .d~ [{1-

Flow Rate (in gallons per min) thf' D~th ,.,,, -~OW Note direction with - or + Diff. in Notes - include Interpretation lve.f I i= • fti4 • It ..{•·., :jjirtiction or with up or Clown arrow Time flow rate (see below) ( m 1 eet).:. ·; . ."

---n kl~'-+' Milo 1' ,OI/1J1G ,0/f,,;;J; li.>'Z- 3 6q,$'o .+ o,ot/'1 1' .~~'15'5' ' 11~:1-s\' .~>;':?ff.r-o ·~IJ$"' lo:J.5

b'7,bo .rh 0 ,03'1 fl ,lf.l''/'l.{,p .<>~.3r ~7rl • rt.S"l> ·"?ri.o.:. /D 3?.--h.o.q'1 ,..!-.. 0 .D'iri1' · oY:~Af.•tr .O~r;-D .l>f:J~. t/b /036

I I I I I

! I I

I ..

I I

i I

I I I

i

i I i

RememJ;lerjto record the calibration values of the flowmeter. You can do a screen grab of the calibration page on MsHeat or record values.

transient flpw means that the flow rate Is changing, typically It occurs In response to the effects of tool movemen~ which causes an apparent vertical flow.

Late-time rlow means that the heatpulse has arrived after the GP, but the computer has picked the GP. Be sure to note this occurrence! ., I .. - .

.

check measurement Indicates that a duplicate measurement was made to check the consistency of an earlier measurement.

umbrella rrlarks: Indicate the way that the diverters were set -It may help with the lnterpretatlton of the data ~for anticipated upflow and '--!---'for downflow

sourcf!: 2/24/201~. [email protected] Higher Rate Pumping Forms

#::-;) = . "1 #)::, tf,

.. ..

~-

' ..

s .4/v A!Jz·

Mount Sopris I AL T .J)T\/Iog (981 40)


WELL NAME: ___,Pc.....=5_-=o9~~=------NWIS 15-digit id: --------

Location: 2 z1 I, /-1/tirfo./-. (loa~ Project: ~oxhoro EPA

Tool serial number: ~·

Date: _ _;;:5_-_2_5'_-_Z_o_l_l __

Operators: oJSc_./BAtl 7

watch time: r :f'!C) I ." I r;"" computer time: 3 : D I : I S" p 1'h •

- 0

Geophysical log reference: measuring pt o~ /,25 f! f:ut.(ow La,'\1\d S'cJ({q_t.(( ) :

k l\l-v~,.J~' Well information: ~ · /Too \ ~ Describe measurement point (MP): 71) p 6.{ /Y.-f!J& fl.t.'SJ (lJ b {lpL\t.Cb(lt\'1 o{_f-) ~ Depth of well: v- 72.. ft. below land surface Height of MP above land surface: 0. 0 ft Water level from MP Z3. -:;-9 ft Depth to bottom of casing: 34 ft

@ !L/r;'9 (time)

Nominal diameter <f> inches


---------------------'C...:():::..:"O:...' l_. _L&-'--g{L SJfl

Magnetometer/lnclinometetrheck: _/ Tilt check (-45°): Q'OK Directional (N,S,E,&W) tilt ci)!Zck: 53' OK

North check (placing object in front of camera window at north): Q"OK

Top of tool zeroed to land surface: w(c:heck) A£)~'(.\ (. i..6 4 JJJfth. yl)u,.r-J /. cJf })6wN J f

Starting time of log: .,.... lr' I G> 7 I S"'tj Depth Start: 6 ,3 Y: ft 12 , tJ c/ Ending time of log: I S/87t 6Z&' Depth End: 12 ,ot.ftt ~. 3 '-


""'~ • ~ (<8ft/min)

DD~N/dp




RP (bottom of tape)

...... /. zs Top of Tool

Magnetome er

Note any problems or points of interest: .• .· Collection ~Window

-----------------------------Tool Bottom

Checks: 1. Data sampling interval: 0.015 ft Pts/turn: 360 Light: 6 or 8

in dark rocks choose a higher light intensity-- 8 -10. 2. Prior to actual data collection you can do the real-time mode data collection as a check.

Be sure to record the depth before you start the time drive!!

! ;

u science for a changing world


P.S - 0 q.~· 7 I WELL NAME:-__,...-----''-- Date: ...:> ..... 3 . ..- :{

{~ ... , / .~) r ~_1_... _r · m m lB NWiS 15-digit id: ' I I ! Li i. t ru j .;;. -,. Operators: ..!>lf'&!f.(lj''Q. . ( (i!-~. ~ l()~ l ~

Location: Ill 1/.bl "! 1/( ~~l' ,"''\ watch time [13 0 Project: If- ~ l( (!) .• N;:. G r ; ~.YffV· computer time: II 3 0

Geophysical log reference: measuri~g pt or~·

Well information:. f r.r· L ? ~ Describe measurement po1nt (MP): fop 0 '_:.. r"'1 <l{A.~ Cl&t\frP p ,.r.:)l .. CO .. ((':) Depth of well: \' .t\ a ft below land surface Height of MP above--=1-an-d=-'s'-u-:rfac....::c=-e-: -m-r.'lJ.------ft · Water level from MP 1: '15. ,,~;J;. • ft @ { /,S 0 Depth to bottom of casing: .5" .S ft Nominal diameter b inches


.<

Top of tool zeroed to land surface:

Starting time of log: _.!..l,-!..f_ • ..t.s--_··J:;.:.;':....~ __ _

Ending time of Jog: __ i_?-_0_· ·_3 __ _

Logging speed: I a.. , l Logging direction: ..::U;.:..P_...,.__

Sampling rate: 1 ,Q

Round trip error check of depth: _ ·~ \.1_ . 1/1

2-pt Calibration: 1 ., Point 1: (o, ..;:.l inch

Point 2: 8 '·~ 'ti ~ch Note any problems or points of interest:

+on( D~pth Start: foe\ Depth End:

.11/.J.i~: ft -4, ·~:~17-ft

Depth Bottom: l1il .. ~~ft


CPS: J f 53 { J ~ CPS: 1 () \ (~>:: \ ~ S ,

IJ1 ,. n. ; Qfl. 6' 3 &&01 t&..v71 f.

II science for a cltanging world

Century I Combo toollo~

WELL NAME: _u_e;_~_.--_0_9_7 __ _ NWIS 15-digit id: .---------

Location: 0 7/2 //r",-1 ;ft'r..q . \1. j. !1 .

/J I J'i-i!-~ 11 Ll Project: qcat C(!;> f'a? c:i'f tt & M C't

Tool serial number: 8043a 1

Date: :s.-s- II Operators: 5~ , ( CR.l oftJ..Ji&./ /

watch time: I ~- I:;;_., computer time: I (ii>.J rJ.....

· Geophysical log reference: measuring pt or ~o'E!· :;.~·

Well information: · /:'; . J "-·C · .. ,. · Describe measurement point (MP): fYC&t .. 1e.... O'P""l("-Oi> W ·cQ;,.(/ 4.T Depth of well: . 1 {,;) ~ ft belo~ land surface ' · "''· Height of MP above land surface: o ~ ft Water IE;vel from MP ) f6 /h ft @ //3 0 · Depth to bottom of casing: BJ ft Nominal diameter (;,. inches ··.·


Top of tool zeroed to land surface: ~heck) E-log mud-probe grounded: ~ck) Log Down Log Up . 6

Start time of log) ;;t J End time of log: ~ -~ L\ <i

Start time of log: [ct.:-~.~' . f4t34· End time of log:

Logging speed: Logging speed:_L >' ~ ( ·;~~;~·~;~~~<7s-~·.:;;~-------------------~~~;~-~~;~;;;~-;-4"5:-?·--------------------·

i 00\ Depth End: ! 'r{,i" '2/7 Sampling rate: P' I

Round trip error check of depth: ~ I S should be <2% of the total depth




WELL NAME: _f>_~_--_0_9_7__:_ __ NWIS 15-digit id: -----------

Location:

Project:

Geo'?..hysi~allog reference: measuring pt or~

Tool serial number:

watch lime: computer time:

Well information: · C f i·:;) ·~ . f: C ! 01 Describe measurement point (MP): I I() Pt t:'fe., 0 t·'( (.1· U · · ~- · ; Depth of well: / ·L} X b ' ft below land surface -Height of MP above land sufface: ·cPJ · • i} 4t ft /fJ I{) Water level from MP I .f ft @ _ (time) Depth to bottom of casing: , / . . 5 :S ft Nominal diameter 10 inches


~1 H F.:J

t:~ ~~ :~

Magoetometerllnclinomet~¥,check: ,' / r ''l Tilt check (-45°): 11ZloK , Directional (N,S,E,&W) t;;:k: C9"oK !n;j

"'J tr6 lp)n ibO \~ ", . North check (placing object in front/camera window at north): . OK ~.;:_. ·_:_~_,_j

.l~~{~\.f, e&~~~\Top ~fto~l zeroed to land su,rf~.:e: ~~~e~~) .. ....

1

t L 1 ~ Lj

!~!.f' bl 'V.~'"ng bme of log: I.;.~· ' /J.Lfl Depth Start ~' J,t ft n .. ·: · ~:,~ ~0.~ .·J\'fi~)\('&ding time of iog: __,_/'4_0_6=---- Depth End: '/41. I ;l ft. ~; ;~ ·d\;(}(\1'~- · CZ KA. '"') t 'l

/,p'1P · ~·- · Logging speed: 0 (<B ftlmfn) Depth Bottom: FlP}, ~~. (: -~ ~ \QJ'&, Logging direction: _ b, f.d2b.

1 ,t_:._,;_._ ;.: .. -_l,·,

· :· · ·· .:Round trip error check of depth:-"' I · should be <2% of the total depth . 1 r .. >'P \ \l~h+ ~9.:% ~~-io~;,oJ..Jepth @ 14'r J 5,o r._. · @.141;;2 t:.~l .\J' r f :;; Collection

_ Note any problems or ppints of interest: / ...... O ol /. r·/ f.!/..·l,'>; !. . n ;s.;£. ~ 1 Window · ·· .. · · · · 1/t/f'p'l Ckl. E.'!J .C..t;:t.r.; · !;'), ('<:) JP · Jfl"'l. 1\u Tool Bottom

__________ ·4~~~,~~e~d~---~~-~~-·~·~~~~~~~~~~~~~~w~.e2~~-~~1~~- · ); o.c, \!:;..

re o..J.

Checks: 1. Data sampling interval: 0.015 ft Pts/turn: 360 Light: 6 o,rs

in dark rocks choose a higher light intensity-- 8 -10. 2. Prior t0 actual data collection you can do the real-time mode data collection as a check.


P5 -D

Cf'7

_ 2.

0 ( \

i) 3

tt' J\

tl.t~.&J-

-~ /7

1 q

I) If

q tfu

ve:t

/Po('~J

Too

l ser

ial no

.310~

Ope

rato

rs:

1/J~t.

/tl-

~ H

PF

M A

MB

IEN

T

We

ll N

ame:

f'5

-D

'17

NW

IS 1

5-di

git i

d. (

c1 ):·-----=

--

Dat

e .2

_1

Is-

'! }j_

D

escr

ibe

MP

: T

DC

-A-

Luml

.I\J

U~ Lo&

..r~

llel

t-F

or N

WIS

arc

hivi

ng,

log

type

and

seq

uent

ial n

o.

2-

r H

t of M

P a

bo

ve L

S:

b • S

0 .{

f -H

eat-

puls

e flo

wm

ete

r:

HF

0' -

J

Initi

al W

ate

r Le

vel

Tim

e

I ~.

7P ft

be

low

MP ~ ~'~ ..ff R

nd-tr

ip d

epth

erro

r: o

. 33

ft a

bove

/bel

ow M

P

o't:

s-o

fl.vls!

---*a

tch

tim

e:

o1 ;~

3 :l

o

I r"J

co

mp

ute

r tim

e: d

1 ;(

'"3; 1

0 fS

-O't7

-CJ.

..v1A

b-ie

.Y\+

-F

low

Rat

e (i

n g

allo

ns

pe

r min

) .

Dep

th

Flo

w

No

te d

ire

ctio

n w

ith

-

or

+

Diff

. in

N

otes

-in

clu

de

inte

rpre

tatio

n

( in

feet

) D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

flo

w ra

te

(see

be

low

) •

/3C

f,D{ +

.. 01

71'

•0 %$

·~ ;~

5""

{Ol~

/3

7,

q-1-

-"'()~

() If

,o%~

.~o}h7. 3.

5 I D

.:l4

)34.

~ "f

\ .• o:S~ f

-03 %.1

~ ,o

31f:,

r ~~

.~~

/()29

13

1 .o

O

f. .o

;tt

·0%

.vo

'~l!

>o ·

~.1>

' I 0

f1

I 0

8.{)0

t .. (

)li!J

1--s\0

111(

"-:l.

., ,o

U,<

?.s"

.O

%,o

c J0

54

:

I 0 ~ M

1--

. o t-z

.-t

,o~.q~ -;~~~~s

·r:%

.6t

I t C9

\

Ci-

tW.<

J/·

· ·

. 1t/

/ ·t~/

.n 0

,.

>. o

e:. 1

" , D

IS"

1-... 1

/2-(

... t.o

'0/z

;~t:

tD

'0/z

.1.3

0 j/

~Y Q

§~.'

S""o

-/

-...

o.

o ~~~{).o

A%

.o f}{

Uo'

Plot

,.l

1/ ;<

.C

'ZJ. 4

+ -1

' O

,o

;oa~a o

~o0%&.o

IIJ q

I

10 ({

0 ,{

-I).

D

1 '3 ~'%

.l,

1 '3 ~%.6

~ /Jo

Flaf

i'J /1.3~

rJB

· Do~

0 .o

o'l'{

l o.o~'l-1o

o.O

X.1s

-II

c;tj

7

5.0

0 <

1-

tJ ,0

f31

. D I ~if.t

I() 1 7f

.t!,rt

/'2

, oo

?3.o

u ·,

A-.

..

0 .oo~1-

·"6 }1

g,b

'0'1

fJ,,t

r I]

IU

'1°.

()C

) "'

doll

1

o%

.cr 0 ~'\

;as:

' .o%

.eos-

IZ.."

Z-1

I

b'6

, 00

11\

.

1v

II

1-,o

1 ~,

0 .,o~

.3

<-0 ~:;-

. /.2

3$.

I

.5 ~.

:s-

A-

!

(*ch

eck

the

time

on th~

com

pute

r and

cha

nge

if n

eces

sary

so

tha

t tim

e ta

gged

dat

a m

atch

es th

e fie

ld n

otes

.)

gp

, gl

itch

pick

is th

e re

adin

g th

at i

s au

tom

atic

ally

pic

ked

in th

e ab

senc

e o

f flo

w.

Not

e "g

p, n

o flo

w"

mea

ns n

o m

easu

reab

le.fl

ow

tra

nsi

en

t flo

w m

eans

th

at t

he fl

ow ra

te Is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of t

ool m

ovem

ent,

whi

ch c

a!Js

es a

n ap

pare

nt v

ertic

al fl

ow.

La

te-t

ime

flo

w m

eans

th

at t

he h

eatp

ulse

has

arr

ived

aft

er th

e G

P,

bu

t the

com

pute

r has

pic

ked

the

GP

. B

e s

ure

to n

ote

this

occ

urre

nce!

che

ck m

ea

sure

me

nt i

ndic

ates

th

at a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlie

r me

asu

rem

en

t

um

bre

lla m

ark

s: in

dica

te th

e w

ay

that

the

dive

rter

s w

ere

set

-it

ma

y he

lp w

ith t

he in

terp

reta

tlton

of t

he d

ata

~for an

tici

pa

ted

up

flo

w a

nd

~

for d

ownf

low

I jz

_

~1

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

\ \ Am

bi~n

t C

ondi

tions

For

ms

z/2-

Con

tinua

tion

cif H

PF

M t

est

un

de

r a

mb

ien

t con

ditio

ns

We

ll N

ame:

f S

..;0 q

( Da

te~

J) >I t1

_ 91

Flo

w R

ate

(in

ga

llon

s p

er m

in)

De

pth

.F

low

N

ote

dir

ect

ion

wit

h

• o

r +

D

iff.

in

No

tes

-in

clu

de

int

erpr

etat

io~,

wl,

etc

. (i

n fe

et)

Dir

ect

ion

o

r w

ith

up

or

do

wn

arr

ow

T

ime

fl

ow

rat

e (s

ee ·b

elow

) ' '

ro t5.

~ 5'

.~VJ_Cf

1'

%

_;O

tJ

.,4

$'

o!,(

_, ·7

.. 1•

3!;>

.o~>

1:21-~

Zone

..-fo

tXie

+st

te.e

.t j,o

..J 11

1.i.s.

N-K~

S'5

.s V

S "to£-~

. 5'$

,00

"o

;;,.-4

·1 "·

;;~(

)~.,

-'"

. 1)

'~

,0~!'"

,O?

rfb

1

;)4

'if

·•·04s

.~

..••

. }.

.,Q

50

00

. ;

D;I{

p 1'

. _•;t

%.1

P •. <l

i~D·

, D

IJ:;{o

, t/(

~~~1-

! .

. .. .

•.k

·.·

%l> ~uS

.55.

S"'D

.b

f~"t

,bLMt~ ,o

.r,~

s' ·lJYtr.~

6 fr

z,3(

o

51

Jj(

) l>

/.1•

% ,,()

,·t>c_

%o

I·~~

ffi

fJO

flvvl

13

1'-1

5l.q<

=J

D

'tJ{f

i;' /..!

0 1.

3~1:

. /.

3'iY

,(:;

o ~

~t~ fJf

J Mov

J 13

Z--I

. '

-'

-...

------··

-··

·-··

·-··

·-·-

··--·-

····

-·-

-·-

···-

-----------------··

·-··

···-

·-··

··---

sour

ce:

1/24

/201

1 cj

oh

nso

n@

usg

s.g

ov

Am

bie

nt C

ondi

tions

For

ms

··--

----

----

· ---·-

----

----

----

-·-

Watch time

Field form for recording discharge and drawdown data used to compute open hole specific capacity .........

water drawdown level rate Q (gpm)

Discharge jflte measurement vol {g.:lf) time (s) Comments:

I FYI i Ill lUi (;:: :sou 6 n CI~.S ;; , "J/Pm nn a-~ I Yl s/ J ~- IAJ e.ll c 0! S.t}., ''. f> ~ .,$ D •

·-rzz-7 ·/ 7.(./6 • ...,_,, W~U~*"/;,.-,;

135!5 ·:~.'. 1 /31 "11<6

· 407 I [7;:;z_, ,.O~d

i4'33 J qo .t;~,

/1-'5'3.. I lOS: J5' I

/~fF/ 1~. '?J(o I I 14 · · G /3, "l

/(:,36 · I r,.~_< I ) 14-

~ '

MP=measunng po1nt, dd= drawdown, Q=:=dJscharge (or injection rate), val= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:

dd at 0.01 ft -·>is 0.015 gpm and we can just bearly measure that with the

Tit)~..-~..- ) /rJ tz 1 3 oL(

I 1. 9. 4

I '1. ge:,

Brfl..tttiv /k~.CAJ-t.rh""';r I 3 : It> : t!J(."">

HPFM_and_ Q-test2.xls ~. 31ft If- be.fvvll bt) iil~·"L [email protected] 1/24/2011 !·.

HPF

M "

Hil

HE

R R

ATE

" P!

JMPI

NG

N

WIS

15

- 11 dig

it id

. (c

1):

' W

ell:

p.§

""tJ 11

-r~ol s

eria

l no.

O

pera

tors

: 5

fo.-v/

o Co

J Jct-~

eif

q 1

Des

crib

e M

P:

f:./

a e-t

_q e

o,_ ~

a;u

oF C

? 3

_ 1

Dat

e .1

II S

/ II

Pum

p se

t at~feet

:,..

W

atch

tim

e:

Pumpi~g

Ra

te

'~~' I4

D

gal/m

in

Pum

p ~t

arte

d J.

lli

WL

at s

tart

of H

PFM

J 3.5~

at l

'D .~J

.-Co

mput

e~ tim

e:.

' \

.. I

.\ ,-

I "

l I

,.-,_

,St;

i'ii

!l()

l'll

:\ I

I\ i1

..,

_,e.

\' v-

0.,."1

:~\

~'If

,._

I• I

,...f

1 ,

WL

at e

nd o

f HP

FM

l '1. ~1

at

6;-;:

x;v

. ct

ck~

>.s

.::.>

1-<t""

'e... iS

4-,-

w L

_;

-f'/

l'h

e_

.oJ"

er J

vv L

!..:

. ,!.;:

1.

ft -

' ~

--

~ ....

-~

--·

. .

---..

-

-'

'

Iii¥

Vrr~.l

'"""-

.!'~

om~ :

\;dtJ-

-b~lM'

t-.a~,

s:i.:~

e.~olM

r at

d

,

I lU

lU I'V~•

Ul-

I G

lllf

J•

yr;;;;~

Ul

IIV

n

uu

-ua

l-'

UW

Jo

ll.l

l 1

0i1

1V

h

-:3

3

ft

3 n4

1 tl,

!r.,t

li .... c

.t V

l0"-

0v""

5we.

r-

DJp

th

Flo

w R

ate

(in g

allo

ns

pe

r min

) F

low

N

ote

dir

ect

ion

wit

h

-o

r +

D

iff.

in

Not

es -

incl

ud

e in

terp

reta

tion

( i

nlfe

et)

Dir

ectio

n o

r w

ith

up

or

do

wn

arr

ow

T

ime

flo

w ra

te

(see

bel

ow)

28

,cj>o

rh

. •

Dl/t

;..

.o<

-/{p

•

tJl/

'5"

• ot./

t::;

131./:C

.. s~~*f~"!~,f 3-

cff.li~Jor;J pu

r-'{l

~

~I I

Ol,

<i

.o"'S

""'

• o

l.'5

('

~

P lf~P

UJ.,

bra

.:hO

PJ

szjo

l-'-

-V

. tz.t

/? t

1417

!'

ltvt

iiA

/J t~

6tf.~o

Y

,D&

Z 1'

,1>2-}

[e '-/

"' a,~ •

."1 ,o

% rS

' 2

3.1

tc

:fzB

5 &

;. • ~ (

'-4-'

d)l

g

t ,oz.~l/.lo

.ol~

.</(

·Q·u,.

J() ,

Oit

;f/

-'3

.1~

tlf-

3S

5%

',1 D

D'-

f:/

I .o

'9

1"

.,,D%

, ....,

c;'.7

"::

.oi;

{ 7,S'

tlf-1.

/Z.

~sr.so --

v .. ?

. ·""'~.ss-

.ti~

.;;z

r--

-· -

tl/~o

-?'r-

lr't( o

tA s

.t's 1-

«VIi..f

.-re

s (.

;I l-I

-s

e/'1

-ku

CAN

MAI

\1llA

UJ/ t

~.1nMneJ %

F"S

thre

slt

&,g~

oo Y

-.

,--·

IS' a£

. ~·

~-,_

.,

.~

-. 'lo

L o

I '-+

" 1

0.

0{}>

.1-

0ol

6" ~,IS' ~o

'~·~

S"

oDI~

I,Ol

l !C

::Z-l

fdiof

V\ (

0%

-h

5 Y

o Wll'd

q e.

f-(~

/..s

.JO~

'+

' L.>

.D2-

S1

.o-z

y,$,

6\

.o2-

-Y,1

.11J

~5~~ -·

.

~

'1 ¢1

. 00

'-1-

7 0~00

ol!: f\K

l flo

r..J

J\3

S'

'!~.

D(.

'-f/

tr:

st:t

? &

of' ~la

w ~ G

.o{

f'JD

PL

ow

.?

Bo,.~·f

y -t.r

Jo ~£

ot.,J

JS""'s

.s s~.~'+"

tr<NJ

Plot

-.J

,,00

-.

~~"S'D .

._y

t'lo F

t(.()V

' /6

() '(

.3 ~ li

k~ p

ic.. k

$ .. -

.. 'jl

).&

r!)

'f

flO -F

i {) o.

J Jfo

11

a-1/

fcJ}

..._

~/'v

k. .S

~.9;.oo

'¥

Mfi~c.V I b

I~

v

f!U2

-,eo

~ .N

o rf..o

,.J

/6 ;J

..(o

----

-·

Re

me

mb

erj

to r

eco

rd th

e c

alib

ratio

n v

alu

es

of t

he

flo

wm

ete

r. Y

ou c

an d

o a

scre

en g

rab

of t

he c

alib

ratio

n pa

ge o

n M

sHea

t or

reco

rd v

alue

s.

tra

nsi

en

t flf

w m

eans

that

the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of t

ool-m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

.

La

te-t

ime

fio

w m

eans

that

the

heat

puls

e ha

s ar

rived

aft

er th

e G

P,

but t

he c

ompu

ter h

as p

icke

d th

e G

P.

Be

sure

to n

ote

this

occ

urre

nce!

I

-.

che

ck m

ea

sure

me

nt i

ndic

ates

that

a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y of

an

earli

er m

easu

rem

ent.

·

um

bre

lla ~a

rks: in

dica

te th

e w

ay th

at th

e di

vert

ers

wer

e se

t -i

t m

ay h

elp

with

the

·int

erpr

etat

iton

of t

he d

ata

~for an

ticip

ated

upf

low

and

~for do

wnf

low

sour

c13:

2/2

4/20

11 c

john

son@

usgs

.gov

H

ighe

r Rat

e P

umpi

ng F

orm

s

¢ CJ

r Od

.OL(

"'

, cl

!d

, oN

o.J.r

ih ~s

Con

tinu9

tion

of H

PF

M t

est

un

de

r_. _

g

pm

pum

ping

con

ditio

ns

-\

J W

ell N

ame:

P.

S --()

CJ +

D

ate

3 1/

..S t_

\ _

tLo:

:e c

:xi'·

2

' ¥t

:(" I

~7

ue

ptn

I""

IOW

F

low

Rat

e (in

ga

llon

s p

er m

in)

um

. m

N

otes

-m

c1ua

e m

terp

reta

tton

, WI,

etc

. (i

n fe

et)

Dir

ectio

n N

ote

dir

ect

ion

wit

h

-o

r +

T

ime

flo

w r

ate

(see

be

low

)

/D~.

o1

'-V

o.o

1\J

() j:L

ov>

lt... ~ I

I

l ~ ~

.o (

'+'

{)J;)

JVO~w

l{p

3b

I~'-[!

. )o

'+

' i)

,_lJ

J pJ

o tf~

.ot..J

,,

t:Jz._

•

) 31.

S"u

Y

o~D

No~

}t;t/

b f ~'1

/.oo

""V

o

.o

NO

fLO

t)

Jlo'

V-1

i

! I ! I I I

i i i I I :

l I I I I I I .

I I I I ! I I I I I I I I ! : I I i i so

urc~

: 2/

24/2

011

cjoh

nson

@us

gs.g

ov

; H

ighe

r R

ate

Pum

ping

For

ms

I

~USGS ·science fora changing world lf('J AAJ: Mount Sopris I AL T ,J:RV log {,9131 40)

wELL NAME: Ps .. oCJ I

NWIS 15-digit id: --------

Location: I 1 {'f J,rq t/11'\JCt ~J Project: l2oxbolo ePA Geophysical log reference: measuring gt.ot'fa.~d~~ c___, __ , _____ _

'? Tool serial number: .:.-

Date: __ 5_-_z_s._-"_-_Z_b_l_l __

Operators:--"'W:...;..,.:5'-'C::..,1,_~-==b"'-Att"'-'-'---watch time: I Z : :31·. Z 5" computer time: l 2 : 3 7 : 2 ~

RP (bottom oftape)

Top of Tool

), .

Well information: . Describe measurement point (MP): TOe_ - A-L-Uf'I\.Jt'-hJ~ Lod~- ( 0 /(a...,

~ Magnetome er

Depth of well: .,_,..._ llfO · ft below land surface Height of MP above land surface: D, ~ ft c Water level from MP j 5. Cj 1 ft @ 1 Z S u (time) Depth to bottom of casing: 6 ,3. ft Nominal diameter (::. inches


Magnetometer/lnclinomete_ycheck: / Tilt check (-45°): ~OK Directional (N,S,E,&W) tilt check: [i6' OK

North check (placing object in front of camera window at north): doK

Top of tool zeroed to land surface: ~heck) !)t>UJN Vb~t-J/ufl

Startingtimeoflog: /Zt../7 / /3tJS" DepthStart: 5'.o9 ft lt/0.05" 1 , Ending time of log: (3t:> { /!3 Z I Depth End: Jlft>.t:£: ft 5 .D~ ..


I

.,... ff. l. (<8ft/min)

Wt~N/>Jf

Round trip error check of depth: 0.0


should be <2% or'tlie total depth

: ; Collection Note any problems or points of interest: · · - ~ Window

~:?:<.t;"U-'<-fJ._.PP-rt:7'""· !)"'--"--~""""~ -?f.-:--t(';.;.;.t>=-'ti"-:-'1-'-:-'-o_u=e·'-· .!...,;.(-Z),---""1'""""()-_,~"-f-"""'~'--"'-M._;;,l.....,.,_.. """'M'-"-"--ticJ---79'-"D""""I_· _,_,t ;J'---· _·1> ___ Tool Bottom h. i> ffvm e> + Toot. · r

Checks: ( tft/ 1. Data sampling interval: 0.015 ft Pts/turn: ~ Light: 6 or 8





WELL NAME: .P~ --o 9 8"' Date: 3~::?-1/

NWIS 15-digit id: --------- Operators: S{-o./! .. )0 C tJ...I J (..ve 1/ Location: ~ [7 6 !I()..// f"b..X -

watch time: I ..S /3. Project: Rox: b Of'Q ·t="P!f 6z1/l If computer time: / .S"'/ .S

Geophysical log reference: measuring pt or~

Well information: I ;_ r Describe measurement point (MP): f { O..h!J f' OJ!\ W P . @~ CO:S ..... ~ ·~ Depth of well: G-a. ft below land surface· V Height of MP above land surface: ... ;23 ft I ~o fo Water level from MP 29, (p~ ft @ :!;';> ' Depth to bottom of casing: .3·S ft Nominal diameter 0 inches

Notes on well (water guality,need for PPE, or problem areas:·

Top of tool zeroed to land surface:

Starting time of log:_;_!""_. -'.J._. q...,...· .. __ _

Ending time of log: _:....(_5_....-_3_. ·_P __ _ Logging speed: J { Logging direction: ....;U;.:_P __ _

Sampling rate: ~ \


2-pt Calibration: Point 1:

Point 2:


Depth Start: '~;::?tq ft

Depth End: 1 ;~ q_ ft

Depth Bottom: b ;;t 35'\ ft


CPS: 5J1•6 61- Of

CPS: ·''lfJ:.td lr () ~

' , =-O:j{J F';":,';)J'.i-7 /Yllrr 1 /(A- r;-~~c'J.



. '7~ /oac-( WELL NAME: --'c..LL~P ___ ___.:IO;_' __ _


Location: .:2 f7 b /1 fJ. I f.{.~ fl.,J Project: a 0 v.&o ro ePA


Date: 3 - 3 - ( / Operators: 5 flt.vfo ·, ( 6\.1 J /).) e_//

. ,. -watch time: .f .> 17 · computer time: I =:F4 7

Geophysical log reference: measuring pt or leqi~~

Well information: r .. 1 C:: t\ Describe measurement point (MP): ±J c.! II\ 9 e_ 0 1'\ ('·IS fl (}) r· (a.£. I -1. ~

· ·Depth of well: cfJ cL ft belo~ land surface

:~r:: ~~:~fro~~~ land surface: $ Ot ~q .(:,~ ~ @ I s;-Qb Depth to bottom of casing: 3 eC ft Nominal diameter ({z inches

Notes on well (water guality,need for PPE, or problem areas:

Top of tool zeroed to land surface: ~heck) E-log mud-probe grounded: ~heck) Log Down Log Up

Start time of log: I t6 Dl Start time of log: ·/ s-, 1./3 End time of log: ![:.? /S '(J Logging speed: I ~

End time of log: / fo l 0

Logging speed: f t; __

-;~~~;-~;~~~--=;;;-.? _____________ k7---~;~;h-~~;~;---6;z:·or-------------------Depth End: f.l.".t §., . Sampling rate:._6 _f __

Round trip error check of depth: If\ t"i....._ v ~ \)'IJ


\


science fora changing world

Tool serial number: Mount Sopris I AL T OTV log (OBI 40)

WELL NAME: f> "0 f g Date: ..Y ..-:)-/ /


Location: :2/ l 6 )-h.e 1 '{:CA.;( l)d

Operators: s·f.o.-.vb; (vt /J M&ft 7

Project: R. 0 X 6a ro e ?/f' ~>1 tf watch time: /:f.tJ-4~ computer time: /r?:Jf

Geophysical log reference: measuring pt or~~~

Well information: r-r {o , .. Ft(..Q .f/~ Describe measurement point (MJ): llCi/11...~ tJ /.1 /? O. · · · · r Depth of well: c:::? ;}_ · _.. ft below land surface Height of MP above land surface: "::20!7 ft · / _.,.fl6 · Water level from MP ;:l)q vii> d, ft @ _ S f/ (time) Depth to bottom of casing: (.:;., ...35" ft Nominal diameter "'-"' inches ... ,,:1:-:


Magnetometer/Inclinometer qpeC'k: Tilt check (-45°): OCJ6K ·· Directional (N,S,E,&W) tilt check:

~ ,J North check (placing object in front o/era window at north): (36K

~K

· ~t(I1W~ss GO~~P of tool zeroed to land surface: [!21(check) ·

e'J(..p ~ de Starting time of log: / filf i Depth Start: G, I C6 ft

JN!)f'fll"@{ Ending time of log: / b & g Depth End: b ~,./] ft

Logging speed: · Logging direction:

--r-....l~L.f-:--(<8 ftlmln) t..{i!~u ....

Depth Bottom:

I (J~I r.! )' f\-0 . 4'1 I ..! ./ .,V Round tnp e~ror check of depth: @ t1 '0 should be <2% of the total depth

Uf' '~ \'706t; b;)~l.7 top•' /7~ t01 5, I~, Q,..;~ .... ijQ~J~j~ ~ ~Gl ~ote any problems or pointlof interest:

-""W i:.J f.l----------------------------- Tool Bottom

Checks: 1. Data sampling interval: 0.015 ft ·1·

in dark rocks choose a higher light intensity- 8 -10. Light: 6 or 8

./· ~-


).--~--11

·.;:

~

2t7

?

!+d{

t:;Jx

J2J

H

PFM

AM

BIE

NT

W

ell

Nam

e: P

f-tl/

[) T

ool s

eria

l no.

3.1

M~

·ope

rato

rs:

l,rJG

C. ~~

l s-

f!o.S

fiV

6

3 )

1

rp;f'

--t. ~

"

NW

IS 1

5-d

igit

id.

(c1)

: -D

escr

ibe

MP

: To

e.~

A-L\JS

\~1;\J

Ufr'lc

dt./~

Bu./.

-t.f

For

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l no.

Dat

e _J

_ I

17 I _

!j_

Ht o

f MP

ab

ove

LS

: 0

I z~ /

Hea

t-pu

lse

flow

me

ter:

H

F

C) 1

.. 21

. 3<

) ft

belo

w M

('1Z>

c..)

Rnd

-trip

dep

th e

rror:

o.o

5 f

t abo

ve/b

elow

MP

In

itia

l Wa

ter

Le

vel

Tim

e

De

pth

{i

n fe

et)

{pf,

OO

5~,(

)0 r

-1\~

l 57

, o I r

f\,t.

$4

c:; 0

1-,_: .

51.

49 t

19

.G0

A

'/l.

tti ~

0€

': l/

1

Flo

w

Dir

ect

ion

Z@

.nl

'1_,.

w or';

a&'-!

-.OJ~b ~

-QoS

\ ~

-,1)

3~ ..t.

-.

bt<

;'J

wa

tch

tim

e:

to4-

f5

com

pu

ter t

ime

: )0

4 ~

Flo

w_R

ate

(in

ga

llon

s p

er m

in)

Not

e d

ire

ctio

n w

ith

•

or

+

or

wit

h u

p o

r do

wn

arr

ow

1·~9~0 1

·3"'

'Y:~

-.

ooCf

-~7

P%

., f."

!.cr;n

; ,.:

r'iJ4

p¥7/

.1,

,.!P-1

_"

,.IJJ

;{ -~

0%3~

~od-~1(

..-ao"!

>!;(.":

3 ..-:%~

-,D~ ·3"

~·OAi

.~o

.-,a%

.20

-~.

. ( J

,O

-,til~.

('

;?p,

; -b

%

• -.

zt>,

10

7/.~

Dif

f.

in

No

tes

-in

clu

de

inte

rpre

tatio

n

Tim

e

flo

w r

ate

(see

be

low

)

6CftJ

3 t-J

L -;;

2 'l

3S

-.1.

.5.:

~··9 .t

o H

BL 'S

®

O%

tfi

O~f4

I -;d

e_h ~

Je.~

h VVI

L~ ,.

().frt

'rre.S

. 'JV

S1r

, e. C

. be

)/-09rJ..~

rr

e..xc..e

.e.ct

' o ~6

F s..

,. iF

s%

Fs ..

. is

u

0?18

CY

(4~

0~47

oCfrz

31

.1i ~

d I}

( -.

I)~J

to

o if

i{ Je

c.rea

.se. X

r::s -ih

resh

t)(r} .

~A<> w

= -.

af9l

3

1 L S'" D

,..+...

o.o

o.

oo/'!

{/a

/.?>

~,.

. ,·

&o

1

·3%

Q

ftJ!)_

r;((J

t.P)

/DI

t..f

3 $'

. () ~ t+

--. ()

.ou~

,ob

i4 <~

,,.J

. I 0

'?..-"1

3

3.0

0 r

h ()

j.

!,~Y

e ~

),:Sr

-0

,,"3

c(l~

10

4~

3:2

. .sor

t. rO

\.

lo/.

€l•

l·

J~

/01

&

!'

--.

(*ch

eck

the

time

on th

e co

mpu

ter a

nd c

hang

e if

nec

essa

ry s

o th

at ti

me

tagg

ed d

ata

mat

ches

the

field

not

es.)

gp,

glitc

h pi

ck is

the

read

ing

that

Is a

utom

atic

ally

pic

ked

in th

e ab

senc

e of

flow

. N

ota

"gp,

no

flow

" m

eans

no

mea

sure

able

flow

tran

sien

t flo

w m

eans

tha

t the

flow

rate

is c

hang

ing,

typ

ical

ly It

occ

urs

in r

espo

nse

to th

e ef

fect

S o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

Late

-tim

e fl

ow

mea

ns th

at th

e he

atpu

lse

has

arriv

ed a

fter t

he G

P, b

ut th

e co

mpu

ter h

as p

icke

d th

e G

P. B

e su

re to

not

e th

is o

ccur

renc

e!

chec

k m

easu

rem

ent i

ndic

ates

that

a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earli

er m

easu

rem

ent.

, O

l

umb~

ella

mar

ks:

indi

cate

the

way

that

ihe

diye

rters

wer

e se

t -

it m

ay h

elp

with

the

lnte

rpre

tatlt

on o

f the

dat

a ...-

-f--.-

for a

ntic

ipa

ted

up

flo

w a

nd

'--

!---'

for d

ownf

low

I tA r.

.a.lf

y Jc

Jet"M

t e.J

. f/.:

JIJ)";

.-; 00

11

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

A

mbi

ent C

ondi

tions

For

ms


WELL f'.S-0'1f{ Date: '3)1 /11 Operators: LtJ~t.-/t;t.. S ····--Pumping-rate_ gpm,--=--......_;=----watch-time.:----· ---~-----------------

Height of MP C5, 2-t;;' , computer time:

These data are used to compute the open hole specific capacity. With additional programs you can calculate the open hole transmissivity. (see Bradbury and Rothschild, 1985)

Pump set at __ . ft below MP .;; ~ J t;;' Note any observations in the discharged water: smell, turbidity, color ...

jro IY .j;lr>. k I? .5 I" tvo.. ter )

Be sure to note when the pump was turned on, changes in pumping rate, pump off, et~. These data along with fluid temp and resistivity data collected after pumping may help in the interpretation the flow meter data and the hydraulics of the borehole.

Watch water drawdown Disch~te measurement time level rate vol time (s) Q (gpm) Comments:

f'rwn .MP ~ {) '14·'1 r:J '1.-3 5 511CJ a q, S"-T 100"1 Ol Cj I G'6:, I '0 d.:.O ~Ct55

:l 0 1./-?..-- Z-1~r...3 10<:0 zq .("'-J D '§7 ::Jq.~~ l/t)? zq .'r-tf 2Cf -S"'Z.:. 'lfl..OL.l-Jl '2!--1 I'L /3CJ .II'-! 2-Cf t.o/

17. l/ zq.\'i 2'7. 5'5'5 /2-? -zq.~~ -zq- ("'b z.:..

l/2B 21.6'3 (11.~t, I II 3~

.... JL- 1.5.3 e/03 ...

!139 :21,!!31 ().Cf,$;L 114:5 /L J 7~ .. f>'l ;;:a,~~ /15"f0 ;;l'f ,6 3 /L 1~'3 ,.,/03 &CJ. s-.3 t~l I /'i!3 .037 r:J9, .$'2,. d,/:;1.. 2'1,57 ·Fiocu Sl ODPP r,\ ,+ rneJ num ,P UP .2'1~->tt?

/OI..['S lbwe ~etJ flOMf: .. I I~~ 1:1.1 JCf, S/ 1 CJ. at~- ;J~.s7 ·:· f /0~ ,/47 ,JC?,$'3 I ;i.d-"6 " ~ I o ;z a'f~ ':7 a 'l. s- "5' /237 .;}I\. b4 J /(}(L, oJ1fJ ri .. l'L .> l JQl4&:, cl Gj, (l)"t .. ; /0~ a 9. :r"f ,.

'

-. . ..

MP=measurrng p01nt, dd= drawdown, Q=drscharge (or rnjecbon rate), val= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping.

· That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:

dd at 0.01 ft in a 6-in hole--> is 0.015 gpm and we can just bearly measure that with the HPFM tool. So dd has to be <0.01ftlmin

fjtJ 1~13Df TrtoU,.,

...

HPFM_and_Q-test2.xls ., 14s:- [email protected] 2/24/2011

I H

PFM

"H

IPH

ER

RA

TE

" P

UM

PIN

G

NW

IS 1

5-,1 di

git i

d. (

c1):

Z I

7 6

JMt{o

.¢ llJ

Wel

l: /5

-D~

<t

Too

l ser

ial n

o.

Op~rat

ors:

iAYS

c.(i;

'lS

Des

crib

e M

P: 1

D C.

...-a.

luw

u.-J

Uih

-Lnc

.k.ifllb

iollft

>.J

(;a

s rr

J& 5~ 1

De.~

't.

, ~ftdc~p~ t

J, 2

'5 /

Dat

e .2

_1 fl

.] J

j_

4 P

ump

set a

t..:S

;!.

feet

·

Wat

ch t

ime:

P

umpi

pg R

ate

0 I \

ga

l/min

Pump~tarted ~

Initi

al W

ater

Lev

el

2'1~

fe

et

. I, S

W

L a

t sta

rt o

f HP

FM

Qq. :

b :S

at

Ill G

. C

pm

pu

ter ~

ime:uJ i

l lt

J c...

.~ 1 ~

v d

~ ~ -

~ 3-tB

/' ,

WL

at e

nd o

f HP

FM J~

, 64

at

I J.1

(!, Svr-:~~~~ 11

3 .

\u.,t

i54 J

WL.

,

Tltr.

.e..

G\.H

ec-

..) ~tf

t... '51

tl"""

.t3

A

inW

Ld

uri

ng

test

/ ff

:i

.zn

:o t~~

'L'I

ls~r

~-';

;r;l

\llt

~A?

{kqe

vv.

~1,-.)

l~ '3

WL

aft

er t

est:

at

a ?

L~ r:"

!~(

Jl.J

..... (t

6S

't.{

f ,Vl,.l

g~;.4..1

.\'t>~

Pum

p ft

op

pe

d

f ==

F

luid

Res

. &

T

Rnd

-trio

deo

th e

rror:

() • (

) ~ "

ft

'2.

-D

Jpth

F

low

Rat

e (in

ga

llon

s p

er m

in)

Flo

w

Not

e d

ire

ctio

n w

ith

-

or

+

Diff

. in

N

otes

-in

clu

de

inte

rpre

tatio

n

( inl

feet

) D

irec

tion

or

wit

h u

p o

r do

wn

arr

ow

T

ime

flo

w ra

te

(see

bel

ow)

3R,?{)~1 ~

0~4

.1}

.,~>

/1.(

?5"

.,$~

.55

J I l

b 3.

t?.q

9 +

.. /D

2.

f'

0\0~'\$' ,

lo<-

/'{,e;

u ,r

o~."

io

)};)

4-3t:

:-: bD

\...

J/

.DII

1-

.bt~.zr' ·"

'·~.

3£>

.o~.$\• ?~

/13

3

I ~fv

dt ·

et~

i u~/

-eJ e

> 11

"3 z..

3'

7.~0

y

1.3

%¢

1>

3%4

rJo~/(J~

tNr-

' .

C>.D

~o.p( '+

' D

-D

l .3

'tY./;,

o I• ~<

tJ(b

> Nt>F/o~

llr'

3

5A;d

L -

a..d /

.~ sfe

J <3

ll ~ I

Lfl~D(

'-r!.

tJ.o

;s

17/.f

,O /

.J'IJ

/.6

0

NO (

low

/J

t;'te

. 4t

loo

\v -;.,

o/G w

<~0~~;4

..-;,D

}!ft6

,1

f;}J

)-t

:;-; ;;

o 'f

' .J,

-.o;%(~.

o. 0

f~IVIf

l ~ ?

bppe

.J

)?-I

/ Fli

>v-:>

S-1

-upp

g.d(

})

("2.

.13 '[D~e.l

ptlfl..

'p_$(

\ '"l

II

~ -

o<) 2-

)12 .

10 -

·t::'%

.ll ~ rr

-J&

, .

lle.~r""

'·PI.lfWP

pill

lC"f

\) Z

f\d

(:.fn

..e:&

J rv

s

\."-i

,,

I .Jr

-• o

:t)f;;:

rr.>

-.I:>'Z

%1.c.r

-.o~7(

,. I

' -'5

/n_D.

f) :...

\ 5

t.f ~ J

5 '

'+"'

-.

olf

> ..J

r -·t

>%

-.D%

.1--'

- 1'2

'i y

/&

-.f50

l'f

. !;.

51.!

po .

..._,_,

., rt 1

)(1_.-,0{)~

1,3'l~D

-,M

%1

.10

/.sq

%it>

/Z

ZI!f

~a.% F

'S 0/

AJ 4t

2..-f-

-o. a

os -7

-a.

on

t;~~Do

\..t.;

' O

.Z>

{.J

tj?/,6

D

(,5~0

llM/?

ovJ 12~1

t. ( .Ia

a '-+

-' ()

.0

{,3((

:41.

) /;3

q7/.l

,o

/JJO r

:lcr."

' 12

-l./'2

-I i I ; !

Re

me

mb

erj

to r

eco

rd t

he

ca

libra

tio

n v

alu

es

of t

he

flo

wm

ete

r. Y

ou c

an d

o a

scre

en g

rab

of t

he c

alib

ratio

n pa

ge o

n M

sHea

t or

reco

rd v

alue

s.

tra

nsi

en

t fl~w m

eans

tha

t the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of t

ool m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

.

Late

-tim

e rl

ow

mea

ns t

hat t

he h

eatp

ulse

has

arr

ived

aft

er th

e G

P,

but t

he c

ompu

ter

has

pick

ed th

e G

P.

Be

sure

to n

ote

this

occ

urre

nce!

I I

. ch

eck

me

asu

rem

en

t ind

icat

es th

at a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla n

iark

s: in

dica

te th

e w

ay th

at th

e di

vert

ers

wer

e se

t -

it m

ay

help

with

the

inte

rpre

tatit

on o

f the

dat

a ~for an

ticip

ated

upf

low

and

~for do

wnf

low

sourc~:

2/24

/201

1 cj

ohns

on@

usgs

.gov

l

Hig

her R

ate

Pum

ping

For

ms

.' ;-

;\

1kH;


Century I Caliper log

WELL NAME: _P__;_)_~_{)-'-q_..;..q __ _


Location: J<JtJ() tf,rqd11vct /2J Project:

6;vlf{ f)&drotvt~s ])pl>tU

'5/fll tb9 Tool serial number: 9065a I

Date: 5 · '2- ;a. - tJ

Operators: W SC:../Il'i-S

watch time: I 0 : ,·g;lt> computer time: l D: I (;; ID

Geophysical log reference: measuring pt or Jand surface

Well information: . • Describe measurement point (MP): 7bc.- - 6\-!;vrn.oi\.1 \}fill. Loc.k..,Nb eo llt.Vl. Depth of well: 3DC> ft below land surface Height of MP above land surface: o · qfl ft Water level from MP 2.&. _ ft @ /0 13 Depth to bottom of casing: t;, cJ. ft Nominal diameter t;; inches


Top of tool zeroed to land surface: ~heck) Starting time of log:

Ending time of log: _ _,./_.}_,3:;...D____ Depth End: 2t::J6,1Jtt

Logging speed: I b -12.-{ t.JiVS/etuJy) Logging direction: -=U.:...P __

Sampling rate: • 1 D

Round trip error check of depth: ~ C>. I I

2-pt Calibration: Point 1: tP. 3 f inch CPS:

Point 2: 8, ~Z.s"inch

Depth Bottom: 3D I. B'tt IC>o£.. tert.qfh -=- S'./3 4


?>!t1to.7

.J._o}- # - 'l'i. q 1./ l> s 3 7 /...b tv? t:t 3 ((;;. t.f J $" 9 g r'

[J..N)l1118 I ;v(.o : ua:h Cof¥1eted ~ /31/Cf2

3o e> ++· De.p+t,.. ~ t../ -A- CD.'6 I ('>.1"

'/Jel J ru ~ p~

0,13--c-----------

science for a cllanging world 5/IV 8gf.:.. Century I Combo tool log Tool serial number: 8043a

WELL NAME: _P_..!'5::.._~ D_9_:_Cf __ _

NWJS 15-digit id: -------

Location:

Project:

/800 -Vtrqt J,N6.. !2.oa.J /lo}t boro GfA-

Date: __ 3_~ _2-_2-_-_l_l __ _

Operators: uYS.(...(t;l-5

watch time: f/.33:4/ computer time: 1/: ~3 ;4{-D

Geophysical log reference: measuring pt or land surface

Well information: ' Describe measurement point (MP): ·-,bC "'Alt../J'VW'\.him. LDc..bn'-'6 ·toi/DIJ Depth of well: 3 DO ft below land surface Height of MP above land surface: 0. q 5 ft Water level from.MP z.C.. .l tf ft @ I D I 3 Depth to bottom of casing: ;;.. 'I ft

. Nominal diameter C,. inches


11/\ 11\il ll..M?' 3oo D -z.. C> DDro h1q Ufd:· w/ A_ wd"''JD.f-, o t\:l . f'l . l f I

Top of tool zeroed to land surface: !l( (check) TOP 6t>tfofl"-· o=/- o.oo · 1 .r .ff

---------,---'=-u.t~g..rn.ur:bprohe_gmunded· ~-(ch_e_c_k ----~.<:.==--___Jt...!'~-=---------------

Log Down

Start time of log:

End time of log:

Logging speed:

Log Up

Start time of Jog: (2lY1

End time of log: / ~31

Logging speed:_l_;i...- f(p

Depth Start: '7.5 fl bt>"l/b""o.f-.f;.()l Depth Bottom: 36/.DI f?f- 13oth>fll'.()ffool.

Depth End: 'b D l ' 0 I 4 bb-1/r,fV\ of~'D~£ Sampling rate: , I D

Round trip error check of depth: - l> • Z 3 ff should be <2% of the total depth

Note any problems or points of interest: , 1 q ToP o+- :loot- 0 qJ.77 -Pf@ 1N1 J th 1

USGS science fora changing world


WELL NAME: __ p_~_-()_·Cf_,_<=[ __ _ Date: ;3 - 22. - 20 ( I

NWIS 15-digit id: -------- Operators: uJ'Pt:-/Gl5 . Location: { @:, () b lftlCfl/ r 1\l t1. (Lt.H'.i.~

,.., ,·t.tQ.·i/0 lA: watch time: a c; ' Project: ~!..ox horo b computer time: 12 ;t.f<::J: 3'S

Geophysical log reference: measuring pt ~rf~0 Well information: ·

. Describe measurement point (MP): roc.,, AL.vtvtiNtJPJt>tUtNb Collot. Depth of well: Height of MP above land surface: Water level from MP Depth to bottom of casing: Nominal diameter ·b.,

3D D ft below land surface o.tt~ tt ·· Z6il' ft @ /DI3 (time)

&.__:_. ft inches . PTW/31tlf':TJ.§.tf7@. 1343


. Magnetometer/lnclinometel/check: / Tilt check (-45°): 0 OK Directional (N,S,E,&W) tilt check: · [0' OK

North check (placing object in front of camera window at north): !S}d'K

Top of tool zeroed to land surface: ~eck) . -. I . 7 .. Jot.J < p DD~t1/up . 'l&f? [efl., :_.-~~n /). '-' ..

Startingtimeoflog: /304 I J ~47 Depth Start:~ :J.~.q.{t,

Endingtimeoflog: ):S44f 1'-fZZ-- DepthEnd:~i.rs Logging speed: -g /S'(<B ftlmln) Depth Bottom: 3 01~ 9 J· ft Logging direction: b6.ti-)rJ/uf'

RP (bottom of tape)

T~ II ~ Magnetome er

Ll f, :1 r 'j ( :'. [!;l P·l

i! ~: :_ "; f~· ~ .;

H rn: !i t~·l r; ~j !" [\ ;j 1:''1

~;::1 ;\':l

Round trip error check of depth: should be <2% of the total depth /! !j d~p-\--\-, 6· e.~o~ ... ?. !5 j J; Fe ~ -· ' D 3 __:.. f' ·] Collection

Note any·problems or points of interest: + 1 p JJ Window -'=l-""lr{/._,M:ut.:..:;'N=!-o/~~='ei-::!-...!h:l-"'---l:tf:,=D:::;_____,h=o~r.N=-=-"l=----,;~·..!-J1~

1

~~h:--f--e,.:...1-~,@:-=--~.!::::0.:.._. !..!h:.l.-r--=..U__;__' Too!Bottom



Be sure to record the depth before you start the time drivel!

-300.~

s sciel!ce for a changing world

I . ~ ,4-Mta te;,tr


WELL NAME: __ P_5_-_o_1._. ~----


Location: f f' 00 t}r f q l f utlu. P. r)o.d

Project: /2o}.c:bor o EPA

-s/rJ 8ffb Tool serial number: 8043a

-Date: __ c-f_-_7_-_z._o_u __ _

Operators:_..:::.t.;.X. __ '-~(1....;/ii._~_S __

watch time: 0 1: Lf/; 'fl computer time; t> 1 :if/ :c{--f


Well information: . Describe measurement point (MP): 1"'0 (_.- /tl..U(llluJ u(Vl lucJ. U /{a-, Depth of well: '3'00 Height of MP above land surface: !) · L 15 ·· Water level from MP "2. ), "3 \ Depth to bottom of casing: C, cj Nominal diameter (!? inches

ft below land surface ft ft @ 0 rs-'-1 2-ft


Top of tool zeroed to land surface: (check)

E-log mud-probe grounded: ~heck) Log Down Log Up

Start time of log:

End time of log: I{) 11 Logging speed: ..-.... I tJ ~~,v 'Yf:

Round trip error check of depth: - 6 ,· D 1ft should be <2% of the total depth

' I

0

1 f o

o · V

c rq

,f r rV

CL. leo

a.d

HP

FM A

MB

IEN

T

We

ll N

ame:

P5-

69'/

Too

l ser

ial n

o.

. O

pera

tors

: V

JS'-/

e.L

S

NW

IS 1

5-d

igit

id.

(c1)

: __

__

_ _

Des

crib

e M

P:

roc. -

AL'

-';t.t

.t.Uui

"'\. L

ocl..

(R){

/M

For

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l nb.

Dat

e _i

_ I /{

I

Z<

ll(

Initi

al W

ate

r Le

vel

2 5',

'-/5

ft b

elo

w M

P

Tim

e I 6

: lf/

Ht o

f MP

ab

ove

LS

: a .1~ .f+

H

eat-

puls

e flo

wm

ete

r:

HF

~ 3

·~~o

Rnd-

trip

dept

h er

ror:

D. '2

2.-

ft ab

ove/

belo

w M

P

/ --

1--1_

. ••

(Gt-''7

Wat

ch t

ime

: I D

'-1:2

: r5·

com

pu

tert

ime

: /D

L/2:1~

Flo

w R

ate

{in

ga

llon

s p

er m

in)

· D

epth

F

low

N

ote

dir

ect

ion

wit

h

• o

r +

D

iff.

in

Not

es •

incl

ud

e in

terp

reta

tion

(i

n fe

et)

Dir

ect

ion

o

r w

ith

up

or

do

wn

arr

ow

T

ime

fl

ow

rate

(s

ee b

elo

w)

d-q3

,0:1

+

NO~ L0

u' ,,~"1~ t,1~

/05

9

{;;,/d

r.-h.

P,t~tZr\

zc({.O

D

-+ ND

FLo

(.i)

J.?'

1Y[.

o (.

3'jY

.I

• b ()

/t

iD

t/t/c

.h. P

tl..-l

2BG

.. <;""

"o

...-+-

.. N

o FLo~ l

.";)

~c:>

t~):;io

II 1

3

ND

ie: t,

~h.u

t1P,

PS : ~$c~~~~0 r.:

~ ,e'3

~ 1 *

Z.S

O.O

b ~

IJO F

LarJl

(,;sq~

(·"?

.974

llf,

GP

)l

9,0

'0 ~

NO H

-Ou'

/,g1

v,'6

o (.

3'11

4-o

1/d-

.4-

f;;,f

d-14

~o~

·.+

)VO

ftocJ

e.·s

;Yo6

o {3

_n

a

II~

g &P

:2 ~;

; ~S:

J rh

.o

l6 1

' '%

.1/-C

J ,a

% g-D

32

...

'/1

3;}

_

2151

. D

( ~

0\.lo

Plo

v-l

1-.::

AJ(r_

..,.

(.~T

.)

I IL/

z._

D.e,v

fh s

(,~ h

/-!,_J

clw.

'£"~

{rJ

2 s I

, a z

2tft5

.67

rf",

f.J

D A

ovJ

'· 3t

f."~c)

1.;~0

lfs-"

L {;

;{ lf

c:tP

tcfi

..

'2.3

S, D

( ~

fJo

fLov

J [,

);?

{ .to C

) r.Y

%

.<..o

llr

:'fd

Gt

-z_ z_

b f 52

A'-.

Nt

J r:L

orrJ

t,:Y

1~[)

rO

(.)%

1-A-T

l<fcl

"lf

/ZlD

bp

~/{),.b£•

A.O

uJ

I 2-

at::t.s

-t ~

ND F

lo(;-)

/.

3"1Y

,'t c)

I.

~Y.(

J>D

1Zt1

b

f •

I

L1Z

.oO

~'

NtJ

FUJ&

,,:sq:

:%{,o

l31

)(ft>

_ /Z

.lf5

I '8~

I ~0 ~

;VrJ

ft.

00 l.

t-s(rw

a l,s

.;J;(f

) I;

). y

/.' I

/1;?

:,,0

0

rP

#t?F

UcP

J J,

s71.

4(} f

,!!/1

?/,{o

/'J

..3%

J

7 .s~~o

rJt

oO/(

f)

.,0~;2.5"

.eO

'>f,S

$ 1?

..4'

\1/

(*ch

eck

the

time

on t

he c

ompu

ter a

nd c

hang

e if

nec

essa

ry s

o th

at U

me

tagg

ed d

ata.

mat

ches

the

field

not

es.)

gp

, gl

itch

pick

is th

e re

adin

g th

at I

s. au

tom

aUca

lly p

icke

d in

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

ea

ns

no

mea

sure

able

flo

w ·

tra

nsi

en

t flo

w m

eans

th

at t

he f

low

rat

e Is

cha

ngin

g, t

ypic

ally

It o

ccur

s In

res

pons

e to

the

effe

cts

of t

ool m

<?ve

men

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

La

te-t

ime

flo

w m

ea

ns

tha

t the

hea

tpul

se h

as a

rriv

ed a

fte

r the

GP

, b

ut t

he c

ompu

ter h

as p

icke

d th

e G

P.

Be

sure

to n

ote

this

occ

urre

nce!

che

ck m

ea

sure

me

nt i

ndic

ates

th

at a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlie

r mea

sure

men

t.

um

bre

lla m

ark

s: in

di~te t

he w

ay

tha

t the

dlv

erte

rs w

ere

set

-It

ma

y he

lp w

ith t

he in

terp

reta

titon

of t

he d

ata

_.

..-j--

.. fo

r. a

nti

cip

ate

d u

pfl

ow

an

d

'--!-

--'

for d

own

flow

I I I .

'Z.a

.

. sou

rce:

1/2

4/20

11 c

john

son@

usgs

.gov

A

mbi

ent C

ondi

tions

For

ms

(

_, ,_.

-z b

Con

tinua

tion

of H

PFM

tes

t und

er

cond

ition

s .

We

ll N

am

e:

f5 -C

) '1

~ D

ate.

!::/

_ I

7 I 2

0tl

De

pth

Fl

OW

F

low

Rat

e (i

n g

allo

ns

pe

r m

in)

UIT

T.

In

No

tes

-m

ctu

de

mte

rpre

tati

on

, wl,

etc

. (i

n fe

et)

D

ire

ctio

n

No

te d

ire

ctio

n w

ith

-

or

+

Tim

e

flo

w r

ate

(s

ee b

elo

w)

1 b;

1 ~s

r.>

...-~.

. ;\

lo FLo~

J-3Y~6P

I -~'11 /.to

/.:

:?5'

.;z..

.·.·

.•. C!

P :_

·.:,

;. 75

' ro ~

e>. ~ ,

..h

. fi.

)D

Fl_

()t..

) f,?'t7/.~;o

f.':

fiV

.bo

1

;)5

'7

i:P

· 1

10

-:ro

.....+

-.. 10

o FL~. f

,3C

fV,t;

o f,

SC'f1

/.lbo

/3

D(&

. ;t

;f

I 3 g

. s-o

,.--h

.. N

o Fh

.fl£f

/; I ,

Jq 7

.--de>

/,31~o

/5o

'7 ~f

13.4

# ~0

"" /1}

'0 FL

ol{)

{,'Jf

f./cb

o ;,:

?f}(

(g&

I:

SJ3

e,P

!3

~,50

~

tJ 0 1

1,..0 (

JJ

J,SJ7

,4G

o r-.Wl~o

/31~

~p

L~l

,ofJ

tfo NO

~LOw

l.S1

7do

ltS

fk(o

tJ

·;},

(f}#

:·

..: '.

;,

·: ..

··.•

G~

!1'7

t06

...-+-

,. fiJ

oFLO

I_,.j

I ,S

r1 ~f::

:)t> f-

Tf~D

; s

·a-.1

[_• p

·!:3

lo'1

.so

~

(00

Fl-.t)~

1.'311_/.~o

L'n.J

.i 0

/33

3

t,p

{D_/_

,s;o ~

ldD

'FI

..o~

J,-

;'1 ]/

,_bl.l

I ·'-t

)£;

. J

;;;'1.

,~

:~r.

:..

1?1>

'7 G,

{>

8'7.S

V.

...-f-

, {'

)(J

AA

),)

l·~Y.t.o

[,

:fi'

Y.l

t.

f) 1 f7

_ ~p

f\~.

9)

A'-

. \W

w•bJ

_b,Jo

W h

5%

l)

·~ J~ t.Y

1J:£

o 13

LI'6

(:y

p l"'

eo.iE

-\)r

Flaf

..:l S

t.(:,r

Joi

?z.oo~

-.o1

~~ -·~b( -

o_

%

) )S

(a

. 2~·

I :;:

>l.l,

;S.

;'

rJ-1

.~6 ~

-.cZ

( --II

-'-

'-;o

~(;o

1

..

-.f~

%.:4

11

:/trz.

, '

.. .

.. "

'tJ

'1Lf

~r;'

D ~

-.,O

J.3"

' ;o

:fs r

Tii

15

' ... ,(

Ja"J

./1;.1

$ .....

.. /lf

Dfo

1'

J,o0

~

No J

:'t.:.O

I(J

J,'3~7~bo

I /3.

~Y.b

b '

!4 jtj:

7

/,o

c tf.

f'}

o (W

I.V

c,"?c

c-rAo

f,3

fJ}::

bo

/416

"

. ~11

'/?0

,f.

f\l

'OfL

W}

,oar~o

,eo~

,r~t:U:O

11.1

~ pe

d,K

(}..,

t;j v

i (f.\f.

t-a~

-AQ.

.r _4

_f) s

ec. .

&S

.. ()O

ti'

No .J

:t.-ovJ

(,

!'tz.

&,o

/.-g~

J4J.7

~

.~J;(()

·1-

aUO'

\ ,a

-!1~

~.{)~

,'Jo'

J4.-

I:t'

J4'ft

l ..

L/3.

>0 -

t ~{

) r:to

<rJ

l-3'11/.~;,o

/.?li7

/.t,0

llltl

:' .tl

\ ; '5

0 +

rJD

£Lov

J l.3

f]/,t,

0 /.3

-<fY

.i.o

iiJ5J

,

trJttf

tW-

Leu-

.U

...r-

.. 2.

5 .t.

f:;-.f

f· he

,./aw

·

--·····-

----

-·-·

····

· -----

....

-'·

····

····

[Q

C

sour

ce:

1/24

/201

1 cj

oh

nso

n@

usg

s.g

ov

Low

Rat

e P

umpi

ng F

orm

s

EUSGS science for a changing world

Century I Caliper log sltJ (,o1


WELL NAME: _..:_fJ-=-5_-_o_~_;_{_· __ Date: __ 'I:_·_-_7_-_Z_o_l...;.l __ _


Location: I fj Do Vtrq)uvO.. aoa.J Project: (!_Ol.Obo(b ~PA.

Well information:

Operators: {r.SSC-(GL-5

watch time: {) 1 0 0 ; :Z.O computer time: !Jtz i) 0 ,· r-:1

Describe measurement point (MP): [DC- - Jl-£... \.ltvtcrrJ tlrF>t Lotft1"'9 Cot/tJ;fl. Depth of well: "'So o ft below MP Height of MP above land surface: 0 , q ~ ft Water level from MP -z. Q I ft @ t>t t.f Z-Depth to bottom of casing: ~ Y ft Nominal diameter ~ inches

Notes on well (water quality, need for PPE, or problem areas: ==============~====~===================~==/DoL. L~ -5", 13

uP 16 -c.r A/IVltN Bo /:laf"'. a.f- TiJIJ L

Starting time of log: Depth Start: 5".13

Ending time of log: 60f3{ Depth End:

Logging speed: Depth Bottom: 30 I. 30 ft Logging direction:

Sampling rate: b. t ()

Round trip error check of depth: .- {) I s t.f f (- should be <2% of the total depth


LoX tt - '7fr, qq. tJ~.3 lorvc,# 3~.tftrrqttr

fo DL ?e/W &D ref

,vew

&.~1 31f)l/.t....

'ft, t,z.~ L../02'7Cf.r"

~ )tl,.-3\-; /D c,PS

r..{o I Cf~ f?OD cPS

I ¥ (J {) v~ (1 I ( r AJ[A_ 12J b /11\.lf z.!eclro tv l c5 3


WELL P5~Dqq Date: '1-ZZJ -z.ott Operators: _$ +a.__v£ co...lJ.c../e.-1/ , _ _,.; Pumping1ate _ gpm atch-time:-. ---t.D~&B"-'flf:{'7-8H4t'EJ::r-~· ----------......::...;___-----;_.._ __ _ Height ofMP C>. Cl5 4 computer time: O'itt{S ( b

These data are used to compute the open hole specific capacity. With additional programs you dn calculate the open hole transmissivity. (see Bradbury and Rothschild, 1985)

Pump set at Th ft below MP Note any observations in the discharged water: smell, turbidity, color... A

Be sure to note when the pump was turned on, changes in pumping rate, pump off, et~ . . Thes~~ data along with fluid temp and resistivity data collected after pumping may help in the/Interpretation the flow meter data and the hydraulics of the borehole . . ~~-

Watch ,_time

-~.0;

•

~90 0 .t:Cf,D3 CJII

water level

~4,1;;! 31.47 31.4 7

drawdown Discharge rate measurement · rate vol (g?il) time (s) Q (gpm)

II I 44 .v

MP=measunng po1nt* dd:::: drawdown, Q=dlscharge (or injection rate), val= volume

..<' •l I /('{)ff

We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of th~ pumping. Tha.t is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:


Comments:

r

HPFM_and_Q-test2.xls [email protected] 2/24/2011

.. _________ r

.. ··· ..

-&~~~w

~ ·.:a

··.·.:::.

:. ·~

i .:;

! ..

'·~

HP

FM "~TE" P

UM

PIN

G

NW

IS 1

5-di

git i

d. (

c1):

D

ate

_± I

20

I zc

. l l

Wel

l: P.-

5'-{)

q'j

Too

l ser

ial ~o

. 3 I 1

)(.

Ope

rato

rs:

(.;JS

C:.

(t;"t.

S

Des

crib

e M

P:

'foP

o+ f

i}Lur

o/rJu

un L

llc.k

. CaQ

aA

Pum

p se

t at3

",S

'fee

t T

OC

-f\\P

i W

atch

tim

e:

(.) 8

'3'1

tfr::

, P

um

pin

g R

ate

gal/m

in

?~ s

,\?>,

ff

'Jo z

A(

WL

at s

tart

of H

PFM

Z

if.t

/2-

at o

~_s-

g C

om

pu

ter t

ime:

t)&

-Si <

fo

WL

at e

nd o

f HP

FM

5

3.

S"'.b

at

/3c.f

D .

Pum

p S

tart

ed

oq

OZ..

.. In

itial

Wat

er L

evel

~

feet

P

ump

Sto

pp

ed

I 3

~~I

ll in

WL

du

rin

g te

st

1

ft

WL

aft

er t

est

: at

~'rJ" &

4 1

()>Z:

>£53

1

Flu

id R

es.

& T

emp:

ye

s '·

" or

no

R

nd-tr

ip d

epth

erro

r: D

, Z.

'--

• ft

F

low

Rat

e {in

ga

llon

s p

er

min

) D

epth

F

low

N

ote

dir

ect

ion

wit

h

-o

r +

D

iff.

in

Not

es -

incl

ud

e in

terp

reta

tion

(i

n fe

et)

Dir

ect

ion

.

___ o

r w

ith_

up o

r d

ow

n a

rro

w

Tim

e:

flo

w ra

te

(see

bel

ow)

1/l

.so

'-

)..-

/ f'i

\u \ ·f

.p le.

.h (e

s Ou

c,~c

:; ~ol ,~

,_j

D~~~

.-·.: .·•

/ ...

.: '

..

L/1.~3

~

0.~8

-;-1

' -~ ·~o

6'73

3l

L-/ )

. )b

'--f-

J O

.f5D

b 1

.~~~

.LO

·~%-

o<lS

, oc

ttfl!

(,

'2. •

t)O

I...J.

./ '6<

!>1

1'"

1bZ~

s--,6~

C)Cf

\7"

0:

3

e:.s-~

oo

\f

67~9 t

o1

-sY-;;

'[ (J.

,7ZY

;;?.o

17

~Uf£

J 0'

!5-6

ch

G.n

.fieJ

. +rw

ce..

ferth

}{_

1-o ;

}_Os

r!!.c.

c.s.

~O ~

o g

to·-

t. 6

~o"'4C ,7J>~a ,7

!f4

o

/!30~

v

'7/

crO

{) ~

ob

30

1"

,h

1-cy

[f)7

J GZ~

• l..

w.

;t'tJ

;f"

12-

boo

'-V

D

G.

:SO 1

' ~b

~~r:

J:)

,t$_/

('OC

) 10

07:

: '7

t/. r;"

0 ~

,){ s

.Q

A

1-

. ~;;.~~ ,?

AYf:9

G

;oo

r l.

79

,0fY

w

";

22

a

t ;p~~ .,2

1~/S

' .,

2a%

0 /t

J( ;

,

~2.00 ~

"2,3

i)L

t

."J.

,17A

:oe

,;P

-%,/

o .J

J}'j,

otJ

/0/$

9 5"

6l9D

v

(> )7

:7"

1' .n

7A.s

-o .

J'7

0s;;

" /0

17

-

.,'(}7

,. 5

0 '*'

Mo

;=:to

i) j,

;(~:

Y.;;

g.

}'1")

1"

I ~"U

/0/9

&

lvrrJ

e.rJ

fu Lf

.lJ s

z; T

e..Ar:.E

-LeJ

·'VU

~.

•.• ;

::.0

..

.. 0

. •.:

> • {:

(,I}

: :, :

:1 Df

..~o

'+--'"

N()

A ov

-\ I.

34Y

.t.o

(;;'

!%-

·~o

j-D3b

ae

7 •

• I D

1 I ~0

'-!

--"'

· fJO

f(,

U;t)

r.

~<fY

.t.o

'·

~:Kt

.l)

/()3

{,

~~""

) oo

r . .

~Jl4

,D!)

~

. NO

r;Lov

J . I

•3q-

r;;to

{.

?)cr

y,/,

D

lL} t~ r

0("

"

:; . 1

2.-i ,

1)0

'-!

--'

NO F

!.ouJ

I

'<>Cf

'Z_,..

/,3'fV

,'t,o

{O

'-f'b

G

f c ~

/ ..

t)

.I'.~

.,; t .!:R

emem

be( t

o r

eco

rd t

he

ca

libra

tio

n v

alu

es

of t

he

flo

wm

ete

r. Y

ou c

an d

o a

scre

en g

rab

of t

he c

alib

ratio

n pa

ge o

n M

sHea

t or

reco

rd v

alue

s.

:tra

nsi

en

t flo

w m

eans

tha

t the

flo

w ra

te is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

ras

pons

e to

the

effe

cts

of t

ool mo

vem~

nt,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

.

Late

-tim

e fl

ow

mea

ns t

hat t

he h

eatp

ulse

has

arr

ived

afte

r the

GP

, bu

t the

com

pute

r ha

s pi

cked

the

GP

. Be sur~ to

not

e th

is o

ccur

renc

e!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earli

er m

easu

rem

ent

um

ore

lla m

ark

s: in

dica

te t

he w

ay t

hat t

he d

iver

ters

wer

e se

t ·I

t may

hel

p w

ith t

he ln

terp

reta

titon

of t

he d

ata.

~for an

ticip

ated

upf

low

and

~for do

wnf

low

· so

urce

: 1/

24/2

011

cjoh

nson

@us

gs.g

ov

l

Low

Rat

e P

umpi

ng Fo~

ms

(

. • ' j ! i '

. _C

ontin

uatio

n o

f HP

FM t

est u

nder

co

m;lj

tions

W

ell N

ame:

P.

7-D'

=f'1

Dat

e _'

I_ I

"2iJ

I z_

.tJ l

l .

-·

. D

eptn

I"'

lOW

F

low

Rat

e (i

n g

allo

ns

pe

r min

) .

Ti~e

l U

ITT.

m

N

otes

-m

clu

de

mte

rpre

tatio

n, w

l, et

c.

(in

feet

) D

ire

ctio

n

Not

e dir~ction

wit

h

-o

r +

fl

ow

rate

(s

ee

be

low

).

-.

..

I -; :

z-. S'

1>

._,.,.,

. i0o

r,;u

k .. J

1,'3

'iY,6

o I .

!.''!

!{._I

. D

JD~'-/:

4f'

I

'2., 4

.s-' 6

'-

I..J

1\

)D ~I.

Dt.J

! ,

3''1

'7/.

M

,, 3c

tY,;,

o.

uoal

~f

i ~--

-~-.

so "

-V

t\)(

) j:;

l...i)

v.)

/.3

fi7

.4o

/,397~/J.

nos:

1'-

l·D. ~

7) '-

V

No

FL01

21 1

13q1

,-:(0

JQJ

y'J,-::

G /l

iD i

I r

-6.~

0 lf

NO

f'c.V

\J l·~

q'"']

.4o ~-a~D

•~'

ab

{t

l7i

1 b?.

~D\.

..J/

~oa~

. ':'".

OJ."!J

l3;j_~

-:-,r

raY/

3,75

11~7

I 7s.

s-'0

'-1)

I~?

!=LO

u -

h.

/371

/.G'O

J,3

q1/.t

o /1

33

* ~ttt>3

.s-o

'¥

~O

J()

1'

o olD

A.'3.

o .,o

%.tn

:i'

J!3

l #-

-s~J

ld ~

.b.PJ!.,.n \

~ s

. oo

1 C6i,

!f"o

y • o

Ia

1.

•Dl~

q('

~.

2..

r/)%

,4(

/'11~

.,9;;;

.. o

tJy

[\)o

Flo

uJ

l ?i:<

r.. '.

.r:

",6o

lr

3'1_

J{0

i I 1~

"2-

GP

cl f)

q I.

:$ ()

'-t-J

d,ol

l"'\

.ell

!/,~

~~

./::

:>)

• u

,t')%1.~{1

f.t.£>~

t:J,';J

rD. :

5o...P

·o,D

C!

"f'-u6

a;1,

g, 1-

"

. .?:.

\:)

.o~~~-il

. .>

··.:i

\. , 7

--¥ i>

Z-

3 6.

oD'-

V N

OfJ

ouJ

I·2.·1J

·<to

I 1.3

Ci;(

60

!?r'

ii 0P

"2

L/ .1.~

'+"

l'JO

(.-lO

LJ

J "'(

•"1

·' \.,~,.,.

~ .,

.. ~

4~ ~

l ,3<tY

.6b

I ~z_

'+f

·"" p

\::.:>

,Jo

fl:o

&J

(,)

tj%

J

·C.y,."

I

Cr

2<

) I.

DO

~

.vo

f:

; ~

. ,,b

¢

I Z"G

.. <:(,

-z-~·s

::. m

\.f/

...,..1

\. tJ ,D\~

. .~t%,&r" ~!>1%-

. .c.€

.>.;.

;;;

. IZ

3t

l.<;"

".ff-

Z 1Y

.o6

;-+

-( f\J

b ~LDuJ

l.:A

Y, 6Q

1·

3~()

tz

~j

W 11

vc.h

Nor

hol

ll; i'J

c, -

s/, p

f_eJ

, for

ar..q

kf bt

Jc 2

'7 <=

f. Of!)

\fl

· /iO .. n

..iJ [

J}

/.J'i7

do

/.

$!Y

,6o

:··.,

J3e~

./

ku

p

Z6

o.w

'f/

)J

fl. f:

JDCV

J,

7>q]

(0?J

//

J9]d

'o

I .SI

Q.

266.~0

'V

jl/tJ

~L O

{J}

.f~3

'rX"

6D·

J,Y

;Y,6

a ..

l:

S!I

( -z

,q I

• 0 ()

'f .

oO/ ~ 1

' ,D

J1d'

$.f.S

, or~

-;,.s:

s., 65

tO/~~

13ci

t8'

z.'1

3.oo

r

. ·q>

01

s: 1

' ,o

10J.

.!O

,o

'.J'i3

.D'O

13

5:3,

i I i

I ! i ! i I

--··· -------

--------··

··-------~-------------·····-

--

--

I.

--

······--

'-~

........ -

J -

-----

------------~------~-

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

Lo

w R

ate

Pum

ping

For

ms

'..::·

. .. .

.. ..

. --

---·

· ·-

----

--·-

···-

-----·-

--·-

.....

-

EUS scienc;e for a changing world "5/1\J gg-~ Century I Combo tool log Tool serial number: 8043a

WELL NAME: _ _:.f...::::5_-6_9_9 __ _


Location:

Project:

I ~oo 1h1qJ/11~v. !2J f!ox:~oro FfA

Date: __ '-/:,.__-_2-_D_--_z_o_f_l_

Operators: uv5G /Fl-5

watch time: tt/: Df/:zt, computer time: z: {)IT.'?'/ PI!-\


Well information: /: · L Describe mea~urement point (MP): I 0 C • 4lviVl.tf\JcJn, l OC-r.. Col/cue Depth of well: 3 0 D ft below land surface Height of MP above land surface: .6 , dJ ,..- ft Water level from MP ;:;;:__~2:!-'1~ • ...:lr.J...,.. -'1-ft @ 135;'1 Depth to bottom of casing: t, t.:/ ft ·Nominal diameter 6 · inches

Notes on well (water quality, need for PPE, or problem areas: 1

~~L .. terfA rt.r · . P~CJ '"" I =-t:i-~tY'-

Top of tool zeroed to land surface: ~check) E-log mud-probe grounded: [ff{check)

. -------·-·------=L=og Down _______________ -----------· Log Up --~~~--------------------------------- ----

Start time of log' (l/ 0 fl Slart time of log,---v

End time of log: I l/3 if End time of log: v c I etv-'\ rsz( I --~-/ . /1

Logging speed: ..,.... ' ~ "'f!nlN Logging speed:_.~ __ ' __

Bc:>Hof\1\. Ti>Ot.- ---------------------------------------------------------------------------~--------------------.: ___ , {.~t>./1· Depth Start: 0. oo ToP of.TDcH..- Depth Bottom: 3tJI;if>b . ' ;/::: a . ... Top o.f mot.. . :,:•"

?JO 1 :oo . Depth End! z. 7 §, S D Sampling rate: 0. I 0

Round trip error check of depth: - j)' '2~ .¢1-' should be <2% of the total depth

Note anyfroblems or points of interest: .. . 75lottJe ~ zq .C·t -..:;,. t,?./ R- of r!C!.'GJJt.co -h:r T~~~.o. :5-frur-·f.l-.~.~

{8) >&.t./-..f-.1- 1/'V ~~·f+lf'!ll!N ...- < ' ' •

."".f!)~Oec....f- !AJ'll\l Lt-. f\Mll111-; fi.J',::J/.11'./LI M,, / 5r?.n) U ,/,"1),".':. , . '-611'frfi · A..dd-uo:11i..D - )2.-.• '7 -- u fJtt.D ..,_tt:/-_l'ffinll-:..; : ilJf>tr C-Da'<iftdur.l-:1/'~

• .y ,.,..

I q f 2.. Hvlc.~ (2d ~ - '7<6-. 9'-/lf

Lt>N6:tt 34. t./-1 ~b



WELL NAME: _J-P....!:!:s_ ..... _..!_,-=-D_o __ _

NWIS 15-digit id: ___ _:_.. ___ _

Location: 11/ Z /}~l~ f'lbo.J. Project:

Tool serial number: -5{r;:,5a?tjl

Date: __ -s_-2_._2_-_Z_o_l f_

Operators: W'.S L / t;' L.S

I r-()2 -d watch time: .S j 1

computer time: {Co2- 3/

Geophysical log reference: measuring pt or l_and surface

Well information; . Describe measurement point (MP): JC,c - /1-lvrv\\ NU f\1\ l,oc}?. l.'oUQ-1\ Depth of well: . It/ Z..·:·: ft below land surface Height of MP above land surface: I • 0. ft Water level from MP 2~ ~~ ft @ It/ S'"'~ Depth to bottom of casing: :21 ft Nominal diameter & inches


7> ,:uere-11114 L .LPJ1A11 -! :-J.?..Il 1 II~ , J ;J})J.J.f)tJ .aMd. f-'k~e.l dM:f IJM.(~M.& ~ tJO.~lil\iti "> . . Df/Jf1-. . -· . . . .. .

Top of tool zeroed to land surface: ~eck) 7t>P ?>{(iJ()r. ----------_-_----_----_---~--t~rti·~~~ti·;e.of-log: ===!.f-::;;:5:t/:z:22::::3:2::=::=====----Deptb-Star.t· . 6 ~ /) D- ft

Is_., I? Ending time of log: _ _;_:=-..;r:_?-____ Depth End: - • 2-D ft

Logging speed: il> Logging direction: ....:.U_;_P __

Sampling rate: , JD


2-pt Calibration: Point 1: G. 31b inch

<!:: /--:r··../ Point2: e:;,o¥:::; inch

Depth Bottom: Jt/J.B7tt

-()."""_ V<..J should be <2% of the total depth

bJjf£>;'-4! Cps·. . 3 I 3 "11,., Z- ::<- f aa z:>q-t:fO,f::,it

(JJ-4.)) (t;u:f

[lj 2-- r b etlft.. _ 31 1 ~({\)b

E SGS science for a changing world t.?'N fj&'"b Century I Combo tool log Tool serial number:· 8043a ./

WELL NAME: ---'f5'---... _l_D_O ___ _


Location: / '11 2.- tfoli·().l)(. fllJ Project: f2oxhoro f3 PJ!l

Date: '3 - 2-"2- 2 (){I

Operators: uJSc../et..5

watch time: IS'" if 7 17 lib¢ computer time: I (lf7 I 7


Well information: Describe measurement point (MP): roc .. A-t.v!Vl/ ,Jt)~ Lod. thtltvl Depth of well:· I tf-2 ft below land surface Height of MP above land surface: J.D ft Water level from MP . :?5'.~ ft @ I tf!'"s:' Depth to bottom of casing: . .39 ft Nominal diameter b inches


Top of tool zeroed to land surface: cz('(check)

----------ilog.mud=pr.obe..gr.our.Jded~· ··_idi(check)_· __ -_ ... _ .. _-.. ----------------------'---_ .. _____ .. _--_--_-_

Log Down Log Up

Start time of log: l~f'-1 Start time of log: 1 tori r/' End time of log: fj,oJ End time of log:

I? lB . c/I!CIM- 5ef ujJ

Logging speed: 15_ Logging speed: 15 __ rof·root o.o -~~~~~-~;~~~--;;-.-~o--!;~;:;:~-b"~---------~~~;h·;~;~~~-T¥3-.~0i---------------------·

/3S.S I Depth End: ,/l/-3. Dl Sampling rate: • I D

Round trip error check of depth: --. 18 -0- should be <2% of the total depth

Note any problems or points of interest: . 5ToHifl> · IDP of wst & z.~ zl.fi· e9 f.rs6 -15:"0


WELL NAME: __ P..::...S_,_l_O_o __ _

NWIS 15-digit'id: ---------

Location: 1'1. I Z- Hal1bx,/£J Project: lo V bDfo EI~A-Geophysical log reference: measuring pt or land surface

Well information:

Tool serial number:

Date: _ _,3~~-=2:....2;:__-..:...2-_D_(..:...f __

Operators:--=6J=--.:.S_t-+/...::f....:L:::...:5:::___

watch time: / b l/ B ~3l> computertime: ~~~/BZ'f

. Des~ribe measurement point (MP): JDC. ~ Al.Ufl?.ff')Um l.t)c..ft Lol}a_.r/ Depth of well: I£/ b ft below land surface Height of MP above land surface: I,/) ft Water level from MP 2-5".BR ft @ !l/.((.:' (time) Depth to bottom of casing: / 8:=} ft Nominal diameter V"' inches

Notes on Well (water quality,need for PPE, or problem areas:

Starting time of log:

Ending time of log:


-:::';: c;{ (<B ft/min)

~ Round trip error_ ~~eck of depth: o .o(o .C-+ should be <2% of the total depth

24:88 @) t139 elose oo+ n~


in dark rocks choose a higher light intensity- 8 -10. 2. Prior to actual data collection you can do the real-time mode data collection as a check.

Be sure to record the depth before you start the time drive!l

RP (bottom of tape)

j.D ?f Top ofTool

-,

t} l~r6t /t'f/ i'

I /, 3

ltfJ;.~t> , .r•

A·nth~.e~t "l

Century I Combo tool log Tool serial number:

WELL NAME: _......,0'-'-~r~)-'"'_I_D_() ___ _


Date: f -2D- ZDll

Operators: f..,JS.t:- frL 5 t

Location:.---l.f...:.q..:..:/ Z.=---'ft,.!...!fl:-!..!1-~l..:..P~A:,'(~~-=---Project: {lry;cbfo ~fA

watch time: / s":.SD : t/ { computer time: 3 ; S:D ;3Cf .pG""\.

Well information: Describe measurement point (MP): -[bc_- 4i.tJn"\.ti-JrJ;t.,_ ib<:..k,. C.::li..{t).-"'1 Depth of well: ) i/ &- ft below MP Height of MP above la_n_,d-s-urf"""""a"""'c'-e-'-: =--,-_-D ____ ft Water level from MP z.c./. bo ft @ Depth to bottom of casing: "g9 ft Nominal diameter ;;., inches


Log Down Log Up

Start time of log: f ':{' 3 Z-- Start time of log: • , 1 .• /

r l A ?.. y ,~·le:ci·ru ttt/ Ell End time of log: /.:> u ..::> End .time of log: {...- '

Logging speed: ·-,;;::- r_s--qf,r.;:; :v .... _. _____ Logging speed: 1-~ . '·

-~:~~-~;~~~---;;~-;;-o---nr~~-;-o-~~-----~;~;~-~~;~~~--T'l3-:e;7--------------------·

Depth End: I 7>S.. SD lDf Dt.2f!.loi..- Sampling rate: 0, I b

Round trip error check of depth: _ {). D3 ,?r should be <2% of the total depth

Note any problems or points of interest: 5tOPPt?JJ TDP ~ tDOL c.k 39 .3r; !+-@ L\3>~ fc, Pcitad ... r:: ·· UX:::. {\;1 d.ri 'PaJ.&~· •

,,

HP

FM A

MB

IEN

T

Wel

l N

ame:

~?

~I D

D To

ol s

eria

l no.

3

I 0 .6

O

pera

tors

:! W

6L-/ E

! /_ :5

2..

. ; 'N

WIS

15-

digi

t id.

(c1

): _

__

__

_

Dat

e L/-

I ZZ

) I Z

.Ol I

In

itial

Wat

er L

evel

2

t./ ·

b O

ft b

elo

w M

P

Tim

e

· l {

' : Z

I

Des

crib

e M

P:

/6(.

r A-

lvJ\1

1.11

\hJm

!,o

c.lt..

CbJit

vi F

or N

WIS

arc

hivi

ng,

log

type

and

seq

uent

ial n

o .

tv-J

3.\ €;

• H

t of M

P a

bo

ve L

S:

. /,l

) !

Hea

t-p

uls

e fl

ow

met

er:

HF

__

~1\J

-;,;t

b _R

nd-tr

ip de

pth

~rror:

. 0 .

O'Z

-ft a

bove

/b/e

low

MP

wat

ch t

ime:

f 0

· Dg.

. 5" 0

\ 'f

lt$e~

com

pu

ter

tim

e: L

f: o

g: 5

o P"

'l·.

· F

low

Rat

e (in

gal

lon

s p

er m

in)

Dep

th

Flo

w

No

te d

irec

tio

n w

ith

-

or

+

.Diff

. in

N

ote

s •

incl

ud

e in

terp

reta

tio

n

(in

fee

t)

Dir

ecti

on

9

r w

ith

up

or

do

wn

arr

ow

T

ime

· fl

ow

rat

e (s

ee b

elo

w)

llf/.D

O

'--l

-/

J\\?

flD

1)

l•3>

:,K'6

o /.:

:.%

,lloC

> ;&~~I

I

J~q.(o ~ ~0

10 "r

P~

l,b5

·~~o%.os-

/0'2

.-71

i

13b.~O

,+

/l}

fJ (

LO

w ,o

o~o.

D-o

,eo%

.(}o

lb34

1 i

{31)

,5!0

~\

1

AIO

fLow

~%

,~5t

&_ao

IG

-911

Q

.,;..:

Ir.

D

'

~~ .:

12.<7

, 0~

rb IN

DtlV

\.v J

,!;1

Jjo

8 , "

?ll);

i 0

l6·4.q

I

I .

!

/2. ']

. $" 0

"-

!../

rJD

~Lo

(;J

1 · :H

14o

}.3/tY

,'t,o

l£5

sl

l

Pa..~j~ ~owe-re\ b

o..c..b.

. d£J

t,.J

"')

i

1·~5'' )0

~ .....

.. /N

DFl

vc.)

l,~l

{Y,t

.o

i.;ct

yt. 0

I

•"'

116~

I

IZ2L

DD

~

!J)D

A,b

e.J.

I.

:>"'~

'Y.bo

{;se

ru{)

) ll

'-1 !

..

/l'f

_oo

~

;JD

Flv~J

n _,_]~

• t ~'1

~ ,i:C

> r~ ·~AY,~o

I 7 z_

l) I

111.

o'2.~

;J v

{:i,

o~-J

I.

3Gty

,· ,,

:.tty

,bl)

1/Z-~1

.

. 'rp

a

IJ~~oo~

ND

FLo

vJ

1 '3 :.Y

,bo

[,:?

/i~£

1 ti

~Bi

II 3

. 0 o

,.-

+--..

No

!5Lo

uJ {.

~ybo

[,

:,:Y

bO

' )/3~

/II

,o'->

r-

1-.

f\JD

p~O

t,J

1-"3o

/ .~.!)

l. ~'

1"1/

/,

&o

11

311

/o7,oo~

ND

H!J

W

(. ~Y

l7;;

, /.

"'~

li

5't}

(;f.

o 17

t.fo

I /~ 3

/56

/I'.

~o ~iovJ

/.:liJ

{_t,(

) f,:

JC!?

/.(;.o

1 7

'-!'-/ I

11

.5 ~

tv6 ~LoJ J

.'31i

Y.6

()

,, 3C

rJ:b

() V7

'-tol

(*

chec

k th

e tim

e on

the

co

mp

ute

r and

cha

nge

if n

eces

sary

so

tha

t tim

e ta

gged

dat

a m

atch

es th

e fie

ld n

otes

.)

! g

p,

glitc

h p

ick

Is t

he r

eadi

ng t

ha

t)s

auto

mat

ical

ly p

icke

d in

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

ea

ns

no

me~su

reable

flow

.

. .

. !

tra

nsi

en

t flo

w m

ea

ns

tha

t the

flo

w ra

te Is

cha

ngin

g, t

ypic

ally

It o

ccur

s in

res

pons

e to

the

eff

ects

of t

ool m

ove

me

nt w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

.

La

te-t

ime

flo

w m

eans

tlia

t the

hea

tpul

se h

as a

rriv

ed a

fte

r the

GP

, b

ut t

he c

ompu

ter h

as p

icke

d th

e G

P.

Be

sur

e tJ

not

e th

is o

ccur

renc

e!

· ch

eck

me

asu

rem

en

t ind

icat

es t

ha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earl

ier m

e~surement.

.

um

bre

lla m

ark

s: in

dica

te t

he

wa

y th

at t

he d

iver

ters

wer

e se

t -

It m

ay

help

with

the

inte

rpre

tatlt

on o

f the

da

ta

I ,..

-t--..

for

an

tici

pa

ted

up

flo

w a

nd

~

for

dow

nflo

w

! so

urce

: 1/

24/2

011

cjoh

nson

@us

gs.g

ov

l A

mb

ien

t Con

ditio

ns F

orm

s

_..!.,

____

____

____

____

____

___

-·..

··-----

--·-

..... --

·-.. _

___ .}

Co

ntin

ua

tion

of H

PF

M te

st u

nd

er

am

bie

nt c

on

diti

on

s

Wel

l Nam

e: P5

.., I 0

°

. Da~

~~:tf

I zo

I 2

0 t

I

Dep

th

(in

feet

)

q b

. So

_,.-

1,

CJo.~ /"

-B

g,S

[)

,......-

~-...

8£.~0

tt

AD

·DO

t

7St~o

1 !?

.oo

1

1~-1

-.sa

~--

r"'J/o

tJD

·.t

61.,

0()

r]-.

60

"' (

)()

tp

(p 3

~ 0

{)

"'""

51 .s

o

>j"

'5'/.

so ~

52

. D 0

_,.-+

-..

'-F1

~~o ~

t/l ..

DO ~

tj z,.

ov

;::h

\ 6'1

}60

~

-:;g.

s-'o

_,...-

4,

"3,,'5

~

Flo

w R

ate

(in g

allo

ns

pe

r min

) F

low

I

Not

e d

ire

ctio

n w

ith

-

or

+

Dir

ectio

n o

r w

ith u

p o

r d

ow

n a

rro

w

JVD V

LDvJ

ll,

o("~

o l1 •

"5'1

~o

NO ~lu

vj li

·g9Y.i

:ll) lf.

'3""!}

(6~

No .y

;'~.-o

t.JIJ,3 ~oiD%~

I!Vo +=

'LtM

ia.~

~op.

~x6~

NO

fUJi

J) I

I .3'1~ !J

.{Cf;d

_o

['\0

~LOI

JJ I\

·1''tv

.f1D

I! ,·~o.y,b'O

NO r

.:t.

..ow

ll':

S~o I

E·.?

.~

Alt9

f:t.O

{J} II

.. ~q~ II,~.

AI o (.L

fiw ll

, 3'1

J.ao

I'· 3%

' 0 . ,N

ro fU

Hv

11·s%

o l1

·31.Jj

'o A}

fJ F'I

OwL'·

~~~

l.3C

i~6o

;vo

ft-lJ

fJ/ l1

.3P£o

!13'!

)-{C;

o Nf

\ ~1.-

o(J.ll

k3 o

/.bo

I i

,:,"~tD

qJO~lovJ l

f,"3q

%o

li,3f

tX'bo

/Jb

r:ltt

J ll \

~Ci'

0o p

.~&t

}(bo

NO ~L

ov-ll

1 a'tY

,ku I ~.

?.~%

o -.o

6q,v

I""'

,D_%?

;.l?l.

...-·

6 ~1.e.~

rJDfU

>I;.J

I'· Y

':Y,6o

lf,ll

<l"i"Y

.'0o

i\J6 -

j;[t~.

;J 1-1

• "f>l:tJ

!bi>-1

r.-~

''Y.

t o

jJo

r:wttJ

1 ~ .Y

-fY.t-o

-rr.m

/.6D

fJD r

:z~w t.~

~%D

t.3~}(~o

sou

rce

: 1/

24/2

011

cjo

hn

son

@u

sgs.

go

v

I pif

f.

in

Tim

e 'lo

w ra

te

r-1~(

115'

~ ;q

{'?J

II l·t6

o.3

II I 2

>1> 2

I I

·

\<61

3 II

\~ 1

% II

I'E.:?

l \~~4

\23

0

. I gz

;z.

I B3s

-:

/~37

l'Sif

3·

Jfbt

l.·1

185'1

.

r055

' 1c

:ro1

lcto

( I '

1t3

!C

ff}

Not

es -

incl

ud

e in

terp

reta

tion,

wl,

etc.

(s

ee b

elow

}

··---.

!J'f~~-..

Jr ?lo

<..J

/;JQo

J.e.. .

..!; ?

lo ~-~

1

fr}Q

Q,d!

!,-~

?L;,

,.J

,_r~-;

:00'1 A

mb

ien

t C

on

diti

on

s F

orm

s

s q;J 'ff'b ~u ~. science for a changing world


WELL NAME: __ f_'J_--'-/_O_O __ _ 7---(2.-Z.{)fl Date:---------

NWIS 15-digitid: --------

Location: I q I '2. lfo.J+o1(, f2.6aJ Operators:_W=----=-S-=-t.---J.,/~B;TwM__:__

() C-' ICi- 2Cf

~>thoc6 EPA watch time: o , l • computer time: o&:: 11:2 '1 Project:

Well information:

Describe measurement point (M.:...,Pt.::.,): ,---__:...,"{j_D_C,..-...:.___· _A_:_L-=.-V..:.flA-:.:.:..:.1 tJ:...:tJ:..:.i'_"~--=.[...:.v..:::c~. k.:...:-·· -=C=o::::..l::.::.l~_ Depth of well: ) L-f 2_ ft below MP Height of MP above land surface: I . 6 ft Water level from MP z_if.'J I ft @ Depth to bottom of casing: __ .:::3::_'j.JL_ ___ ft Nominal diameter "' inches


Log Down

Start time of log: () B IV End time of log: !) '6 Zh

Logging speed: v-- \ S"' .f+~;"' I

[t)DL L.eMtfb. 7.S-"4-IDS01Sce

Start time of log:-'-. __ _

End time of log:. ___ _

Logging speed: ___ _

I oP 1/}IJ L ------------------------------------------------------------------------------------------------------· Depth Start: I, )6 8oifoM h, ~$lf. Depth Bottom: It/? • 87

o.D f 3~ $"" { Depth End: fl/3. b f & lfofl, 18 _;e11.Sl)&e. Sampling rate: 0. I D

Round trip error check of depth: - 0. 2 Z ?f- should be <2% of the total depth


I

HP

FM

AM

BIE

NT

W

ell

Na

me

: f~

--1 ()

0 -..,-

. T

ool s

eria

l no.

51

D /o

O

pera

tors

: (r

-6C

/6Y

M

NW

IS 1

5-d

igiti

d.

(c1)

: __

__

_ _

Des

crib

e M

P:

f6L.

. -I!

Ll-\r

'l 1t.-

Ju""

-( <x

J C

o/l()

vl

For

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l no.

\(WV\-~

Dat

e 7

I {7

.--/

;?.O

ll H

t of

MP

ab

ove

LS

: I

. 0

He

at-

pu

lse

flo

wm

ete

r:

HF

__

Init

ial W

ate

r L

eve

l 2

t{. 1

( ft

bel

ow M

P -3.

\~l-

Rnd

-trip

dep

th e

rror:

6 . :3

0 ft

abov

e/be

low

MP

Tim

e D

l.:S

!}

De

pth

F

low

(i

n fe

et)

D

ire

ctio

n

'Z·

1.(

, ,;

; w

atc

h t

ime

: c:

YL (6

:

3&

com

pu

ter

tim

e:{

)'(;

(D;

3 7

Flo

w R

ate

(in

ga

llon

s p

er

min

) N

ote

dir

ect

ion

wit

h

-o

r +

o

r w

ith

up

or

do

wn

arr

ow

T

ime

D

iff.

in

No

tes

-in

clu

de

inte

rpre

tati

on

.f

low

ra

te

(see

be

low

)

/Lf /

.61 -~

. l!/

b /t

I lj /(

?/~

---

,/::'

./\

( {; !!;

{,' .

-6

.. /)'),~f)

. Dfj{

( -

. zl~

i':.

, 0~ 1

'1 c

/6 .

,/ 11 -/-

( J/ ~~u_w l..

Jb. fo

) :.:;

o

ltv{ c

.;;., •

. ,._~ .r

. --

--T1

.0at,.-

-:,...,

/7:/1

sO ~

.t·lc

;1'

. () ')

{, ·,

/

t :'·

.\

oDI.%

_...

?.7

) o

13

5"'

/36.

5/ ~

, bO~ 1'

.o

o'cf

( I'

' .-

0

,oo)

2{ _

.. .. ?·1

.\

.oo%

/:"

o1

tf1

/'

"''

I(.)

!'

i 3r.

'0 ~

f\:0

r:Lo<

.. J

,rSoe

x/;.

,r I,

f..J

. r..

:.vf';r

< /

E/ -.

) [/

) 0

z._

c,-~

f. L

. -··h

r--P

{o v

.\

/2-LJ

. 00

/~

f'\

Dho

l,..)

,o

b'ty L

(O

.. c;

>C:d

:.>r·

/qD

l t

) l 0

;k

/Z-7

SJ

ffi

0-"-

<;Lo

w

I 'Y

\Y,\9

-\

.t\'\'

Yv

p?o

:;;.

.-\-c.

'v--.

ric\

..

f;r(i

!1\

' ...

... J

~ ..

,!

~ o

J;\0

1,0

1 oo~

/cJo

.o

oyqo

\0

'3'0

k

! 2.l

.Ol A

N

Of[

vvJ

1."3

-'1./.

(o

\,3

4)(

f.,o

1 o

s~

G L

dc.J.

p,(~l

!11.

o/ ~

.D6

8f

.oDX. >&

.zo

.o%

f!

,.{D

_/_

0 r.( (

;,

1/7

,0

\

"" /\

!0\'

Ltt

.-·0

\."!

>"'7. &

o

'-"3/

,- ,r..,o

!O

S"q

6C

.<.f-

cf.-'

P:c./

::..

II fo

' O

l' ~

\.3/,

1-';

'i'''

r-.l

at:

LO

W

.r.o

::;t

o

/ID

"3

(:;,{.

_(..(

c ;:..

, ;? r

'c:. ;

(

!13

I D

O ~

rJ \J

:t'L

6t-

J \-3~- ,(,o

/.

';i

?-··

--':(

rCJ

/11.;2

. b

t. f

c/,

!;z)

:

_[/

l,b

V

;\\

r-1 on

,)\f'.)

\•)~;' .uo

t .-'j

C;-J<

/d

LO

It

lS'

(~f

,·.!-:

_~c. •.

(,:

.. ~~

lb1\

ou A

' r.l

OF~

oW

\

I 7

f'i/

/ ~

,!,r

f)

l. t ·~.

<>;?

;- ,./nO

\\

?-~

bf

I t)3

.')' 0

A\

~~

o \Lo

W

\.~'

;~:'

I f

•

f ;(p

i)

! ' ">"

'?;~,

rJ 1/

J-0

Gf'

!1.s

-6 !

\\

1\\~

\\. D

\J.)

\ .... ;:

;~~,;

' I I

[(10

\ .-.,c

,-{·

.. -

,[ru

\ \

')~

(;.,f

l

(*ch

eck

the

time

on t

he c

ompu

ter

and

chan

ge i

f nec

essa

ry s

o th

at ti

me

tagg

ed d

ata

mat

ches

the

fie

ld n

otes

.)

gp,

glitc

h pi

ck is

the

rea

ding

tha

t is

auto

mat

ical

ly p

icke

d in

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

able

flow

tra

nsi

en

t flo

w m

eans

tha

t the

flo

w r

ate

Is c

hang

ing,

typ

ical

ly It

occ

urs

in r

espo

nse

to t

he e

ffect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

.

f L

ate

-tim

e f

low

mea

ns t

hat t

he h

eatp

ulse

has

arr

ived

afte

r th

e G

P,

but t

he c

ompu

ter

has

pick

ed t

he G

P.

Be

sure

to n

ote

this

occ

urre

nce!

che

ck m

ea

sure

me

nt I

ndic

ates

tha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck t

he c

onsi

sten

cy o

f an

earli

er m

easu

rem

ent.

_.r

um

bre

lla m

ark

s: in

dica

te t

he w

ay th

at th

e di

vert

ers

wer

e se

t -

it m

ay h

elp

with

the

inte

rpre

tatit

on o

f the

dat

a ~for a

nti

cip

ate

d u

pfl

ow

an

d ~

for

dow

nflo

w ?,

'--\.1

\ 0-

. ~\

'7/7

'

'

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

A

mbi

ent C

ondi

tions

For

ms

Co

rtin

ua

tio

n o

f H

PF

M t

est

un

de

r a

mb

ien

t co

nd

itio

ns

Wel

l N

ame:

P5

-{6

6

Dat

e 7

I /2

! 2

df/

Flo

w R

ate

(in g

allo

ns

per m

in)

-Dep

th

I Flo

w I

No

te d

irec

tio

n w

ith

-

or

+

( in

fee

t)

Dir

ecti

on

o

r w

ith

up

or

do

wn

arr

ow

T

ime

Dif

f.

in I

No

tes

-in

clu

de

inte

rpre

tati

on

, wl,

etc.

fl

ow

rat

e (s

ee b

elo

w)

90

, lc

z J\

I N

b f\o

vJI 1

'":Jc

tlj,&

o jt

·3%

o I

I I

l HO

6

P

. .J...

I

I h~"i-?

I l.::

:ff7

, CJ

D .s-

o rq

t.f

l} F

Lo

w

~ &

o

/;' c

...d

_

I H

'-IS

,?.

., p

0 0

r-:

.h.

I I \

;?,"-17 /

I \ .:,"

''?.r·

I I

I ..

,--h

O

o·'

=>

O

1'\

i\

\Dtl

b.~

•l..

,O

~/.d)

11 ·~v

G(

0 ~.) 0

~

I ~o 1

l!J'I

NI

1 ':,"1

'J,d

r '7>'7

/,&d

I I J

l e;L

( bP

'31

.)L

~~ N

LlflOv~ I·~ 1t

·34};J

:o I

I I/2-0~

cf

<{ {)

j)

o A

I N

O F{

t)&JI

1 1?fi

}:t~6

l1 ·3").

i'o I

I ll Z

l r;--

C.f

78.r:

-t A

I N

O fLo

vJ ~~~~tt~o 1

1 •3 C

(~c

I .

. I

I!Z

Z-6

C

f 7

/.tJ

O A

INa

_FLLJ(

;)I1 '3 ~

oJ

1 ·$ct~ol

I 1

12

21

I

IGP

·/f.~oA

lo0o

FLov

-~IL

J2!J

f611 ·

~K~.~-'--

I lrz

.'3

I IG

P

I /,

oo

~ IJ

JbFL

o~l1 •3 /

?6'o

p;.;;.q

_};fo

o I

---~~

IL~_

3]

I· IG

F 6

1. w

~ I f\

Joft~c

) I" ~%

o I"

:AJ;'

6o I

I ltz

if L

I I 0

P

&, 6

,. OD

A

I NO

rla..Jl

'·54 Y

tQ 1

1 ·-"l.i

{,o I

I II z

_t/~

I 10

P

6 ~

, v o

.~

{1\}6

HO

ttJ 1

. ~<1

Jin

J~~erJio

JZ)O

.

b f

5 ·J

.S'o

/1 \

!do

rlm;J

'-3~}

{o

1 o:/t

x~tJ

/zC

t.f

b P

c; tf,

~f)

_.-f-.

.. I tJ

{) {/

!)c)

It :·S~o

11 · Y

( Ji D

I

I I I

Z;; (

5 I

I b f

r;z.o

o ~

IJVo

fla) 1~

·~}1

p !f

.~J(

bo I

I

LL3'

P3

I IG

P L/

Cf.S

6 ~

IN2J

r-lv&J

I1 '"Yi'Y

.6o

lf·7ti'Y

r.o I

I

IL5

o6

I

_I G

l--'

L/~,pQ~If\b&'oul{.;;q·~ojl:7fY,,t)

l I

l!7

ro

I IG

f tjz

_. ,b

o ~

IND

flouJ

jl

· Yi~o lt.

'!!q}

io I

--.

, I

~-]f3ii/

I I t!

.P

-=?'1

! DO

~

hh ~

hll~

1··0~t/J.

I ; 00~6

It· s~z-~T-

u----=[1~-~

I --

lc3ft_

ot,J;

o ,.v

}l6.

:f.b

1/')._

p .f

L ot.

-0

36

. .s11

~"'

.;JD/i~{)(J

t~ :7C

f'Y.(,6

(.;,1f}~

!7 3¥

C

,P

1

36

.0 ~

[Va.f

Lov-1

r.;

11f6o

{.:

.rryJ,

o f3

'3~

6f

sour

ce:

1/24

/201

1 cj

oh

nso

n@

usg

s.g

ov

Am

bie

nt

Con

ditio

ns F

orm

s

q I f! d lDGff../1 Field form for recording discharge and drawdown data used to compute open hole specific capacity

Date: Pumping-rate-.==·gpm-· Height of MP J, D

Operators: W S L-/ P.:.J~'Y\ ----watch-time. ttf:or · 2~

computer time: 2~: D I: 2 :;· pr.t~


Pump set at 30 ft below MP Note any observations in the discharged water: smell, turbidity, color ...

Be sure to note when the pump was turnecl on, changes in pumping rate, pump off, etr;. These data along with fluid temp and resistivity data collected after pumping may help in the interpretation the flow meter data and the hydraulics of the borehole.

Watch water drawdown Discharge rate measurement time level rate vol (gal) time (s) Q (gpm) Comments:

~~ j_rf-DD ztfr7Cf In..ou "],2-.-f+ badow w5 e>J I t.ft1 2£/. 8t TV26 ~..v-=- 2 <f • ?J- r

(J .. mn rJ>A0 \'-\ -;;l'-\ !l/3Z 2~.6c;:' }()0/)I:AL 1~.7s /f2Dc..t .,_ 2f). G I 1'-llfc.l ;)f:. <.! I obO 1>1£.. \'1 Os. I c;l5.s3 _lL\5, Ll d'::>. ~'> tDWtfiL IS'. d.. c::. ::J).r~

L\rJq 9.S.,5A I Dt:>6 fl/'1 L ~o.l£:.. ,.os,S:r Jsn Js. f<f {c06n1( ;::)o.o ~ [email protected]:/13 ,:)S.55 lDhl""' L .f1,'$; .. ~s;sc;;~_

Js-'3..3 )S,~) lr·n OW' L l'\ ./ c;: .dS.S.'-1

t./lb

JS'-1<; JS.';),:> \PDQ"'L $ 9.~· J'b { lvv.J S.t..,......o..C< ~ () ~ s,.J..vfp.nd SL..f_,..c:Jo;""<:A

;J/(jcff; 1Ss3 )'::,.~ () \, ..... ,-,.('),,.\ :n.-::, a">. LfL/ l'I\U ~" 'i!& t (c,,_, c- H!- </ [..., !~db. ,;t$.9::> t'oco"'(. 9,o,r- ,:Js. tf1 J\u\\;0 ;2S, 5':2 /r))':;,,-r~ r_ J--d. I :J$;'-/1 l{P~I Jc;,. S;;t JOfJDr""L Q D, it? -:JS '-/ (n

Jto'3S _,--S, S.:> looD"" L ;:)_(.), l...f :;l.:S.c.t~ ·,-707 1. '5'_'53 I OOd1111L 20, y 2C '-1'1 1-'73/ 2~.1:>V ID")lH-IIL /R.3 2 ~. 5,9., J(<:;"l -;:J ~u( c( '·I OOC> lr'IL tl.'7 ;;)<.,, (n (')

1"6 DlP ::t::..v~ r..:>e>U'""L n I ;;2~.~8

I lb.?-- I ?.-S,t. 5 loL?b "'l )'6,<; .;15.~"1

~·'h-34 "J<.J/3 f..IA>Dhl L ) <{I~ )S.Si J1f-1.2 8 5, G c.( IObl>ir" L \'6,"5 ..)S s-'1

(urr~ .:I/() J'g'(~

.. MP=measunng pornt, dd= drawdown, Q=dlscharge (or InJection rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:

dd at 0.01 ft in a 6-in hole--> is 0.015 gpm and we can just bearly measure that with the HPFM tool. So dd has to be <0.01ft!min

~~(.f_o...__

HPFM_and_:_Q-test2.xls [email protected] 2/24/2011

I z ;-1-o-tj{#Jt'

i I H

PF

M "

HIP

HE

R R

AT

E"

PU

MP

ING

NWI~ t

5- 11 di

git i

d. (

c1):

i:Zat

e (

.' f<

-f -

z..D

I I

-. 0

. Pu

mp

ipg

Rat

e ga

l/min

~ u

;} -;·

\ P

um

p S

tart

ed

;t{

z.!..

/ 7

· In

itia

l W~t

er L

eve

l ?,/

-/it?/

fee

t® f

L/C

O

7· 1\)

P

um

p S

top

pe

d

!!6

/rl(

) '

. ~

Flu

id Re~

. &

Tem

p:

yes

We

ll:

P7 J

( 0

0 T

ool s

eria

l no.

"3

1 ok

. O

pera

tors

: V.

1 ?c

.-/13

lf"'

\

De

scri

be

MP

: (D

C

-AL

c...

(jv<

(rJU

f\l\

. ro

c\L

jtV

Cf

Cap

-.

-P

um

p s

et a

t ~o

fe

et

Wa

tch

tim

e:

ttf,

t>f,

z.(

W

La

tsta

rto

fHP

FM

2-

~.lo

c;"

at [

l(~-z.

,. C

om

pu

tert

ime

:z:D

(,?

-t.;

; fV

V'

WL

at

end

of H

PF

M

z/{.I

:.Zf

at /?

? 'Z

--·

b. i

n W

L d

uri

ng

te

st

ft W

L a

fte

r te

st:

at _

_

Rnd

-trip

dep

th e

rror:

0 · o

g

ft · ') %

T/r-rt!

-5 /\.o)

d or

no

I

Flo

w R

ate

(in

ga

llon

s p

er

min

) D

epth

F

low

N

ote

dir

ect

ion

wit

h

-o

r +

D

iff.

in

No

tes

-in

clu

de

inte

rpre

tati

on

(i

n jf

eet)

D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

flo

w r

ate

(see

be

low

)

3h!s

D \

._(_./

1\

't/8

,-z,

fJi·

···,

/

. !.

(f.)

Yt.

fL

{-z<_

.. ~-/

o.'J).

J2 f/U

('.>{

.Jtf-<

:,1

-1

rJ

ca:S

I"-C

t '

'·'/

( ;_

, , u~

,;:b

./.~

3&.s

.$

I)' X

'tf/!·}r"(;:c~

1 d

'2L

.

\. ).

.. .....

.... /f

'i ' t

/ [~ :

2. ' '' '

},?

(J

i ,.

,~;o

'3B

.:;b

0 1'

~03

'2c/y

,: 1

D

'3o;

( ---

,·b::_

.;,

% -

• f.(

,\

;tjt

(o

:,1.

oh

\. .J_

/ 1\

I "':

;k8

. :_,{,

ry;;1

\ ,?

,Me/

j--'

/

( .t.~,

It/t

it/

!

lf 2-

. Di3

"--1.

../

1 l

....,

..,

' {

_:';)

I?~

. 2

.S'\

,t1

3i_:

.c-11~

7 l(

{. I

!)b

'+

i 1'

63

v . o

3t{.

..t''

4

4 ;?

(b,\

':::

. b

3'f

/ .-

-/l

Oti

'-)l/

\j

uc;

<)

17

. s;

\~

1' .o

z1

,ozx · f3

.o

•D?

Yrt.-

8 I t

f f' s

c:;z.:

o:o

y

fl.

oo1

, oo

Yi'

f,-(

~o";XtJ

.:?t,,

q rt

f\~·

B

~ '

_,,

/:

''-~

1'

, b(L

. . (.

•r:;~/

:-i. /(

) ·6

7.-::

:,j .

(~0{

, 5'

-/.':;

0i

' ,:;

!;

ltJ

~'7.

)-(),

f

NO

How

,c,o~il

,f>n%

o ;5

(/

if l

c.de

---1 l r

,e -

<~! n ,

_,)

\-1

/ 6

3,

o()

'--f.-

/ AJ

O Fl

o( J

/ .... <r

yf ?

,b!J

I.

31

0,6

.. ,

;rl/

G.

lt-!

d~

pl (

iL h ~

I ~(

.)

...... _

}../

ft16

'fLoc

.J

/. ?'

~'Y,

t,u

{. 3'1

7/, if

' •

I<;;!

-L

--~f

C, 7

. op

'-

-J

!tJo f

Lt)f,

\ /.}~()

I -;;.

CI'J(i

• ,/ .

. 'b

b ;.

;'2(

c-e

/I .

oo.

"---

)/

No (

Low

f,Jf

0/J

!

-r:;YJ

. ·''

( }

' c

:tr,

!·/ ?

.~

~

-'v

CP

iJ

L-1 ,r

.<'.b

t I

,"}f.,

. I

.~""/

,,,,1

rJtJ

,,_.d

'-

v

i ~J D

F /u1i

'J (

·.rJ7

/ {,

]"fY.r,t

:> f·

.--9

3-15

55

6P

-\ Ji~~J; 6;

Jf;.

io't

:~:Q

;~,,

.w

.. " ..

I

'-;

',jl /,

60

7 7

' 66

' \..

_(/

j\J 0

Ff ()

ff,J

, (io)/

r.to

·O'JJ

Vo

/56

'(

f: /..

c;-::1

-J-ir,

[J {ti

j (J._

\

18:~

I •

"-!/

f\)

o flo

w '/.

)()Y

V;)

o<>~

f 'r6

It

o1

:i:

f;o

~

" w (

I fii,,

_~ {. ~

(j'if. {,6

I·H

}/,Z

6 ''

f (::;

> --------

/_/:;L

i_o_

--. -

----

--··

·---·-

· -··

···-

----------

---

---

----

----

--··----------------------------

Re

me

mb

eri

to r

eco

rd t

he

ca

libra

tio

n v

alu

es

of t

he

flo

wm

ete

r.

You

can

do

a sc

reen

gra

b o

f the

cal

ibra

tion

page

on

MsH

eat o

r re

cord

val

ues.

tra

nsi

en

t flo

w m

eans

tha

t the

flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

.

:f.

La

te-t

ime

flo

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

, bu

t the

com

pute

r ha

s pi

cked

the

GP

. B

e su

re t

o no

te t

his

occu

rren

ce!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a

dupl

icat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla m

ark

s: in

dica

te th

e w

ay t

hat t

he d

iver

ters

wer

e se

t -

it m

ay h

elp

with

the

inte

rpre

tatit

on o

f the

dat

a ~for an

ticip

ated

upf

low

and

~for do

wnf

low

sour

ce:

2/24

/201

1 cj

ohns

on@

usgs

.gov

H

ighe

r R

ate

Pum

ping

For

ms

3

Con

tinua

tion

of H

PF

M t

est u

nder

gp

m p

umpi

ng c

ondi

tions

.

i W

ell

Nam

e: ?

?-tO

o D

ate

'l_

!IZ

-!2

6 t1

..

-! i

6"%

1/--

re<f;J

o(J

ue

ptn

I-

lOW

F

low

Rat

e (i

n g

allo

ns

pe

r m

in)

UIT

T.

In

No

tes

-m

ctuc

te m

terp

reta

tlon

, w

l, et

c.

(in

feet

) D

ire

ctio

n

No

te d

ire

ctio

n w

ith

-

or

+

Tim

e

flo

w r

ate

(see

be

low

)

?-(

<:(

!;

u .,.

..)

' ,__

_tJ

Afn

clr.

1 ,~

..

! p!

!r-

• [,

;q'Y

:fh

~

I "V

f,

Yr}-;

tA>

flo z

z.

?;-f>

6~~6

\J/

/ll()_

f/b&

J D

• ()f

'Y(-

!) 6

1 · 1

c 1

6.

t · Yf

){f: , :>

0 ;&

z£

{J0

r,·JoD

6f a

.. \.j I

a+e -

liM~

_ .C/ 6

t_.)

88,s

TI

(,)

r I;)

rr::

( ov-

J /,3~ /t/0

f·

Yr~ '4

.0

!b?

3

6P

C,

D,r"

v I

V

!\.11\

flC

>!J

I.-

:,'/' .(,o

/.~~bC>

]{p

LID

r;

,p

qb.~

-j ~

\.3'

>}'

(.

3'7 /

, lto

'-11

6P

! N

0 F

LD

I.0

.(,O

/~&u

CJ1.

~.i

\.1)

1\.

\D\L

OI.

) \.

'Y,/

,oo

%v

/(p

s 3

bP.J

r [a

,)-t

-h.

>-r-<

(.J-

•~

' I

.&o

) b ~ ,.0

3, \))

tJil

~LOW

1 :J

DO

.

7'{

o

1-1:

:J.--

: •C

..D

I (iS

r-;

L iF

d 6

P

tor.o

o\ ~

ND_ t

:Lo

vv

,o

ot-

./.:.{

~-~

. ~;

~·::

,-.

,-.

',[,

.,_

. J?

o2

r l

T-F ~GP

•

I I

I. o-;

J-i

'-'i

f'\0

1(L

I>W

'Q

b ~ ·'lc

,t>

"Y, ,t

.fo

1

7 1(

. Lt

..J.r

-f,.

,.._,

. L/

c..vt

-J

II ·3

. ob

V

r-16

1 L

oO

0

oi,

J .

h(o

\.'

l:t"i~

> &

o

/Y;<

;;t.

L

TF

<:\

-6

P

/ll:.

.bi

i ~

NO

'f".

LO

W

' o(>%

' I.

~r,7

1'7

50

·l

o

/, (,-

r.J

LT

Fr:

f 6

P

117.

ol

' V

1'\

\) \

L bv

:>

' b0'6

;; '/o

\,:

,,/ '&

o

1-J'

?:>~

1_

!P

cf 6

P

/!Cf.o

o!

Y

, oo"X

(:

06

J

r7/-/

3 N

0H

ow

<

{0

' /<

(D

. L

tF

I 2Z.

oo :

'-{

) tJ

b H

ov

J /.

37

/: (p

()

I. ~~~-(d)

ns-o

6

P

/2s,

-,(l

. ~

tJo

FI{)(

.J f.

3kY

,6

,oO

(.

7rJ(

t:,o

11

s-'7

r:;p

Jz?s

oi

"-±-?_

.f\.

JJ).

fLuu

J {,YI~

0 (,

?:l1_

K_6 0

!<

6o1

t;;;

.f

J-z9

.ob

y f\J

(j fl

()[,

j l.s

cnj 0

o /,

':/11

/ba

r61?

> ···

-f (':

).

1~<.

"~0:

'--!

../ f]\)

O ((o

c-v

(,:l

i)b

p

(. ::fl

. t /6

,)

/.

' I Y

'Z I

(bf

I _,

, y

../

,%.

';()

t I ..

' /\

)()

I:'[[

t,,J

{ ':

:n/.t o

l.

:k}i

c)

/'i?-z.

Cf

G-f

13'1

· so:

\...!/

j.J_

o fiov

J ,o~D

·DD~ 0

j_'

ir3_r

l I td

: r! ~ h

f'-(2

'h o

{_ .. .)

1~.-

/l.o

1 i

'-V

/V

O Flo

lr--J

. Dw&

_ 0 '

0 "0o

J(/

t/0

la.

--te

-flirf

l F

( DuJ

' i

CI~O

H4. J

uP

~

i i i ,_

--

--

-------··-···-·--~·

----·····-····-~-

-~----------------------

sour

ce:

2/24

/201

1 cj

oh

nso

n@

usg

s.g

ov

Hig

he

r R

ate

Pum

ping

For

ms

us s . science for a changing world 5j-ret;;:Ge J 5jtJ W/:; Century I Combo tool log Tool serial number: 8043a

WELL NAME: __ P_5_,_1 O_o __ _ Date: --~..:.._~__:-1:_::.?:___-_2-_D_l_l __

Operators: {tJ 5" I /!Jf fVl NWIS 15-digit id: ----,------,

location: I Cf I Z .JicJ~JG f2v 0-.cJ Project: ~J:;Xhon) ~fA

watch time: I q ·' J 2- : I D computer time: -7: 12 --6 '1 fE'"''

Well information: Describe measurement point (MP): /b c ~ /!ll..i/'l'l ( n._lt.)Jo/\ l()c.J u> !!~·- I

Depth of well: ( t/2;_ ft below MP ~--~~~--------

Height of MP above land surface: I. o ft Water level from MP 2- 'f. 9 7 ft @ lCf 2 I Depth to bottom of casing: 51 ft Nominal diameter .b inches


Log Down Lq~. ~l.)p .· ...

Start time of log: / q ?/ Start time of log: __ _

End time of log: J q 3 f End time of log: ___ _

Logging speed: .._/' iS:-%~ Logging speed: ___ _

77> p [Do~.-- ------------------------------------------------------------------------------------------------------· o,_oc--:> Depth Start: '1. So (3o-t/~f'l'{" ~~Depth Bottom: I</ 3. 8 7

I 75'.5$ Depth End: J V 3,obf!o+/oM -/v.>e~o/ Sampling rate: D~ ru Round trip error check of depth: - 0. zz_ .({-· should be <2% of the total depth


/

5"/D~() douJtJ =thrd b.J{i]S-t /'"I, ltvo -r·hfd /'rr Stii..C, t-:,., C.:)O t ddt . ../ I'···"' tf?.t,vtp.::; o..J·P.J'e ? "7 1:_\o- P

/

)__~ -7/3 .. GJ¥13/g t lHJb:t/: 3tQ.tf./t;irJP2,..

science fora changing world


WELL NAME: _.f._P..::.s_~___!...:t D_;t __ _


Location: ISSs- /fo..J4fPIJ f4la.J Project: ~o>CbDro t. Pll

Tool serial number: '5/N ~tJ1 . 9065a ~/""

3 . z. 3 - LD I. I Date:---------

Operators:__,&J_S_t,-,t./:.._!~JJ_L_S __

watch time: () 'J:l/r;:z_o computer time:c:;lq. "t(C /1


Well information: . Descril:!e measurement point (MP): roe- -Atufl'IJ~tlpil\ Loc.k- 141/cva Depth of well: -:---:---:-...::2-::...6:::..,:::3:....,...,,_--ft below land surface Height of MP above land surface: I . o'S"" ft Water level from MP 2 3 . (p '7 ft @ t)q t{ r Depth to bottom of casing: J2Z, ft Nominal diameter &. inches

Notes on well (water quality,need for PPE, or problem areas: f .I IJ G - us . I f.x:c.e { I "-Ofo - 'Hfti/.'Lk.. '5fJmf) • Dt4 v I D ~ r.r tr fV\

_ M={ererv..tEc, _: sud,. a.~ f.N..f2..L! ca.<.t!VCJ f..lo5.ea · _ ,L -tz:> 52- ..ff- -1-l,.ow. s~ ·A- -~~f.~V(Jh:Qh.., 65'-5",tt="ts. corre.w ... Top of tool zeroed to land surface: uz{che.ck) fo 0 l. lB-Vl6J fL. 1-u 56!-1tt-5 0 (l.. t;;".J 3 .?t

------"tar.tir.tg.time.of.log: ··w Lk.. O:~Pfu=st~rt:.i'i¥5?~~~------ 'r47:-zL/==--Tc>-P--(j.P-f:-ol!.l:.. ---·--- · -+!.I~

Ending time of log: ( D 31 Depth End: -, 3 8 ft 2-~ ·

Logging speed: // Depth Bottom: 2.{)2.··31 ft Logging direction: ...;;:.U.:...P __

Sampling rate: , 16

Round trip error check of depth: should be <2% of the total depth

2-pt Calibration: Point 1: ({,. 310 inch

. M/tX(J CPS: 31 f(2 ·S 3t37C.. to/1

Point 2: ~. Cl~inch CPS: L/otlo ~-: 7 3.~'1~0.fig


7'6,'1 '6.5,1 . i.. f. 1 b(e'e»l<cJLl .

qz,3

fi,S)- b. c; If

lltf

~~~ {e vJi Ja~-"'J r3''

s science for a changing world

Century I Combo tool log 5/N 98G

Tool serial number: 8043a ";:/

WELL NAME: f~ "" ( D { Date: ""3 ~ Z 5 - z_ot{

NWIS 15-digit id: -------- Operators: (.,..)?'-ffL.S

Location:_...:../.,;._0i?;:_~--'(!...!..!'fi1C.L.' L.:...:..t..:...;(A'-'-')'-'---.!~!2-=d.::.._ Project: flox:-hD(D fPA

watch time: I D ; r.f D : 13 computer time: ID :i./D ;y 2..

Geophysical Jog reference: measuring pt or land surface

Well information: Describe measurement point (MP): roc - lll .. c.lfVI.ii'-IUfY\ Lock /!o{{(J./\ Depth of well: --,-~2:....0:....3"""--__,..--.,--=---ft below land surface ......., . ~ Height of MP above land surface: I tl>~ it (Ot:JL 1DIJ · Water level from MP 23.~7 ft @ o9tfr = 2 3.11 e;/1-zo Depth to bottom of casing: Sfo ft Nominal diameter G inches

. Notes on well (water quality, need for PPE, or problem areas:

. MmJ.RC/e .30oo o. D PPM (t!) to ll8

Top oftool zeroed to !arid surface: uz((check)

- --- --·-- -- ~-~~~~mud-pmbe-grG~nded-: --~eck),~-------------···..,..· ·_··-_---_-·_· _·-~-·-·-_··_····-_···-----'--

Log Down

Start time of Jog: I D r-r End time-of Jog: · II I D

Logging speed: ..__... 15 f~

Log Up

Start time of Jog: l /I Z- · I ' . j 5ef vp c; t'ttl\rN'J 0

End time of J~g: // ~ 'iJ Logging speed: v-1 \'~

-~~;~-~;~~~--;;·.--oa····;:;-;-o~·;;a·t-·------;~~;~-~~;;~~-2o"Z-:31·---------------------·

Depth End: l 93.{)2- ri>P ofToDL Sampling· rate: , ID

Round trip error check of depth: - 0. ?8 4 should be <2% of the total depth

us science for a changing Wl1rld

Mount Sopris I AL T OTV Jog (OBI 40}

WELL NAME: __ P--==5~-_{0---'--( __ _


Location:· /88r- 1/--cJl-~ {kxtJ Project:

Geophysical log reference: measuring pt o~~~~ Well information:

Tool serial number: ll>lla ll

pate: _ ____::;3_-_2_3_-_z_o_l_l_

Operators:.--::;.VJ....:5::..:C.."-tf~Gi::..:::;..l-S,::::_ __

watch time: // s;-tt computer time: 11;;: S.

· Descri~e measurement point (MP): [oc. ~ Aiv{ll1.1rJUm btL Co/farL Depth of well: · 203 ft below land surface Height of MP above land surface: I .o~ ft Water level from MP 2.3 .~ 7 ft Depth to bottom of casing: 5~ ft Nominal diameter G inches


@ ot:tr.fr" (time)

23.88 ® (( s-s;TOOL ovT o.fw a:JjA

·-·--·-·-·-·----.. ·-- ......... _ .. ---;----· ............ ·z Tilt ch~ck (-45°): ~OK Directional {N,S,E,&W) tilt ch~ck: I.:S!f OK

North check (placing object in" front of camera window at north): ~bK

Top of tool ze·roed to land surf9ce: ~eck) down/':., f'

Starting time of log: f d.O I / 1 [).()..Cj

Ending time of log:


0/g bo-fh-


{<Bft/min)

. os:-4

Depth Bottqm: ZD2. 31 ft


RP (bottom of tape)

TopofTool

~; :! ~ . ;, · . k J ."·;\

H t, j Collection

Note any problems or ~pin~ of inter,st: ?0 J 1 t r / ~ Window _ _:_/_,r':)~J-,:.!..:·+~.;z:·6:..J::0~1_: <o r~~rll& w=n...:..._· :...___.,d C:J-\ -+---=--....:..t-a=3--=-"--t-_oo_;C""_U_,_f__:.·-=(f).....;C;_;.\_ Tool Bottom 7er u e t.letW\;;"''( iii' . - . _,

. '

c~~ ./ 1. Data sampling interval: 0.015 ft Pts/turn: 360 ~ Light: 6 or~

in dark rocks choose a higher light intensity- 8-10. 2. Prior to actual data collection you can do the real-time mode data collection as a check.


1/ (')I t I !t l-1 I+() I

"5{1.) 88h Tool serial number: 8043a /



WELL NAME: Date: __ L/.:..__--=6_,_::2-=-(.-::> _u __ _


Location: I esS' NP-Pi'CAI)L lf!.oo.J Operators:.--..::{/J~S_c..-_6tr....:.:..;;..:;;;L..:::$=---

watch time: ; I t :j? : 'f 3 computer time: I 2. ,· 3 Z ; tl Y Project:

Geophysical log reference: measuring pt or~rrac;)

Well information: . Describe measurement point (MP): 1DL- - A£,)/lll.fr.)iJfl~ LIJd< Df{t.t/1. Depth of well: 2;D 3 ft below land surface Height of MP above land surface: I, D~ ft Water level from MP "2-Z-. Zf Z. ft @ 12 3 D Depth to bottom of casing: E) (p ft Nominal diameter ~ inches


Top oftool zeroed to land surface: ur{~heck) E-log mud-probe grounded: Q{ch.eck)

Log Down Log Up

1l>Dt ;~~, r;-~o:l:P-. zz.3 e> t3t2-

Start time of log: I ZS"D Start time of log~. \ 1

...

171. o 7 . · t\Jb ,C.ti:::10;J11i, t-oo A-v End time of log: ..1 End t1me of log: . C

Logging speed: '!(-16;_ tl-/j.,;, Logging speed: f __ , - ( s ?!~~,.~ -+-

/-:. /.. ) n.. -----------------------------------------------------------------------------------------------------· "J~~~~ r Depth Start: O.oo r:,Jfif- fr)()l. Depth Bottom: 2l>2 • 3'7

. 1 /\ Depth End: /11./.rai Tof nt1fJOI. Sampling rate: ' I D J_./) ,':J

Round trip error check of depth: - D, z._g should be <2% of the total depth

~

I of2

1 ~15

-S f+

~ 1 (-c

.1.;;(

f!.oo

::J

HP

FM A

MB

IEN

T

Wel

l Nam

e: f

j-[D

i T

ool s

eria

l no.

3LD

(,o

Ope

rato

rs:

£;JS

C/E

t... 'S

N

WIS

15-

digi

t id.

(c1

): D

escr

ibeM

P:

TD

L.;

ALU

tfl'l.

/rJU

fl'\

Lock-

u/{O

A.

For

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l no.

Dat

e tf

I 5

I Zc

t l

,. H

t of M

P a

bo

ve L

S:

I r D

5"""'

Hea

t-pu

lse

flow

me

ter:

H

F 0

:L

---

·-~~

-In

itia

l Wa

ter

Leve

l 23

• I~

ft b

elo

w M

P ?

# 3,cf

Rnd

~trip

dept

h er

ror:

.2JJ:/:

ft

abov

e/be

low

MP

Tim

e a:~

f, w

atc

h ti

me

: /"3

;tf

/; 2

-t.

com

pu

ter t

ime

: I:

'.f/:

Zb

h

{e.

P5-

IDI_

Zollctf.bS"'AI'Ti~lent -

Flo

w R

ate

(in g

allo

ns

pe

r min

} D

epth

F

low

N

ote

dir

ect

ion

wit

h

• o

r +

D

iff.

in

Not

es •

incl

ud

e in

terp

reta

tion

(i

n fe

et}

Dir

ect

ion

o

r w

ith

up

or d

ow

n a

rro

w

Tim

e

flo

w ra

te

(see

be

low

)

19·e

~ o

g :"

t 110

Flow

~,

3)J-;

l12

(,~(

, I·

Sf1~

./,

f_jO~

G kl

cA

{);c

)<.. .

. J~

.3.

[);s

+ a•

t/15

4' 4o%,"~ '

0 !£:&:

10 ,O~,r

14

(6

, I

)it>Cb

.D ~

t oO'J.~

t ,;~~5 ~0~~0

14

6'

Cl.

f7~,

O·l

t oo

:?l

t · .o"

710,-

6o ~

o:.;

r1$'

l4

3;:t .

. I

170.

~ Q;

Cl,

-t

.Olb

t

,o;J

.}/G

,to )~

o.O

f :S

,tJ'f;

; 1

43

7

-H~/

i~<t

5

""" .m

a.. t

,ae~,?.{>

a%.3

0 •

%ft

0

/41'

J..

/{0

.. o;;..

tl'-

1)00

~ 1'

. 0

¥:

a-D

.. .

,J-0

,oahi~

f~,;;..o

J4t:

~.

157.

qq

+ fi

/1> ~LOCrJ

u,:.G

:>o

l·~%

.~·

-'I.J

,f.,.

O.

No

~Lo~ ;S

o:a,

.. C

.ltk:

.h ~t

.l..k.

I ~

S.cd

,..+.

.. ,O

DS

1'

,1)%

.1'(

·"%

.rfo

{f/

3

) 52...1./~

.-t-

CDI'

I\IN

\~UI

•lc

ltU

JS

lS

~~~~ P

s-t(}

c?D

uotJ

orAm

6ten

t ·:z;

, {l

€-II

;')2

..4

9. -~

No H

ot..\

/,3

%

(J,,o

[.:.~

1:?,

(.0

_/_)

"t£

. G;,h

fc.h HG~

j5/.

Do

~

f\I'D r L

vtJJ

t:3q'

¥_,&

/)

l.?i'1

'"}t.

· tl

.&o

15

3/p

t;l,-f

d...P

tc .. .k

. l'IC

..C1C

f· A

[N

t> ~U

~w '·

'%

i),

0 f,3

q'%,e

.o

t5r.

f~

&J,

td'\

Pttk

.f.t

/z. .C

JD

,......!

--..

f\ID

fLpf

tJ

'!.3

li%

_ 6

. D

. ~o

J.3ff%

. o.~c

1'55

3 G

la k~ f

,t,\e

. ·/

':;8

.'0D

.r

f--,

. NO

~li

lw

l.3~

}i.t

.fJ

I • !.i

%.e.

o .

1~'5

S C.

f a+d

-. Pt

t.tl

}3_t

f_,_

_l/_

tj_~

_ r.x

>vLm

.J_ ~ ?

Tf_X_.

_~o

o. 3CU

JI£,~,

u ~~---·······-----------~

Jh6t

/ 0/t

lt:.f-

.___f'

t(..~

. --

---··

--

-~---····--------

~

-----------

(*ch

eck

the

time

on t

he c

ompu

ter a

nd c

hang

e If

nec

essa

ry s

o th

at ti

me

tagg

ed d

ata

mat

ches

the

field

not

es.)

gp,

glitc

h pi

ck Is

the

read

ing

tha

t Is

auto

mat

ical

ly p

icke

d In

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

able

flow

tra

nsi

en

t flo

w m

eans

tha

t the

flow

rate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffec

ts o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

La

te-t

ime

flo

w m

eans

th

at t

he h

eatp

ulse

has

arr

ived

aft

er th

e G

P,

bu

t the

com

pute

r has

pic

ked

the

GP

. B

e su

re t

o no

te th

is o

ccur

renc

e!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earl

ier m

easu

rem

ent.

~ "'.

um

bre

lla m

ark

s: in

dica

te th

e-w

ay th

at t

he d

iver

ters

wer

e se

t •

it m

ay h

elp

with

the

lnte

rpre

tatit

on o

f .th

e da

ta

~for an

tici

pa

ted

up

flo

w a

nd

~

for

dow

n flo

w

2...

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

A

mbi

ent C

ondi

tions

For

ms

Con

tinua

tion

of H

PF

M t

est

un

de

r am

bien

t con

ditio

ns

Wel

l N

ame:

/Jj

-I D

\:.,

Dat

e !./

1 .5

1 2

af/

A·

111 61

81~

:; ;(,

go e

_ 1

c? ,o

cg

;::> ~-w

/Y1

1~

2o~2

Flo

w R

ate

(in

ga

llon

s p

er m

in)

Dep

th

Flo

w

Not

e d

ire

ctio

n w

ith

•

or

+

Diff

. in

N

otes

-in

clu

de

inte

rpre

tatio

n, w

l, et

c.

(in

feet

) D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

E!

flo

w ra

te

(see

be

low

)

I 3D

,5"o

,+.

... ND

~F/o

uJ

{;.3

~}tc

:o

. l)

, l.s~P

/?1'

2-C

./t-k

.h P

,cJ .. s

Ji1.

DD

-~

fJD

lqo

v:Y

~.D% ,{)

() 6.o

ox .

I>.M

1.3%

~.l,O

/~Z4

. t; I t

id-.

Pa .. /r-

.s Itlf~S.J:·

rh.

Ak'~

.flow

J,"S!

Y;&

o J,

397/

.Ga·

f{p

3t'o

I ;

q, qq

1-

J}O

FLO

to l;~%o /.3?~0

Jfo3k

II

5,0

0

~

NO f-

Low

t.s'i~o

t.S'l~o

/b4

/ 11

4/00

1

' /1 r

) f[.f

.Jf!..)

l·~~~('} 1.3-~~

1647

I f.

;}, I

50

Al 1\!

'0FLO

W /

.$~V

.Ge

J.3F_

.-4v

10S~

·Ill.

5o

.f.

. IJJ

O fl_

a.}i '{.Y:f~)

/.TJ](

b&

..

171/

/ i

!D4.~c

,.,..

.,...._

/Jll f

lQ~J

I

"(IX(

,.

J,

,hu

{,3

%()

11

DE

.. t··~

. (tJ

3 .. (

'I ~

.jJ{)

fi

t})

/.?f4

Jib

/,Yry

(ttJ

(/1

2-

dt'ttli

'tf.-(h

7.J..1

Ao cA

r.J.F1-~

"JI. J

I 0 3

Si; .

f.f

'

9, (.

<~() ~

t),DD

.4.lf-

,oo)

{~.<

o f)~

. I

31,C

[i.)

111q

,g~o

·l

A

/J'J P

L&J

/,y%

o

1 -:<t!-~

. ..) l)

,t;o

112.-

<f

i

r'fq.

~1

rf'.

rVJ) f

lllrr_

l • o

oY.ilO

.oti

.IJ~.{l(j

/ /7

3~

'

"75 .

. o-o ~

fJ ()

f/IJ(

/.J ,,

3J.¥.4

-0%

'

t),6

b c~

•. {

IJ,iJ

, /1

t.f'f

.-t,(l

lcJ ltcJ~-/vJri..ldv)

6£1s

b ·

!

15

.s6 ~

f\}o

Flow

,D

'o%

t ,D

C.%

.t>o~

J1S

3 '·

.. ....

.. f

' i

t),O

o o.

oo

~.0

7o, o

o ./

'\

!VrJ

Ra[

(J QO~o ~9o7fo, o

1_'[[

() I

!

CJCf

.00

+

Jll

o Ff

llw f

.?/(7

--(;o

o J.s

rri/:W

Jg

oro

.

. (o]

_<!C

f 1'

II fJ

r:-t DCU

.. aa

Cf;!.4

o oo

fJ%

o 1'

61;;

-.

5<7.

>0

1 /JO

J='lru

> lt

~t;J

-(60

l/!

l1-1

/.foc

l'Z

JJ

'

51,0

0 l'f1

Jll

{) {L.

0 !A I

J • ?.

1:\ 11

'(1:P

(,3

11"1

~0

;~.so

t --

• -

.S4.

~

Y,t'

ry, 6()

!3

3

sour

ce:

1/24

/201

1 cj

oh

nso

n@

usg

s.g

ov

Am

bie

nt C

ondi

tions

For

ms

··--·-------------------

8;:;: OJr( tto , 2. , b b . (/


Date: L/ ..-t ...-/{ Operators: (/J -5L / ti" L <;,

Pumping-rate gpm-------watch-time: 0'1 : oo -.32-· Height of MP 1 • ot:;;"" computer time: 0 q: {)0 : 33


Pump set at 33 ft below MP Note any observations in the discharged water: smell, turbidity, color... ··· Reqti.Fv£/ tJP 15 £-r below ·f,iJs, - .:1e.n<SDrz.. Ja.p1.J...-;.. t.J /,18 .{f @I 0'11) Below Toe..

Be sure to note when the pump was turned o~. changes in pumping f~te, pump off, etp. These data along with fluid temp and resistivity data collected after pumping may help in the interpretatiory the flow meter data and the hydraulics of the borehole.

Watch water drawdown Discharge rate measurement time. level rate vol (~!) time (s) Q (gpm) Comments:

L _../

D'iP.t:>, 2.3 ,o I -,.,.." V\tv I ·h e;,.J) t'lJ "3. '3 rl<l/77 ::ff~P vm(.) Of\

,, f)] "5'"9 ci-a:i"7 .• ..J..

q<!!f(o &So 30 :i ;;lq .,55'" ~ !,5'p 30 roo4 .;)~,4(,;, 1 .1('6" ·"' R'B "CHJ·4·5' JV I Cn ~q ;)4 ·c:g; ,, ~:~I 'I b , Pl.~, ao ·locH\ ~q,4J :2.5' .;;.I~~ oJ.Cf,. 15 to4R d. t} I'\'?. } bb. ··,o JS!l, Cl q I 71& J.ffJ4 ·C)_'\ t 11 ~ /CiS . .,..Jf)L ri,9,77 'J II S CJ.q.-;1 /0"3 o~s4 aq,...,, II Z-1 ~4'. 'irZ. '2-'? • '? I II~ I 2!1.'i-3~ I 1CJC) • f 51? 2.-t:'f. ~t.f-/"J,IO :;)'}, '11 II~ <1 /3fj ;1.9; gtf:, 1 a..4"3 ';4. 'l. q,·::;> I 1 :J.o c/301.. ;;),CJ, c;o IJ.3.a. .3 Br03 ; j<f)O o/S"1 r2 'f, '1 ~

/

,~:;-) fulled (fLoL~ orJI t>P C..)A-IG"'f. ;.

p ()11') (J c9t= FP- I< 3 -<. T t'loLL 13tu:.-tl- itu t-..>c.tbL, ~ c: • ILI/I Z'i(,Oo I

14 .qe d. 6,;2.). ..:; 6#15"'"

.. MP=measunng pomt, dd= drawdown, Q=d1scharge (or InJection rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:

dd at 0.01 ft in a 6-in hole--> is 0.015 gpm and we can just bearly measure that with the HPFM tool. So dd has to be <0.01ftfmin

I fl,OU.... Ate P-s ~ I() f PJ {l/l f uJy

HPFM_and_ Q-test2.xls [email protected] 2124/2011

1 e ffr;Lf!r:i

I .

l ok

-2-

--

HP

FM "

Hip

HE

R R

AT

E"

PU

MP

ING

W

ell:

P5,. {

0 I

Too

l ser

ial n

o. 'S

ID'-

Ope

rato

rs: ~-;5c./~L.S

3

NW

IS 1

5-,1 di

git i

d. (

c1):

Dat

e !L

I ..tJ

.!L

Pumpi~g R

ate

gal/m

in

Pum

p ~tarted

@>

0'13

g In

itia

l Wa

ter L

evel

'2

.-3.0

f P

ump

Sto

pp

ed

&:

\ C:?3

~

I

Flu

id Re~

. &

Tem

p:

Des

crib

e M

P:

--roc

.. -A

LufV

\.11\1

u tA

!oc.

k-Co

tlo.

.-.

Pu

mp

se

t.a

t 3

3 fe

et ~D

(J.>

roc..

W

atc

h ti

me

: oc

t = DD

; 3

Z

WL

at s

tart

of H

PFM

·

at

Co

mp

ute

r tim

e: ~y=

~ : D

D: ~3

WL

at e

nd

of H

PFM

a

t __

_ fe

et G

DCi

o~

.. .J'

-;.

\<6' "2.

..--l.l

in W

L d

uri

ng

test

ft

~~'b ~

.l

WL

aft

ert

est

: at

__

_ t·-

yes

v/

or n

o_

_

Rnd

-trip

dep

th e

rror:

tJ. o ~

ft

DJp

th

Flo

w R

ate

(in g

allo

ns

pe

r min

) F

low

N

ote

dir

ect

ion

wit

h

-o

r +

D

iff.

in

Not

es -

incl

ud

e in

terp

reta

tion

( in

~eet

) D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

flo

w ra

te

(see

be

low

)

'-//, rs

-1

' mulh~le

~tJl

.&S'

' y.~

,J.e

e~LJv, !(

j::/-

tNf::

. /u

r(V

(!J

f)tJ

•IP

rJ @)(fj"""~

R.e..

se..r ~l

a...

r~~"

' I"

0

:;

I -I

, 1.1 .•

:1:1.

~-...

. :J,~rJS

5'-l.

ql

'-P

"'

0, fl

b 1

' .(

·Z.&

1C>

,cr

.. 7:[. i

b

/0 -z

_:z_

6'1 .t}

o.

'-1--"

' o .

. oz.,<

./:1'

,o<-'f;

!q ,t./t

;>

.~z.%.

.15

!Dlk

5

q .r

;( \..

..f/

() .D

i-l

t ,l>"Z-~.4<~>

,c>z.')

{r;,rr

It!>

3d

&

3,.if

c>

'--/-

' o.

Dt9

~

,D%

&1

{\'

,ol%

.~5"

" f63~

't:i( I D

jl ~

V.

Dl

'1) 1

' . .o

t'J4? c

-o

,;,r

.,

,o'J

-('1

,"1(

) ,or%._-,.t9~>

/D'-f

/ ''7

c). 0

p

"+-"'

t:J,D

L1

1'

.ot%

o.t'b

.o~"'{

.or'

,D

tJ§o

,<>!

"' I 0

t/8

1' ,

S"[(

.....,...,

O

,DL

(, '

(\

,i>

l0/,

l()

")'~

zAS" .

/)I%

2.J

U

tos-

-r

'1~.

op

'-fJ

o.

Olle

.?ft

~~~~

{.).

~~ .o:~~(

/(0

3

'1'i

.$'1 ~

o.o

'dt

1'.

,og

y,.

f¢("

' ,o

8'~<

::jr

:.

... 11

II

. v

S",lo

' ..

_y~

O .. o

1$"'1

' ,o

i%t.

o

,o7J

7:ro

~o~S'

bill:

. q IQ

~o

'+'

O.,O

d.71

' 0~

,.,

I ··1

7./:.

,o~s~ ,o

;J.J?

;/7>

/I;J.

./ Jo

3 ,IS

'" CD ~ .

{);04.~1'

:;o4~f...,~

ob4:

;,f[, 7

<1

1/.J

-8

/o4t

.s:-o

'/?

f)

~{)~g 1

' ,oG~10 ,ot

:Y.Y

(;~!

: /1

'3.4

Il

l ol

so

'-!'

o,o4

q t

.o>~.-1() .o

4~.S"'

/13

7

});{.~()

t ~0

5'0

t 1o

.£~;J'::.. ;

:lf!d

f._go

JJ

1&

114~0°

'-Y

(}

,0~9

, 1

, o91/1t~o

• o <7

'J:Af

.to

1114

1

1 5"

ioo

'¥

t>,O

!.f-z

..-1

,o';Y

,; ~

ft.~

,u

'tU2.

•o

J/1

7

r

Rem

em b

erjto

rec

ord

the

calib

ratio

n va

lues

of t

he fl

owm

eter

. Y

ou c

an d

o a

scre

en g

rab

of th

e ca

libra

tion

page

on

MsH

eat o

r rec

ord

valu

es.

tran

sien

t fljl

w m

eans

tha

t the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s In

res

pons

e to

the

effe

cts

of t

ool m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

. :

J .

·Lat

e-tim

e fl

ow

mea

ns th

at th

e he

atpu

lse

has

arriv

ed a

fter t

he G

P, b

ut th

e co

mpu

ter h

as p

icke

d th

e G

P. B

e su

re to

not

e th

is o

ccur

renc

e I

I ch

eck

mea

sure

men

t ind

icat

es th

at a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

umbr

ella

nia

rks:

indi

cate

the

way

that

the

dlve

rters

wer

e se

t -i

t may

hel

p w

ith th

e in

terp

reta

titon

of t

he d

ata

,--j-

-,. fo

r ant

icip

ated

upf

low

and

~for do

wnf

low

sour

ce:

2/24

/201

1 cj

ohns

on@

usgs

.gov

I

. H

ighe

r R

ate

Pum

ping

For

ms

! I i '-

. .'

.

/

L.

d \:1

~

1 ·;:)

l

\() Q,.

::::-1

~I w-

~~ :Otii §o (.)

0) s:::: ·a. E :::1 c. E c. 0)

I .... Q) "0 s:::: :::1 G.i 1i)E Q) I'll ...... z ~~ U.3: a. :c 4-0 s:::: 0

':;:::; ctr--:::1 s::::

':;:::; s:::: 0

(.)

II)

§ 0 u.. O'l c ·a. E ::l a. .m ~ ..... (!) .c. .!2l :r:

USGS science for a changing world


WELL NAME: P5- f 1J I 5fre~5eJ

NWIS 15-digit id: -------:----

f rJo0 r 1L 1,· f _ _ Location:. ___ 3 _ _;m:....~--=---tD?C___, __ _

Project:

s/,J ¥&-IP Tool serial number: 8043a

Date: _ _.:.._l/_-_&._-_z.._o_t _1 __

Operators: . ..._~.VJS,!_:::::....?!-t-.0....:G=-;-t,.....:.S:__. _

watch time: !t/:01: (b computer time: II./; 61: tli.


Well information: Describe measurement point (MP): Tt> C. - Jrlr)iM« NVM loc/t-C'..rJ{{e,r./l Depth of well: Z.D 3 ft below land surface Height of MP above land surface: /, oc; ft. Water level from MP z '?. 0 D ft @ /l/ I ( ~tO O&.(t .vq Depth to bottom of casing: [:;"(p ft Nominal diameter (p inches

Notes on well (water guality,need for PPE, or problem areas: . 1 __ .;__ _______________ ____;._,...::l;;::;;.6::.:G:;...::::;D..:::.;c.uJr:l v--_;::_-A; rtt"j . ·

--------------------.!..'r.::::.:).;;;.r.>.!:..f...~:t.:.:::.:eril'f/.f, /·,) .c-f

Top of tool zeroed to land surface: ~heck) E-log mud-probe grounded: [i?{check)

l-og Up ·

Start time of logy· j A 1 • L 'f c.tBM\IN154--rv

End time of log: / tf31 End time of log: .

Logging speed: - 15 f~,~ Logging speed:_LJ I -

5 e,r.f3bi- ·---------------------------------------------------------------------------------------------------· fl.t{ 1 Depth Start: 6 . Do . foP tJP Tool.. Depth Bottom:

1 '2LJ 2..., 31

Log Down

Start time of log: {t/17 ,::gf·

1-Dl ,{b Depth End: [q'-f. ()'D Tcd of2 ToDL- Sampfing rate: (), { 0

Round trip error check of depth: -- (). r.f[) H- should be <2% of the total depth

~iUS S science far a changing world ,it(' J A!J / Mount Sopris I AL T s:rf"\1 log (.081 40)

WELL NAME: _ _..:.P_:$;__---!...,;/ D:...._;_l __ _


Location:

Project:

I B B s- t+oJ lc)JJ<- /2DCJ. c) {Lo;x foo ro E fA

Geophysical log reference: measuring pt ~;u~

Tool serial number: 2--

Date: 6- ? <;;.- 20 l f

Operators: wsc/ BAH I

watch time: /0-, ~g· t t./ . / computer time: 10 : $o' llf

Well information: f Describe measurement point (MP): IOC - AL0(\'\.lo0U""'-llXIL Ccd(t!./'1 Depth of well: 2 0 6 R- ft below land surface Height of MP above land surface: I, 0 5"" ft Water level from MP 2-l .C( f ft @ /ll>~ (time) Depth to bottom of casing: 5(:::, ft Nominal diameter (p inches


Magnetometerllnclinometeyeheck: Tilt check (-45°): [}1 OK Directional (N,S,E,&W) tilt check: ~K North check (placing object in front of camera window at north): []}6K

0ovl~ /v?

(Y-101

RP (bottom of tape)

-/. t) s Top ofTool

W Magnetome er

i.':

i::;·

Top of tool zeroed to land surface: ~ck) po~,.,./ JP

Starting time of log: v- lIt~ II t/ I

Ending time of log: II tf D /,z cYi?

Depth Start: 5. D Cj ft 2 ot> · 2-3 ,

I

Logging speed: ...r- f5.t:;; (<BfVmin)

Logging direction: r) DCJJ "!lv p Round trip error check of depth:


Depth End: ;?M( 2 3· ft :J, Db



· · Collection E:::i Window

..,...,.--.,......--;--:-fi---M-~¥-:-..,---=-:,.,...;-+:::-----:-:-;:::--:--.,--:::-::-~~=-------- Tool Bottom DrJ OP d $a • Btmu jPft.>blevn -· tiV\ilN ~ fflflDt.S

Checks: / '/ Y 1. Data sampling interval: 0.015 ft Pts/turn: ~ Light 6 or 8

in dark rocks choose a higher light intensity-- 8-10. 2. Prior to actual data collection you can do the real-time mode data collection as a check.


r ··-- ·!'



WELL NAME: _...,.:.P_5_-_:/_D_· 2-__ _ Date: ---'2_· _~_2...::::3'---, 2_D_l_l __

NWIS 15-digit id: ----------,

Location: { BZ-5" iftrc;t f 1 NGt t?6aJ Operators: W7?/ft..-5>

Project: watch time: ti: zt:,: t3 computer time: { 3 ." 2b .T2--


Well information: . . • . • Describe measurement point (MP): Toe. - f/{C. Ape-/ N5tde 5/ee.( p,pe Depth of well: /22.- ft below land surface Height of MP above land surface: 0. I 0 ft Water level from MP "2.1. s;-t, ft @ ( 3 2" Depth to bottom of casi~q: .t;t=l ft Nominal diameter y inches j)ve. ~Pvc. 1Nse.r-t

Notes on well (water quality, need for PPE, ·or problem areas:

Top of tool zeroed to land surface: cg{check) ro f o-(: "lC»t.. /!ID-flol"'. '{OcH--

-----~-tartin§-time-ef-leg:===.!::lil~t:~J:::::J.f=======----Deptf:t-Start:-O-.-DO-'-ft-J57[ -er-'-~---------Ending time of log: _....;..J_t,f_D_o____ Depth End: I I 6.13tt

Logging speed: ' ( - I Z... Logging direction: ...:::U.:_P __

Sampling rate: ,. I D


2-pt Calibration: Point 1: b~ 3lb inch

Point 2: €5. bZSinch

Depth Bottom: /22' 0£, ft

- () , 0 ~ ff should be <2% of the total depth

CPS:

CPS:

~~ "3t~$""Z ,3D(

t-/ D f k r{. .& Cf1


~ .o "'tr £, rr .d& .,01 '. . [3.~,

,,

8 t:?.dh (JIJ!

E S science for a changing world

Century I Combo tool log Tool serial number: 5j;V fjg't 8043a ./

WELL NAME: __ ._f,::_5_-_{;_b_2.-__ _ Date: 3-23 · z.o (!

NWIS 15-digit id: ---+----

Location: I '2 25"" \1 f•'ti ,},f\lo..l2t\r~ Operators: LJJ?c.../ ifL S

Project: (4 t-ho f D ? f? /-l-watch time: f Yb t/.5 tf fusef computer time: zcil:stf PM


Well information: · Describe measurement point (MP): TC>C. - Pif C ftpe 'liV.5ef'i~ ,~:r,Je 5feef Pafe Depth of well: p .... z... · ft below land surface Height of MP above land surface: o. 7 o ft Water level from MP ?I, ~k> ft @ 13 2~ Depth to bottom of casing: 5''7 ft j\Jominal diameter t/ inches NG rf'lUrt-


./.l.tf1!!JIN~1LllillA::!!<£~,3D~Db~-=='¥.~.~!f:=-...:JfJ~'P:!..:flll.L··.!.!..M!l:!iAX-C::..-__ ......JT0~Dl~/.et:Yf/J,_fv ~~IL f{,&' #

Top of tool zeroed to land surface: ~check) ----------e leg-mt~d-~:Jr.ebe-gr.gt~nded-: -8i(GI:!eGk-)-----------------------

Log Down Log Up

Start time of log: It./ 13 Start time of log: !VZIP - . / J , 1 , 1 7Q.f-uf cleav" "'tt rszf ·

End time of log: / r 2- fy End time of log: /L/.3 'L

Logging speed:v-f.b \.){).;(ul.J).r; Logging speed: I~ ...... !..!:::__ 1-o ~o a. ------------------------------------------------------------------------------------------------.----·

1 ,!{D Depth Start: o.Do -lop &f -!Doc.. Depth Bottom: tZ-Z.bb

' " '1 r~· / 2-/.SO Depth End: 1/ '1·.06 r•-::-1' 0 · ( (J(.,r_ Sampling rate: , I D

Round trip error check of depth: - 0, Off .fl- should be <2% of the total depth

\


MountSopris I AL T OTV log (OBI 40) 5DZ.3

Tool serial number: /lJL{p ( {

WELL NAME: __ lrJ-""{_~-1..,.;( 6:._7--__ _ RP (bottom of tape)

Date: 3 - 2 3 - 2 ° ! 1

Operators: (~t-(€/...5 NW!S 15-digit id: -------

Location: I g~s If, rqd J(JCt flt>a.~ TopofTool_

Project: (!.oXb!Jfb EPA

Geophysical log reference: measuring pt ~~

watch time: / Lf; 50··<// computertime: -z; so:t./8 {JM

Well information: II [be- P\lt 11(?1? JtJ:se.rr 1 JJ-J;Je 5/eJ 1,je ~l !z:z.- ft below !and surface

Describe measurement point (MP):

· o.Jo ft z_t.~t:. ft @ 13Zl? (time)

Depth of well: Height of MP above _land surface: Water level from MP .

"19 ft inches {Jtf(..; 1('l'!;e.rf

Depth lo bottom of casing: :' Nominal diameter '::L_

1.


Tilt check (-45°): g OK Directional (N,S,E,&W) t~eck: 1.0 OK _,_._:_.,·: __ !! North check (placilig object in front of camera window at north): IL]OK

Top of tool zeroed to land surface: ozRcheck) bo1,~r-.i t)P J i}Dir·tvv ·'f , ·. 1

Startingtimeoflog: ft/S"<j~/5tfa DepthStart: 5.ff:> ft (Zt>l(/ lil / <;'J(ji5'3Z.. Depth End: /ZD.t/]ft 5, l'l ' i! Ending time of log:


.r- 8 (<B fVmln) Depth Bottom: /22 )!~ ft 1Dv.JrJ/!)p

I I

Round trip error check of depth: o.ot -A- should be <2% of the total depth

.~f J

!i 11 t:: :j

Magnetome er

~~ :.~ . f' '1 Collection

Note any problems or points of interest: . . 1 ~ Window ·

-lo'-D o"'"'t""'"'''"'"'N'---""L"-":t!frk)--=-..;:;;tP_D,1'-"J"""'o'""e"-..{i'-D4,P=?Jc.=t't;;..._U=l$-'-i l_, ;'""'f,/---f:y'-7-r·_.;;._U.._P-'L=r-'11~--"'...;;.'~:...-_.}_0 ____ Tool Bottom

Checks: (,.6 1. Data sampling interval: 0.015 ft Pts/turn: 360 Light: 6 or 8


Be sure to record the depth before you start the time drivel!

EUSGS science fora cltanging world AIVth ie~ Century I Combo tool log Tool serial number:

:5/;v BBb 8043a

wELL NAME: Ps- flJ z...


Location: r-82.-s Vtlt'ftluvt:t J2oaJ

Date: lf- h- Zoll

Operators: W'SC.. /GL-"5 t

Project: IZolLhoffi ePA watch time: 15: 5'7: tf9 computer time: ts:·'S"CJ: c.ffl

Well information:

Des~::ribe measurement point (M:...P)~.:..: -...!.r:::.o..:;;c_-__:_P_:~..:::L~.P,.:.!.,p_e-!!.,rJ..:.:lS::.!.:·,cJ::.::e:......:::fri:J.!e::.::e::..:.I-'P~r.:..:Pb:::...-.-_ Depth of well: /2-2- ft below MP Height of MP above land surface: o,-7 D ft Water level from MP zo , "7 o ft @ Depth to bottom of casing: 5q ft Nominal diameter '{- inches pVc, /rJSer-f


Log Down Log Up

Start time of log: /b { g Start time of log:_.~,--.,..

End time of log: /t 3 7 · End time of log:~-_-se-f.v P "-'"' J .prj /l'I.IN -CPf":>JrJl. . .

Logging speed: - f.5 J:f/11,_,;,.- 13C>re..(t...o le. Logging speed: • I --

1-;:. [email protected],(7,.. ------------------------------------------------------------------------------------------------------· '1, 5' 1 Depth Start: (.),. lJ b IP P of -/-co 1, Depth Bottom: I zz.. D6:>

/Z-1- -(t:/ Depth End: {/ rf. Ob Top t)f11) ot.. Sampling rate: 0 •. ( D

Round trip error check of depth: 0, {) 3 .r:f- should be <2% of the total depth

I

z_

HP

FM A

MB

IEN

T

We

ll N

ame:

~'

5 .. 10

2.. T

ool s

eria

l no.

3

rD ~

Ope

rato

rs:

NW

IS 1

5-di

git i

d. (

c1 ):,

__

__

_ _

Des

crib

e M

P:

Toe

.· fV

(. fit(U

! llll'S

t;Je Sh

~f~(

Ptf.e

. F

or N

WIS

arc

hivi

ng,

log

type

and

seq

uent

ial n

o.

Da

te_

£/

£ fZ

.otl

Initi

al W

ate

r Le

vel

Tim

e

Dep

th

{in

feet

)

51.0

1 '+'

roo~

oo l

f ~3

.. 00

Y"

(a-t

oo

lf' 7

7,c

o: r

g2LS

O t

.f /O~.uo·~

IOS

',DJ

'+'

/fl)

_o

( '-f

J

It ;z

_ 5c

o 'i ..

Ht o

f MP

ab

ove

LS

: 0

.{b

f.+

Hea

t-pu

lse

flow

me

ter:

H

F 0.

:1..

zo,1

°ttb

elow

MP')

~ 3,1

%,4-

Rnd

-trip

dept

herro

r: o0

4 ft

abov

e/be

low

MP

(.

(.L

J

-~ I

.-.l t.l

Cf'

f ,.,

: o

1 e

fl!J..

. -

wa

tch

tim

e:

( 4 S

""'b ·

--

com

pu

ter t

ime

: /fo

S"'~ 1

18

Flo

w R

ate

(in

ga

llon

s p

er m

in)

Flo

w

No

te d

ire

ctio

n w

ith

•

or

+

Diff

. in

N

otes

• in

clu

de

inte

rpre

tatio

n

Dir

ect

ion

o

r w

ith

up

or d

ow

n a

rro

w

Tim

e

flo

w r

ate

(see

be

low

)

(VO

8-L

(.Jo.)

·,:1)~

-;;,

....

. ~o

-;\c.~

),?

-7

bt}

<

• .,

/~

17

10

TJ,

e.se

o.

..l/

:c;l

.ot.u

fr

t:rJ

>?t~

r. f

-t:

lotJ

NO R

.. o~J

-:1

;J.'\

?tho

?.

.·24f

6o

I )7

15'"

-? .-.b

o"'V

' -/a

:;/ m

" v.e

p,,&.

.-1 f

• fh

e. P

e o.. k

/VO F

LovJ

-,~~G "

J;1 ;J_!

).{;o

.e J

ob;e

r.J-2

.-1

J 7;

;2.()

""

'

1 .,.,.

..

I r::

:>rr7

'1!re

..s¢e

s -1-

ot...t.

..::::t.

.rrPS

q_"

'J ':F

hen

/JO tL

OL

J ~:t4~

:z.4>

I

r~~'

<""'

/7:J

. ~

l b

-d

J.. J

./)0

l-

th

:l·~~

%~

•"' \

J' O

!Yt

$ l'l e

7'

.s. M

f.l...

h<;;.

~

en

Jtlo fl

ow

&fA! .

-4

:. \

v-l 0

!;) -'7"

1

73

0

" ,p

!?.

.. '</

,~.() 1.t~o

r./-1

.) ~ol

> 1!1

() ;

:::: t.

...CJu

.J ...

lNtJ

P-ow

'1

J.4 >

.--r.:

I ~fp !~

·;;,

~·\

\{

:1-1

~<;.

. ID

I'o

J7

:3.b

tJo

Ruv

J -z,

'Z-'%

tJ

,t.u

z.

,z.z

;a

jl6d

}74

$

~ l t/

-d,._

f1 t-k

iJo:no

{.r..)

~.1!.%

o.l>~

'2. 'i%

: ;:

,!,6

0

11r'-

l &

l,fd

.P,L

t pJ

tJ t=/

e)y.J

'2-.

tr.[

g-;

:.o.b

r>

z.t.

r.t-

r-/

h.&

o

{~()

(

(, /,

kJ /1

c k-

AI&

f1_0

(J/ ~or~6

;~ .• :J~o

_} __ s:e

\0

I I

ll7

J)O

\f IA

!o t=

=LO~

,0\~ .o~o

I g) b

-I

(*ch

eck

the

time

on t

he c

ompu

ter

and

chan

ge I

f nec

essa

ry s

o th

at ti

me

tagg

ed d

ata

mat

ches

the

field

not

es.)

gp

, gl

itch

pick

is th

e re

adin

g th

at is

aut

omat

ical

ly p

icke

d in

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

able

flow

tra

nsi

en

t flo

w m

eans

that

the

flow

rate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to th

e ef

fect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

La

te-t

ime

flo

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter t

he G

P, b

ut t

he c

ompu

ter h

as p

icke

d th

e G

P.

Be

sure

to

note

this

occ

urre

nce!

che

ck m

ea

sure

me

nt i

ndic

ates

th

at a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

cif a

n ea

rlier

mea

sure

men

t.

um

bre

lla m

ark

s: in

dica

te th

e w

ay th

at th

e di

vert

ers

wer

e se

t -I

t may

hel

p w

ith t

he in

terp

reta

titon

of t

he d

ata

~for an

tici

pa

ted

up

flo

w a

nd

"-

!--'

for

dow

nflo

w

) -

.Jt r

e,dt'c

l J=

·p~l

~t.

@_

G .:r

~ -1-n,

-ver-r'

f.>..J

:;, .. ')ftC

J

sour

ce:

1/24

/201

1_ c

john

son@

usgs

.gov

A

mbi

ent C

ondi

tions

For

ms

/16--zs tfrrq,{rfiLL (2d /{777 3 Field form for recording discharge and drawdown data used to compute open hole specific capacity

i' .. , .

WELL P-5~/D'Z--- Date: l/..-?i-l.OU Oper!tors: 'l_;.jSt.../ FlS Pumping-rate_ gpm wat~h-time:'-: -,Oe-'1'1r.:-<::o~S:ro-: -"iLfp·O:..L.-· --:'17/"-------------------Height of MP c) ,·1 D .(-.t . computer time: Cl1: o~: afD


Pump set at~ 0 ft below MP Note any observations in the discharged water: smell, turbidity, color ...

Be sure to note when the pump was turned on, changes in pumping rate, pump off, etp. These data along with fluid temp and resistivity data collected after pumping may·help in the interpretation the flow· meter data and the hydraulics of the borehole.

Watch water drawdown Disch~~~te measurement time level rate vol · time (s) Q (gpm) Comments:

T't2.DLL CfO'I t;2Cl.l> ~~0 {.>U(VJQ ( JN /liter OJ s e.c..

oqs.lf- 2'3.1./·::, z "3 .\{-~ flkf>ef" nz.m .. L 0 9 15'0 ~.So~~ /lr7 ~ 3,. 5€$' -[Djr;:_ 2.0~8&- 2-ZS .... "-""-· 1/){~ 1'1 '5ec::. :CrJC..f'i£(J..aJ!il· f!_i.) fi..,P-IDZ.-6 PJIIeJ P&Jr."'.D rh. , ru>!!..!.?ed.-: hadt-

/l-1!.6 A ./{>zq - H6VI t/(JlJiat.~".d Ct!Fet:./to"J!JeJ ~ rf}

r o '1"1 )4 3~ JD,~ vb);ll.3tf ros-s ;J4 .,;!./ /Od 614,'301-uaq 04 .. 3~ /6,3 . &1, 37 f/4f> ~4,4.'3 riLJ.,"'JO II~·(, 17 }1"1\ .{) (i rl ,::-.c. ,

-· ·.

. . MP=measunng pomt, dd:::: drawdown, Q=dJscharge (or InJection rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tooL So for example:

dd at 0.01 ft in a 6-in hole-> is 0.015 gpm.and we can just bearly measure that with the HPFM tool. So dd has to be <0.01ft/min ·

I

-nz_IJ LL ·fJtJI-@

' '

J

ft/1} qvtt-k..

'\'SOSUfe.

l{l/ (

HPFM_and_Q-test2.xls [email protected] 2/24/2011

. ·: .... "

I H

PFM

"HI~HER R

AT

E"

PU

MP

ING

NW

IS 1

5-,1 d

igit

id.

(c1)

: D

ate

/;f I

2-1

I Z.

D 11

Pumpi~g R

ate

gal/m

in

Wel

l:

::5fv4

s .1'6

1

?fl

)f)

2 .'12

-

P5-f

D Z,

To

ol s

eria

l no.

Ope

rEjto~

s: .

->

= ·--

:::).p

o.f)

Pa ..

(!.. D

escr

ibe

MP

: ro

c.--P

-Jt.. PI~ }

y0se

rr t

N"S

iL•C

._

.., ·~

. f

Pum

p se

t at 3

o f

eet T

{·::.

. W

atch

tim

e: b1

:a'-/:

t.~

v W

L at

sta

rt o

f HP

FM a '

1 ~~ at~ \

.SC

C

ompu

ter t

ime:

D9-,

{) 1./

: 2$"

P

ump ~tarted

0 'f

30

In

itial

Wat

er L

evel

z_

t> sl

r"

feet

@

) u'

(D9

WL

at e

nd o

f HP

FM

'J,L\

.tf ~

at

jlt\-

'0

a in

WL

duri

ng te

st

ft

_fl

/" ,

,,. J

.l-.

c.

C/S

eat.

~o

·ive

"'e.

.r-

.... I I

--

Pum

p $t

oppe

d .

I .

1ff

u/t

.Jp

04

70

C+

W

L af

ter t

est:

at

__

Flu

id R

es.

& T

emp:

ye

s or

no

R

nd-tr

ip d

epth

erro

r: 0

. 2~

j -

~---

· -~

Flo

w R

ate

(in g

allo

ns p

er m

in)

Dep

th

Flo

w

Not

e di

rect

ion

with

-

or

+

( in

1feet

) D

irec

tion

or

with

up

or d

own

arro

w

Tim

e

l-/1.

dO

"'-V

lr,~

D f"L

r.Jr_

,J I -s

e-ve

ral F;

l~ d

ur'~

"'ll

'5/

-cdi

-~-~

cf;-

.or-

J 6

'12

3

ft D

iff.

in

flo

w ra

te

4 ~--

I ·

r C

e.)

". ""

;-i·w

It z.

e,. r

"

Not

es -

incl

ude

inte

rpre

tatio

n (s

ee b

elow

)

t.r'O'

ol)

,--4.:

:,: T.

')cr

{ ---

, .,s-

$JX(

J ~ rD~

&ko;

r ;z;~:-1 .;~ $'

6

"(!.

('7

8ft.1U~ M

-· t)-f}

.3t

N .:

~\ . ..::.!

/! d,i

~\t] ;,J

1;.q

~=J ~.

~~t~1

r;·7~~! .

... >

5"7

.. ~o

'-f-"

1/\lt>

(LDw

l1 ·s<

~Xo

!t.-s~

~-vb~)

ot

t~;:

; 6

()'do

'-

; rt0o

FLotJ

I{.s

'f?/

~-b~

-lr~

Tt'}

?~o l'

·~4~y

~; I'

;j<rY

,z,..,

0 Cf5~

b ~ .J.~-~ j]\

_)0 (

.ftji-

J jl

~?;4

J?~o

li ~

:;•r;.

(b('

I Do 2

..

h 1

.J~ ~ I N

o FL

GuJ

11 •

jqX

G ol/o39~6o

!J)M

{

77

" i

\.!-'

I AI o

FL:Oc

JI t,

zqi/.

i,-o

1/,:sJ

;:bo

10

/3 ''

<6'6

·~

'-1

./

LNo

t:.lvu

-\ lf,

3q1,

4QIL

>ql

_de

I 0 l1

-lr~~f1!!Lf"<:... 'l

~)(q {-

.1,:

F\2-':

n-->a:

:p!"Z!

.;::.:

.~d r

ifi';'

Jfi,;.

r~d'c

.,;-~ ~

....

•. ..c

.rH J u~

~ec.

-}

~ t!

.-....:

!l.r

t"'i

J;~,

1 D-s

·.~-o

'-....p

i l.d

!aFL

OJA

,[I' !/t

1L_w

··11

;3q"

U6o

ID

3'1

·~

foK

alt()Q

'f

'_ ll\l

_O FL~

uJ J

I.~:

S~c:

l 11

·~Ytoo

/o~&

f/O

J00

'f

IN

D FL

bW l

\·1,7/,&~ll·sq7~60

/o1

G

/fz.(

f()

_ ~ _

ILVo t

=LQW

JI,3

Ci1L

~b0

]J,5P

t1!.'6

·C

ie~o

lfq',~o

\p I

f\10 f

'LOu

JJI.

~'\~

60 I

J.~c

ri/o

~O

I05

'C

t 11

wbo

lf ll\l

of:L

0{})

l~-:

?t1Y

,bo II

,"lt:/

7/,bc

10

SCf

: !

,-----

-r -

-,

i

>.E

.-e,

nl-:-\L

+ 'I'

) lc

te..

fFar

-~-~d--t=lrJ.e.

~ f;

""('

l"' Jo

:,:a i-

a;ff

u.; K

r/\ t~~~!f=o-

T(t ,1

/e.s~.

:;.\Q

h ~e

;-lt\.e

.. s.~ctl}\.~e,.... I'

' lctc

.K lo

t= +

=MuJ

,--IJ

Rem

embe

rJto

re

cord

the

ca

libra

tio

n v

alu

es

of t

he

flo

wm

ete

r. Y

ou c

an d

o a

scre

en g

rab

of t

he c

alib

ratio

n pa

ge o

n M

sHea

t or

reco

rd v

alue

s.

tra

nsi

en

t flh

w 11

Jean

s th

at th

e flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s of

tool

mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

! ,.~

. . .

. La

te-t

ime

fjo

v/m

ea

ns

that

the

heat

puls

e ha

s ar

rived

afte

r the

GP

, bu

t the

com

pute

r ha

s pi

cked

the

GP

. B

e su

re to

not

e th

is o

ccur

renc

e I

I .

, ch

eck

me

asu

rem

en

t ind

icat

es th

at a

dup

licat

e ~easurement w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla r

rlar

ks:

indi

cate

the

way

that

the

divert

~rs we

re s

et -

it m

ay h

elp

with

the

inte

rpre

tatit

on o

fth

e d

ata

~for an

ticip

ated

upf

low

and

--

-!--

-'fo

r do

wnf

low

···.:

sour

c:e:

2/2

4/20

11 c

john

son@

usgs

.gov

'

\ .

Hig

her

Rat

e P

umpi

ng F

orm

s

3

Contin

u~tion o

f HP

FM

tes

t un

de

r_·_

.: g

pm p

umpi

ng c

ondi

tions

I

We

ll N

ame:

(J.

S -JO ~

D

ate

._$

-I T

h Jl

. u

ep

tn

(in

feet

)

/li,

oo .

-t-.

il~,

to1-

£>Cb

aro

.q..

/ll,.o

o ~

. (;Jo ,

oe "

' ~f7

.0il

"" t~

.ocJ

"' 41

l.oo+

Jl

f>:0

0"'"

f.1..o

o ~

3;!o

1-. A

! 1 I I I i I I I I I I I I I I I ! ! i I I I ! ! ' ' i i

FlO

W

Dir

ect

ion

lA/ 0

i="Lc

o NO

fLov

. 1

ND

.H.J)

u.'

N6 t

lDvl

!tlo

f=L O

uJ

A}O

fU>o

J N'lJ

~LO

(Q)

NO tl

D1,

J AY

JR_f

t.J

tJO

vw

t) J0

oc;w

w

Flo

w R

ate

(in

ga

llon

s p

er m

in}

Not

e d

ire

ctio

p w

ith

-

or

+

Tim

e

D /.~

qY.:'bO

J.srtV

:hc

!tfJ

>"

i.i!t1

/,6FJ

f.

$'fy

(6~

j/f)

g

j,st:t

V,6

o t.:

stW6'0

Il

l 3

f,38"

1/,0

0 l,"

297/r

66

11/b

J-

.$Q1,;

{6_,o

ll,s.~t7t6o

/1 J

. L

l·?<

f1~j

tJ l·~

'i1/

,6a

t/1.-c

.f /·?

Cf.i /

,{;a

,scn

,t{fiiJ

tl2

-Cf

lt.3q

i{eab

i~J 3

/if/io

() / /

;£,::

£ ( ..

3ctj

/~,.

-o

t~-,40b

(14

3

'· 3

1"Y

.t /)

/, '"

f:6o

/rtf

&

f; 31

r.b~

I.

"S't}

.to

Jl r:'-

1

u1n.

m

fl

ow

rat

e

I

sour

c~:

2/24

/201

1 cj

ohns

on@

usgs

.gov

H

ighe

r Rat

e P

umpi

ng F

orm

s

·No

tes

-m

c1ua

e m

terp

reta

t1on

, WI,

etc

• (s

ee b

elo

w)

Pt'r

l 1-/

N;; 5.

~-. r

u s:i-

-fO

r .f:

i.~n

~

.

oeP

J6llt

tD

Tf'C

if!

..

OJ~t(p\Md .

. f/A.~~

l Nt

J J;

Low

dekvW

vJ

hl&

J[Ju/I

AfJ

vJo1

2.-i?t

J!Jic:

I..M-'J

w~ Le~ ~bJ

_re'

o -

L·J/~ ~WMIMtrJ?

1V

O(

/P,&

Jdvu

l-/ ~ ~'5 D

ll. ?

us ~tV ~'\5-? science for a changing wurfd

Century I Combo tool log ·Tool serial number: 8043a

WELL NAME: -~f_;:,S:..._~__:_;l 0_2--=-------


Date: t/-:? 1 - ZO I )

Operators: ~,; ... Y5L- / Gl--5

Location:

Project:

J <t ~~ lA (a d 1 rJtt l2.cJ

f2ox.h()! ~ I? I' A watch time: I?. : 30 ;q f ,/ computer time: 1 '2.: ?. tJ 81


Well information: . fJ Describe measurement point (MP): It> C. - Pvc_. 1"1pt J {\) &2rTtJ\JGlUf' r:)feoJJ P, pe Depth of well: /2. Z... ft below land surface Height of MP above land surface: D , I D ft Water level from MP '2-0, '-18 ft @ I "J 33 Depth to bottom of casing: t;:;'1! ft , Nominal diameter 4 ·inches Que. h Pvt.. JN'E,e., .... f Notes on well (water quality, need for PPE, or problem areas:

1. $"'" .f{ fr)tJ t.- U!1•'q,LL ---------------------... -,_ "'"'1 (:.,;;.:,Ro+?l-:7/\-'·!o~

/ Top of tool zeroed to land surface: ~ (check)

E-log mud-probe grounded: ua{c'heck)

Log Down Log Up

Start time of log~. : \

\ c.A..etA;v'lt f\1 cl fi2/ End time of log: End time of log:

Start time of log:

Logging speed: - I~ .fli,.,~ Logging speed:__L\ __

1d ?ttn601v ---------------------------------------------------------------------/-----·-------------------------1,(' 1

Depth Start: t> PD 70P o({DOl..- Depth Bottom: /']. ;z. .tJh,

f J I • (.3 · Depth End: 1!4. D 3 /iJ P t>{ fOol.. Sampling rate: 0. l 0

Round trip error check of depth: - tJ. D tJ /1-- should be <2% of the total depth

Note any problems or points of interest: . . 5fJEA\ ..,.. 'B.S: .PU/v1w'J t!A.nl IIL<:.hVtJ .P.or /e;.,_,J)erolur-e -s/r.JJVif~.-.v

. r f "

.J ..

• s . science fora changing world AT V A d],f Mount Sopris I AL T .J)'W log (Pifl40) Tool serial number:

WELL NAME: _ __J.p_S_-_(:_0_'2 __ Date:---,----!)--_Z_~_-_c.._o_r_l_

NWIS 15-digit id: --------- Operators: u-)~l..-/ BA· H I

Location:

Project:

f 8 ?c;- \J,rq d1N4 tQoa.d f2ot: ~D ro r;.PA

watch time: I 3 '.L/ 3 '</2

computer time: / 5 : L./3 : V '2.. .

Geophysical log reference: measuring pt or.-la~ li....__.,,..........,,..._,_.~ ......

Well information: •

Describe measurement point (MP): TOe - Pv {, e IN5 I de ~J In')€ "' • I

Depth of well: vr-- t 2.0 ft below land surface Height of MP above land surface: D. "]D ft

1 1

Water level from MP /'7 , {o 3 ft @ 13 'i 3 (time) Depth to bottom of casing: 5Cf ft Nominal diameter tf inches PvC. tf\I<S-e..r+


Magnetometer/Inclinometer pheck: · Tilt check (-45°): Q/OK Directional (N,S,E,&W) tilt check:

North check (placing object in front of camera window at north): QO"K

Top of tool zeroed to land surface: G2J{'check)

{)t>vJ"'I UP Starting time of log: 1'-{ t(;~ I t/ 2../ Depth Start: 5".l>~

C!ioK

ft rzo.ol Ending time of log: J L/2. / / I tj 3' Depth End: /ZO.o!( tt 5.D3


--"- 'i? •S (<8ft/min)

ODtfJN/tJP "

Depth Bottom: ft

Round trip error check of depth: 0 , 0 S +r should be <2% of the total depth

RP (bottom of tape)

Top ofTool

* Magnetome er

;. ,'

i'

~ ..

. Collection ~Window

~~~~ww~~~~~~-7~~~~~~~~~~~~~rf~~·~_Too1Bottom . ;.e./; ?i' (/.$


Century I Caliper log Sill~ t::.o~

Tool serial number: 9065a ·

WELL NAME: --=.f~j_, ·_/_0 3=---- Date: :S -;), S - J I


Location: I CJ 15 Vrrcp /(lvi:l: t2J Operators: .5fo.vb : tal, . .)t..veJ'/

Project: watch time: / fo I I computer time: I 6 II


Well information: Describe measurement point (MP): ro 1". "" F n./ I ~""j·, 1' • .r.:l ""·"' ~ v · ·· '--'- !hV<-1 A.V'ri'.., f-, ct t1..v ,;::___ v, 1

·Depth of well: / 7 () ' . ft below land surface 11

Height of MP above land surface: .. 7 C:L ft Water level from MP '3 .;J. f, tf, ft Depth to bottom of casing: g S ft Nominal diameter f inches dve. f-e .f"I/C J, i-t e.r e

@ i0/4


/JIIIt\1 AAE.3oa>& O .. o ;oorn

Ending time of log: -+/~7_0~_;;8 __ T oc 1Depth End: /,.Or;) ft

a+ loJ 6 I!J' Depth Bottom: 1 f61 tb~,.~ 0 ft Logging speed: J I • J

Logging direction: _;;U;..;.P __ _

Sampling rate:

Round trip error check of depth: '--'" "t!) ;:/_. should be <2% of the total depth

2-pt Calibration: 1 ? I Point 1 : 0 · .:; inch

Point 2: C{, b :lS"inch

CPS: 3/5"3 s: I CPS: 10 ) q S, ~

3/ S'ol/ ~~

1-o 1 'iJ '-- G ?r

Note,any problems or points ,of intergst: ... / .. ·. ...,,.:_.,:. ' .. , - ·-··

... ';•;

··.

:5)tJ &8£. Centu~ I Combo tool log Tool serial number: 8043a

WELL NAME: __ f_,_~_/_0._3 __ _


Location: I '1 I r" IJ I kif/uv~ ~CY-LJ

Date: _..;_3_~_'2-_lf"-----~_6_1_1 __

Operators: ~t.. ftl. 5

- u.·• ,--_. :?. o ,n 1 watch time: _l=:..;,.oc.:--;:,:-··-Project: fi!...(J-L_!f)O{(I t;;PA computer time: r: ~~ :40

Geophysical log reference: measuring pe~

Well information:· fl Describe measurement point (MP): 'TOP o( ALJM/N UIVJ. Loc...ft u//M -Depth of well: I 7 L> ·ft below land surface Height of MP above land surface: 0.1'2- ft Water level from MP 3 ';;) . 1 3 ft @ Depth to bottom of casing.: 8' 3 ft Nominal diameter hole=-& ,CSJ=4inches . Notes on well (water guality,need for PPE, or problem areas:

Top of tool zeroed to land surface: IE({check)

----------5-log.rnud.probe..grounded_· _l±l(check)------------------------

Log Down Log Up 70 p a/ (f){) L 'f37 ~58 Start time of log: Start time of log:

q c;; 5' End time of log: / 0 I { 5-1-o,f-~t.. = I ~'1

End time of log: e~td rh;slt.. =- - .... o ~

~/> Logging speed: ~ IS:, 1 Logging speed:

-~~~7~-~;;~;--?:·s:·---1;,;~~-----------;;~;~-~~;~~~--7l6~-7"i ____________________ , Depth End: /.#6; ~.i)'~'ll-6~/t Sampling rate: .,. J Round trip error check of depth: - ,.Dfb should be <2% of the total depth

{. Note any problems or points of interest:

us science fora changing world


WELL NAME: PS-103 ----NWIS 15-digit id: --------

Location: J q I~ tlt't',q ///fleA.._ Project: '/2()J(horo fP/.1 . .....;._c __ _

Ge9phyl?icallog reference: measuring pt or~e

Well information:

s-oz3 Tool serial number: I i:;l2.b ~I

Date: ___::3_-...::..~--'-~-,.._// __ _

watch time: I 0 I '6 computer time: / (!)I '6

Describe measurement point (MP): -f-lckl-\9(1. o ~'\ {o tO of::. Ctl.<. /a 7 Depth of well: J 70 v ' ft below land surfa~e

·Height of MP above land surface: D 7 a. ft Water level from MP ., :sa. ~.S ft. @ 0 9:2 {, , (time) Depth to bottom of casing: g S ft Nominal diameter -1 inches


RP (bottom of tape)

{),12.--'

TopofTool

.f ______ ___,Mc:.:.a:::;grietometer/lnclinom~~eck: / Tilt check (-45°): l!a'DK------=D-:-ir-ec~ti:-on-a-=-I-=(N7,7S,-=E:-::,&::-W)::-::-:t=ilt-c-:-he-c7k-: "'tfF'T'L?-::-0:-::K---~~;-:,. ~-----l------

era window at north): E::f6K [ North chec~. (placing object in front of ca

J----Top oftooFieroed to land surff!ce: (check)

Qo~fljY vp . Starting time of log: . I r J I;}, 02.

1//t:t 7tt49 )

Ending time of log:


;_. 'iJ (<B ft/min)

C--~-J,-

Round trip error check of depth: should be <2% of the total depth

Checks: ?D 1. Data sampling interval: 0.015 ft Pts/turn: 360 Light: 6 or 8 ut7t6~!tf,

in dark rocks choose a higher light intensity- 8 -10. 2. Prior to actual data collection you can do the real-time mode data.·collection as a check. 3 e):Cce{le~.

Be sure to record the depth before you start the time drive!! ·

~f/V t~b Tool serial number: 8043a

WELL NAME: _ _:..p...=~::__-_f_.f)_3 ___ _ Date: __ tJ_~_f_1_·_?-_o_l_l --


Location: ij1~( VD{{g! ij4r.'ll Qd Operators: W Sc. / E L S

I

watch time: I~; s~: :t-( .. computer time: l b; 5'~ ~ 2-?:. Project: ilDxlooi!?h u::::Pp{

Well information: Describe measurement point (MP): ToP o.f A-LaJM.I r..>UV""l. /_vc.../'- ~£letA Depth of well: 8 =to ft below MP Height of MP above land surface: 0 • '1 2- ft Water level from MP ~-z a 2 3 ft @ « 0 fi ~ Depth to bottom of casing: 8'3 ft Nominal diameter L/ inches PVC. 1 rJSe!Z-1


/ oS" -r-l!('.tr•~ _,'51'-'-P."=Zl7f\l_..T..!...lf\'-!::'f\)-=E"'=6::U:=":5:-'P:......,t>"-'kVlf~ft:h~.tJ=/:........~DZf=-------...:.7i...::;l>..:;;.O..-:.Ir_..L=[~w{. ~l 7 • r-(..;-· ref2-l!Je-D not-~

Log Down

Start time of log: P l D J

End time of log: II "J.,-0

Depth Start: 0 .0 ()

Log Up

Start time of log:-1--r-- c.)eO.I'Ill rvct _ rsz{

Logging speed. . ~--.---,-

Depth Bottom: lloh. '1'8'

Depth End: I t5 8. '5b TDP Df /DO lr Sampling rate: 0" IQ

Round trip error check of depth: - b 1 11 # should be <2% of the total depth

Note any problem~ or points of ~nterest: . ~- S~ . -\ :r/oUJeJ ..- 8 RJ~~~ J ~ t. .tiDl.~ ~~r 52. ,4 4 t'4SJN4 ft. 5? 3 .J~-!- · 1&\"'f · . '~J 6t?PJ:;;h. Uf!J ~1!> 1'C" .C.!·~Jmgr. . ., > l.73. .('.:f.- " Te-vnne-ro.:Jl!ure. :"lfc-.J.A:J:tU5 @l '6[;" ("">r -:5/ovJl,., ·ff....ru rc~.GJ;vcu:~/z,z.r} tnJa.l:rv; f~/~1 Opf-JI:e {/.-N2..->;:f• OOt;JrJ T~ f!!~ '/:~/""p; , 111-..f!-1-c-,•-:. .Ci!..stNi:!i W!J.tJ~...,

9aee -;:,, t.JP. ·f"t!Pv.f·~fM--/.a:hJie /i'o.!t:-1...-ea::.ed ·lf:; @ f?'1 6 F ·· -.

"-

2q

H

PFM

AM

BIE

NT

W

ell

Nam

e: P

6"' JD

3 T

ool s

eria

l no.

31

D "-

Ope

rato

rsl

W<D

C./t;

;t. S

N

WIS

15

-dig

it id

. (c

1 ):

Des

crib

e M

P:

"[D

f of

! /JJ;

.v~li!JU

/'11 !D

el al

kt~~

For

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l no.

Dat

e _!

j_ I

11t

2-tJ

II

s-to

.rt ~ ~.

\C{, 1

1 H

t of M

P a

bo

ve L

S:

Do

7 Z-1

H

eat-

puls

e flo

wm

ete

r:

HF

cJ

::L,

In

itia

l Wa

ter

Leve

l ~? • Z

--.3 f

t be

low

M~\ d

. : 2

.'15"

Rnd

-trip

dep

th e

rror:

• 'Z..~

ft kb

ove/

belo

w M

P

Tim

e D.ep

-1-l-.

I t:,b

.Cffr

Dep

th

(in

feet

)

162.

,o lr

h.

J 5C

6 ,D

V ;f

15

" "'7,

$"6

+

1

6 2

,00

-+.

1 ~-

JaS:O

.. ~

jL/ 7

, 5D

1'

J L/

/ I ~l

...-h

. t I :

./?.~o ~

·t:

I ~f3

.~

o ,..

-+-.

lz,t

.~~o

~

I "tt(

.o<>

A

J-

z-t.s

:'o ~

[lq.

s'D A

.

10

: !J:

:,---

Flo

w

wa

tch

tim

e:

II :

j6;

13

com

pu

ter t

ime

: II

: 30

: 13

F

low

Raf

e-(in

ga

llon

s p

er m

in)

No

te d

ire

ctio

n w

ith

-

or

+

Dir

ect

ion

I

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

,V/;L

11·

01~J>f.oJ.u;:osl·,tJJ~<&sl

I /14

5' I

.0/1

1' l•

0 %.o1

> l.o:%'0.1ol·0~.

~5l

· I

J l s

-ql

.olo

11·0

~.tt

.d~~

~o.s

l I

I / ~t

>si

NO P

.LDI

J)

, ,o&Uoj.,r~~D

1

1 1

) :;:2

__15

1 NO

[:

.'(.o

o)

I }.

3~]{

(' I

1~3"Y.b'

I --

I --

~ /;

},J'j

-1 \D

lD 1'

-I 0

·%,1

>!"

" I 0

·%.6o

l I

It 2--

~Z.. -

~ N

o FL

Ov'l

l 1 ::

3cy{&

.o 11

;'3'r}&

.be>l

I I /

2 ..f

J I

ND ·F

/,vt;J

I t ·~

%(>

rr;g~o

I I

It '2-

t/7

·I rv

o flt

>t.J

I f.

:AJ(

b~--

~~~~AU

6~-I

--

. I

l1z~

b I

Nv f

:'fllu

JI

/.:>;J.

i" I 1 •

3 %o

I I

I /3

0 I

I

h)O H

otJ

I f., Y

f}(&

.; I L~

A};~

t.) I

I

I. a 3

og

I N(

) r::.1

0 \ 1 o

.~~·~ _

lo~l

i5<t

7.l·

z;=c

;t?-

0: 1-,.

1 --

----

~-I-=

' , ~1

1 ... £..

{)

'-J

/~fi),l)t

/~..

ID

/~_:P

, ,)

•

\\ "

8\ r-::

P ~\~

J l:i,

:,4-!J

.;:_)

I 1

.;f~':

J>:; !

) I

I I

1 ""2

..j (7

·1

r~,;

rVJ

... ~~

..r.

.v.

/,.,_;.

.,to

"' -~

v ...

~ ....

; 0

_l

b. //

~ ~

/l /

r I

t 7f

U s

eq

cr

i ver

tq r

<-; r

c e;

1'1-

ta47

'e r

I

I

Diff

. in

fl

ow

rat

e N

otes

-in

clu

de

inte

rpre

tatio

n

(see

be

low

)

~

1~.1~

. .

4cd:

<!c.

· :;1

. fi f

ch

plc.

l<,

be NO

FLo

r.--:>

6 P.

{t\J

a Ft

o~

<

G.f C.f

I •

f r·

• !~

.tr..;')

.,p -·u

-1 r-"'

!.-f-·

i fJ r.,

.·~

II{.

o o

if'.

JJLf

-Ad)

f

AJ()'

r/;VW

).

;'r1 A

o /

Sn

/.b

o

13~¥

1 •

J'lo F

iuw

j,"

$~ .. L>

~fi;

: I 3

30

II I

G:P

. ·

II D

• Q

·fJ

1' dO

~U)l~11 .>

;J(o

r]~1~a I

I I.

J 3

3£ I

(*ch

eck

the

tl~!:i

on t

he c

ompu

ter a

nd c

hang

e If

nec

essa

ry s

o th

at tl

me

tagg

ed d

ata

mat

ches

the

field

not

es.)

I

g~~ th

e re

adin

g th

at Is

aut

omat

ical

ly p

icke

d In

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

able

flow

tra

nsi

en

t flo~

?ie

an

s th

at t

he fl

ow ra

te Is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of t

ool m

ovem

ent.

whi

ch ca

us~s a

n ap

pare

nt v

ertic

al fl

ow.

La

te-t

ime

flo

w m

eans

that

the

heat

puls

e ha

s ar

rived

aft

er th

e G

P, b

ut t

he c

ompu

ter h

as p

icke

d th

e G

P. B

e su

re te

not

e th

is o

ccur

renc

e!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earli

er m

Jasu

rem

ent.

um

bre

lla m

ark

s: in

dica

te th

e w

ay th

at t

he d

iver

ters

wer

e se

t -

It m

ay h

elp

with

the

inte

rpre

tatlt

on o

f the

dat

a I ~for an

tici

pa

ted

up

flo

w a

nd

~ f

or

dow

nflo

w

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

A

mbi

ent C

ondi

tions

For

ms

____

____

____

_ .. __

_ ._

" ·•

Zb

Co

ntin

ua

tion

of H

PF

M t

est

un

de

r a

mb

ien

t co

nd

itio

ns

Wel

l Nam

e: P~

.[0

.3

Dat

e !:/_

IJ.i

l '2.

f:J II

·. '

u<5f

b C:.

41 D.t

\lef2

:r~~ /~

t-''c

er.J-r

ol~~f!

JrL

Flo

w R

ate

(in

ga

llon

s p

er m

in)

Dep

th

Flo

w

Not

e d

ire

ctio

n w

ith

• o

r +

D

iff.

in

Not

es •

incl

ud

e in

terp

reta

tion

, wl,

etc.

(i

n fe

et)

Dir

ect

ion

o

r w

ith

up

or d

ow

n a

rro

w

Tim

e

flo

w ra

te

(see

bel

ow)

I 0~~00 J!'

NDF

\oCJ.D

. J

,3qY

iQ

,.-~JJ

-a:;

13

40

C

:,f

] 0.1

cO

D"'

N ()

f(..:o<

J t.,r

/1]/(

Go I•!~

1348

l~P

I

I 01.

DD cr-

-. V'J

D {io

!t1 }.~~ J,~o

}35~

bP N

o IL

!)uJ

j ()

/. (

)U '-

.f./

,,.s

o~lo

J) /:!

ftJ4

0 ('·'*

%?.>

/L/D

b ~PA&r~~~~~da~N

~4-.oo~

t·3}J

(b b

[:(F

I}iu

.-L

WJ3

. --~-

. .

t;P.

f.))

~fl

oc)

-=-----

-----

c'/·

Cfj

.t¢

~

NDR.

ouJ

l.7t

](t.

o J.

:AY

,lo

.(t/

Z-b

(3

;/(

>'> .

'b6

. fi"o

.A--.

No F

l. ll u-

~ 1 ·W

Xbo

ta'fY

._bo

llf ?

-..;'

~p

·. ..

<V~.

bo..

-1--

· tJ

or:'W

(, -:ft'J

1o

(, 5'1

Y.L

,o

fl./-3

o Bf

'6

0 \ ;0

,A..

. 1\J

t) (la

J f,'3~

(,{)

(,

3'f'X

l.o

J'-/-3!

'"' t;

f 6 ;

(,~/

.A--

D'JD~.

f, ;'t;

;,bo

l•!f

iY,b

o J•

P-15

GP

.· ...

. 6D

,.5P

A;

NfiF

.lAtJ

1~"3

1'1/

.J.o

{.

5<iY

,i.o

f!./1

/fl t;

P

.42

1Dl~. f

J!J~

locJ

{ . .5

q:4o

l.~Y

.~o

ILl·(

3 GP

40

~ G

'DA

gJ

OR!

Jt)

f.:A

}.'bo

i.

-=Ar

._~,

o J'-

ir'k

bP

'

i

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

A

mb

ien

t Con

ditio

n:

For

ms

...

...

. .......

·-..

·-~

-··

----

----

----

--·-

---

( ! '

_. ;\ I 1 !(" Vrrq ,/,No ()J · 138'1 6

Field form for recording discharge and drawdown data used to compute open hole specific capacity 3

WELL rf 6 ~ I 0 3 Date: t/ .--fCj .. 2-D ( / Operators: • • · ···-· -·- fllliT)pinglate gpm watch-time:-: -!-/-3-s=;,.~('-1!Z.~Lf'f-J7'-'----------~-------

HeightofMP {) ,/Z.?'f computertime: ~~~ 1 z.·,q-7

These data are used to compute the open hole specific capacity. With additionai programs you can c;alculate the open hole transmissivity. (see Bradbury and Rothschild, 1985)

/ . r: Pump set at __ ft below MP i /

.1'\/ .·' Note any observations in the discliarged water: smell, turbidity, color ...

\ . -~ Be sure to note. when the pump was turned on, changes in pumping rate, pump off, et~. These data along with fluid temp and resistivity data collected after pumping may help in the interpretation the flow meter data and the hydraulics of the borehole. : ") A»D ( /+ {-<> T/20 ~L fo o.... "'"'w:-::-a-:-tc-=h---w-.,at,...e-r .-. -d.,-ra_w_d.,...o_w_n-----::D:--:i-sc...,.h-a-rg_e_r-,at,...e_m_e_a-su-re_m_e_n-:-t- tl.l rz/2.e·rrf· T () S) {1/J.f;)

time level \ rate vol (gal) time (s) Q (gpm) Comments: +ro II sl/oJJe.cl· ~ 4" I I • _.. . ~ ,.,_1. .;;..H.. i~tl..., g 7 1·

Jru11wq,.:::..c::.v• -

It::: 51 ,S'b.oo 37,o3 .

L /30 .. /J;J__ 1 'H) .-0~3. )t.,([} "01:\ '1. ;:)7.,/) ofi7'2 16~ .('iq{o i ...;· I 5o " ff) Ca :YO( II> J 17

l€00 '37:/0.. A ..., 14 s; n /oq $"l,·7II

' 'I I

MP=measunng po1nt, dd= drawdown, Q=d1scharge (or inj$3ctron rate), vol= volume We want to run the HPFM test under pumping conditionp-' once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is Jess than the resolution of the tool. So for example:


. ~ )

HPFM_and_ Q-test2.xls / [email protected] 2/24/2011

/

;;t~ : :

S· ·

::

Pu

mp

se

t at

:58

fee

t 1'

b'-

Wa

tch

tim

e:

I~-:

J'F.'

I o

/ I

-lll

llf"

"A

,I;:

J ,, __

_

gal/m

in

.s-rD

f ·. ~.b

W

L.a

t sta

rt o

f HP

FM

~9,~

at 1

5 t;3

Com

pute

r tim

e: 1

,;;". I

<I: 1

° ~

Pu

mp

~tarted

t3 1

53

2-

· W

L a

t en

d o

f HP

FM

1.

1.?:

,\

HP

FM "

Hib

HE

RR

AT

E"

PU

MP

ING

NW

IS 15~

digi

t id

. (c

1)·

Wel

l: P5

~ l'D

3

Too

l ser

ial n

~. 3

I Db

Ope

rato

rs: ws~/ t;; L

S

De

scri

be

MP

: To

P o

f I Att

.li\\I

~Ut"'\

Lbc

.k. {

;:. {/

CJv>~

4

at

\'II,\

'< (f

•ceJ~

Initi

al W

ate

r L

eve

l ~3

feet

G

U> ~

A in

WL

du

rin

g t

est

ft

f

U'S£

D /i,

''D

QA-!C

R--. L

{-t1

1 at

t\.1

1

TPD

l.L

Da

r P

um

p S

top

pe

d

19, r

:z,

WL

aft

er t

est

: A:z

.orr~.

cor

reJ.

. F

luid

Re~.

& T

em

p:

yes

or

no

Rna

-trip

dep

th e

rror:

D 1

D 5

ft

P.J (\1

\fJ o

tu ®

1!;

s 2..

lifi

n e.r:

J..

DJp

th

Flo

w R

ate

(in

ga

llon

s p

er

min

) F

low

N

ote

dir

ect

ion

wit

h

-o

r +

D

iff.

in

No

tes

-in

clu

de

inte

rpre

tatio

n

{ in

lfee

t)

Dir

ect

ion

o

r w

ith

up

or

do

wn

arr

ow

T

ime

·f

low

rate

(s

ee b

elo

w)

. 1.1

5~ 10

0 M

.U It

tp/e..?i~

6 <l

ur•N

Cf-::

>-f-a

.../)A

Jll so

:fl ~

I"Y

-15

"34-

I !;!

,}fj.M

ea '5

1-0.

:·th.

n/6

po

,, b

.ell

lw

!"'*

' .J

dc.N

f -s

o (s

J€.

hliC

J w~ i

vla

I h

PtJr

v<r!J

c:\;

,, t0

e:. C>

. ~

I .\,

._J..

/ C>

, /O

/ "/'-

,to

k'f

o

.ox, ,/

)0 '%

.·

3.'1~

"' -

~ll$

1Nt;

15

531

!

.b2

.$-t

J '-

!/

o.ocrs

-1'-

'0%

rD

,b%

tr'

_"?

/bD

)-t

g[).

~j

I_//

t:>

,l>'IB

1

.v'i~.cC ·~

IJO

_f tM

/7 I

'i?

2. p

D '-I

/ z:

>.D

311'

,D~¥D ·~

,I) '3

,/C

> .o3

_%. 2

-t -V

/~

IZ..

.

361s

t't

l..f/'

D ,o

'2-D

1-,l

>z%

• ./,o

.t>

%.\.

fb

tbtb

l 9

/ ,p

/ w

Dr

Dt~f

' ~o

%,()

(' •

DI~z

,Jb

/b-z

..tl

CJ ~1

.loo

'+-'

{)~"

0\~

1-o.

oi){

s,/;

~ o.~.AO

n-e.

b I

ID/lo

J V

/ e>~oz.z.-1

·V"?

({,s

b .o

?ffz

_\

It;.

tU I

ID'fi

.0°

....V

D,Ol

~ "(

\ • 1

>l7

](,.S

'{)

~D;>

{q.z

( ··n

::;.t.

l

I D1

l.o

o '-+

" D

.D'-'

/1

1 o'

2-)f

l._.

~" '[

)(... J.{

z,,,IPo

lb

(.J?-t

i D

g'.!o

o ~

0 .D

ZL/ 1

' • t>

i-J1il

,-zf"

,o%

.ro

,~::,.r.

.Jt I

liD

]b

o '-

t/

fVO

vtov

J f,

'?o/

.r,o

t.

3'iY

.hD

lb

s"' >

I r;

p JJ

o F

Lo

w

1/'IJor~

NV F

LVW

,ofir

{v

,fJt

JKA

J,

3'f7

~ Jh

r !?I

I J7

,,DO

·\.}'

AW r

wi9J

, o

o 7'4o

,o

cJJ4

0 /7

0¥

11

~.~0

w

;Jo

~Lo~

r:\.

9yj 0

I. ~

97:si0

I70

ts

12.-

1.~ (

'} ty

(\/o

~6c»

r.><ri

/Ina

.-..t

l/37

{;o

'· •/

• 11

1 tt

t;, P

tJo

pL

ow

17

~ tf:.

Or()

~ 111

0 f

wuJ

\ ,

'3:-tt

"'\./c(

,o I.

-5W~

'V

/7 J ~

Rem

embe

rJto

rec

ord

the

calib

ratio

n va

lues

of t

he fl

owm

eter

. Y

ou c

an d

o a

scre

en g

rab

of th

e ca

libra

tion

pabe

on

MsH

eat o

r rec

ord

valu

es.

tran

sien

t flf

w m

eans

that

the

flow

rate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to th

e.ef

fect

s of

tool

mov

emin

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al fl

ow.

Late

-tim

e fl

ow

mea

ns t

hat t

he h

eatp

ulse

has

arr

ived

afte

r the

GP

, but

the

com

pute

r has

pic

ked

the

GP

. Be

sure

to n

ote

this

occ

urre

nce!

.

I ch

eck

mea

sure

men

t ind

icat

es th

at a

dup

licat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

1 easu

rem

ent.

urn

brel

la r

riark

s: in

dica

te th

e w

ay t

hat t

he d

iver

ters

wer

e se

t -

it m

ay h

elp

with

the

inte

rpre

tatit

on o

f the

dat

a rf-

---.. f

or a

ntic

ipat

ed u

p flo

w a

nd ~for do

wn f

low

sour

c 1e: 2

/24/

2011

cjo

hnso

n@us

gs.g

ov

Hig

her R

ate

Pum

ping

For

ms

I I ! 1 ! 1 .

3

A· o

<=~

J .o

4 ~rl)s

·e. rt

ztlU

Da

.J~t

Con

tinua

tion

of H

PF

M t

est

un

de

r __

gpm

pum

ping

c0n

ditio

ns

l W

ell N

ame:

(?

~ ..,.

1 0 3

Dat

e .!L

I /7

I zo

II

Dep

tn

I Fl

Ow

-~

Flo

w R

ate

(in g

allo

ns p

er-m

iri).

( in

feet

) D

irec

tion

Not

e d

ire

ctio

n w

ith

-

or

+

I).. (d

a S'

o 'V

I NO

p:"ltW

l---: 0~l

> .~1>

I .D

0;4b

.W

11?~l ?

0 01

Nb-F

'l&;T

V$'1h

(bn

11' -sc

c%~"

0 13

11. ~ '+

-' I fJ

D I

Ao£J

I '·'

'i~6

o I f;"

34j{.

6!:>

1 ilJ

,I~o

'·fX

TIJo

Flo~

IT:.

Yt .J

&:!-

~17.

3'1J

{.ba

IL

/7 ,~D

-~ lu

Jq_-

FLoW

I1 ·~'~tz~~

lt.s4'

?..{.,

,~ I ~

I J s

:0 ~ 1

Nb A.

D~TT· ~~bi> l-1

i1 '%"6

a I ~

.3i·

. ~0

'-/-?_

I /0 0

fitJv

J 11

• YtJ

ib o

11· '3

.'%-to

l G

tflr;:

Q ~ I

/JD P

tovJ

I1·Y

rtl.

t.o

11.~4-

t~t.D

I. :1f.J

.b.o-C

iJ l1u

o R.

.tJvT

P·:Y

nA,t,o

ll·

Yi]l.~

:,o

10 £.

--~ oo

'tn

NQ-p

tv~l

'·~4

]-(.

tc l

f·3~

Jtt.

o

I.

i I ; i I ~

i

Tim

e I

i 7.:2

41

{73)

1 11

3~1

fit/5

1 11

'fBI

11 S"

') I

t1s'

~ 1 g

-oal

1~/)~

1 ~oc

;l

Ditt

. m

fl

ow

rate

sour

cJ:

2/24

/201

1 cj

ohns

on@

usgs

:gov

H

ighe

r Rat

e P

umpi

ng F

drm

s ;

-Not

es -

incl

ude

inte

rpre

tatio

n, w

1, e

tc.

(see

bel

ow)

jUD

Pl.JJ

w

8f

~p

GP

c;e

Cf

~r

bP

bP

Gf

,.

5Tf2.b-£6&D Century I Combo tool log

{'} n ..,.

WELL NAME: _ __;_~_::')_· _.,.·_u_O_.:;;_· __ _

NWIS 15-digit id: -------...-

Location: I q..J~ \Ji f 4 I ) I (1)4 eJ Project: OtJxbo;(.) ··FfA

~~{I} cg-C~ Tool serial number: 8043a

Date: _t-1_-_J _'f_ ... _2_.o_ll __ _

Operators: l./-''6G I!! L-5

watch time: I '2>; -:51,; ).b computer time: tb : .S b : 2-D p fVI

Well information: Describe measurement point (MP): Top Drt ALum 11v u ~v~ loc./c, · (o //,~VI Depth of well: // D ft below MP Height of MP above land surface: 0. 7 2-- ft D G: -:f'rt., Water level from MP :?.~. "?.~ ft @ :?' ..::S.t. .. , Depth to bottom of casing:.

1 6 3 ft '

Nominal diameter '-1. inches p{/ C. l r.JS/2-~W

Log Down ... ·Log Up

Start time of log: / B L{ V Start time of log:_,__+s-

End time of log: J q {) Z,.. End time of log:__,.··y!..+--\.

Logging speed: v- rb~/ivt;;;-1;;;:~;-------;L-::o=gg::;:in=-=g:-::s=-pe=-=e::;d;:--:_:!r~----~==------------~'---

1lJ1NJ\ ~ orJ w~ty up) tXppeMed +r> ~'JF;.p CDurJh'{IJy -+~.~ Tt:.Jtce_,~

'1i..vvc1k-+ ~~· ctvJqiw-1· o./se.lf Jf·· Pee-l :JDod dak ~PN -/-it!- wa-, JovJ,._,/ No p~"ob /~.s t>r 1 hk.Ac5 ..



WELL NAME: --'-A..:::...5_-_, tJ_f.,__ __ NWIS 15-digit id: --~----

Location: I q39 tf;rq1 fuva tzd

(l'EtrJ ] 38CJ J -flD5? CM u elL,

Lo:f -18,CJ3Ci'1- . LoN~ ""3 6. L/ I 7 e,.ci .


Date:_!}"_-3_-_J ~-----:::-~& !G / .r'~ b

J( c ' I 111. ' j· <..._..-{J' !)..r.) I. :> n ,' . "'~lr\ j.-'' .I '

Operators:---=-1/.--"'-vv-=--~~"-...:."---!.r·-"'-·' v /

Project: Ro~kro .GP f+ GdrJi}' watch time: I 3 l f ~ 1 :;computer time: J 3 I '7 ; 1 ::--


Well information: · ' Describemeasurementpoint(MP): ((o._v'\(\e., on foe of I'::>VC CCJ-ifi'I(-Depth of well: ?lf '-' ft below land surface Height of MP above land surface: .,3 ft /""' ). S Water level from MP ~ 7, q G ft @ c;;><-

Depth to bottom of casing: 0 q ·:. . . ft Nominal diameter 4 inches C.(f61rJ& 1~1Je ..,.. '-( -fr of' 6 '' fVC..


Top of tool zeroed to land surface: 1'op o{-{19~ C ~nl~. c" . ,.

Starting time of log: ') ~ :;)_ ~ Depth start: O/fJo~ .-ft

Ending time of log: \ ~-; Sf Depth End: .-4 'J.d.- ft

Logging speed: \ 'S r ~ so .. /J-3.. Depth Bottom: ft

Logging direction: ...:::U:.:..P __ _

S<!mpling rate: e \

Round trip error check of depth: ) d-. should be <2% of the total depth

2-pt Calibration: __... " A/ e Ce/ / ~e.+bcc__ . Point 1: 6,$10 inch CPS: 3l (;,oG,. 7 3 I ~I ;Q: tfr· Point 2: 1, 6 J.Sinch CPS: 4-o :;:2.79'' ~

Note any problems or points of interest: ~ efoc-e_ !1

us s science for a cllanging world


wELL NAME: ----'P'--s_-.!_I o_f __ _ NWIS 15-digit id: ---------

Location: } 'f 3' I V t f' d; It no. fl c{

Project: lto 'X b o ((;) t---=-/Ji- G-!YJ H

Tool serial number: 8043a _5; J.;, ' '·iJct, 6

Date:S-J -/1 Operators: (.a lJUJe- If S ~ub

watch time: f ~ \ J ~~ computer'time: I .S I /"" 1 ~


Well information: J Describe measurement p_oint (MP): ·1- fv,V\ 9e_ e> 11 :0 f of C .S: q Depth of well: . 8.0, 4::?: - ft below land surface Height of MP above land surface: ., 4 ft Water level.from MP 'd'7. <t b ft @ l :A;;:). 5" Depth to bottom of caswg: (;,I ft Nominal diameter q. inches


Top of tool zeroed to land surface: ·if< check)

E-log mud-probe grounded: 0""(check)

Log Down

Start time of log:

End time of log:

) s 57 l~b'

Log Up

Start time of log: /4/ ) End time o~ log: / Y 2- D

Logging speed: I f) ioo ( ( . Logging speed:~-- rrJCl ( bo-ffo,

-~~;t~;~~~--~~c5;~~~---f,J!~-v---~~~;~-~~;;~~~--r~§~---------g&:oa··--· '-( l ./ o\ epl-~ l-o lJ .

Depth End: I ""'' ~ '80 1 00 Sampling rate:._:_-e....!)'---

Round trip error check of depth: - 6 . 2--3 should be <2% of the total depth

Note any problems or points of interest: 1 Tof tl~ 16~ '-® . . .L c I

o.../'Ouf\CA. ~0 -rl-&.- -tr-, po~ \'C. I over. ff/re'i!d y tfl)tJ"uJe co...zt{\}6

us science for a changing world

Mount Sopris I AL T OTV log (OBI 40}

WELL NAME: _ __..;.P....::.'J_~_{_D_tf __ _


Location:

Project:


Well information:

Tool serial number:

Date: --'r;;"'"· _-__;;:5=---.::ZJ> __ ~ _J __ _

I'

Operators: vSSt:-_/ ~t;s

watch time: / ~ •\ 1 ~4 ~ computer time: I "?J',\ -r·fr5

Describe measurement point (MP): _--,_/ D'-c-"-~-/-1--'-"-i =J r.:....;.''\=!tJ'---'-u"-en"..:.......;L"'-"-o..;;;..C-..:::/c_;;..._:{_;j=-.;[:.;../ {JV).;::__.;__ __

Depth of well: "&' I ft below land surface ~~~------~~------Height of MP above land surface: o.Lf ft /

Water level from MP 'd.1 I q (o ft @ rr:>. 7 . (time) Depth to bottom of casing: fe '7 ft Nominal diameter L/ inches

. Notes on well (water guality,need for PPE, or problem areas:

Magnetometer/Inclinometer check: _/ Tilt check (~45°): GfoK Directional {N,S,E,&W) tilt check: [W OK

North check (placing object in front of camera window at north): uz{oK

TOp of tool zeroed to ~nd '"rfaJ'ii "!~heck ~p Starting time of log: l 4 cS ,.J . /£50 6 Depth Start: 5 • I B ft

Ending time of log:


l~oi·/,\,1 /

g .(<Bfl/min)

doro~r-. /0 p

Round trip error check of depth: -1- ()' DL}

Depth End: 5. Z 2- ft

Depth Bottom: %0 • JO ft 51-oppeJ ca.;.,vJI~

oep-rk


RP (bottom of tape)

TopofTool

f:p~ C fe_a, 1'. >"' .r::r;::. Seof f.I'Y!P.11'f.. b V /?tt/S./r-1';),.- '-" "M\' J,;_.,,V(>o-r'n'\.•r l·~ '-' .ff\IA.al"i • r,p ( d ;:A.(}.cf lt? Cl;c:;- /..,-;_'7/, {CY i'f'/) ~' 1,-:rr).f./i C!f!.fJ!•Jf!tT

liJ i' ~· ..;..,. o- ' -..,;

P.J.(IJ~Jo.11 f..f C&J;mera. vp fo .,.. 3 ;z ..... ~t fk lofl...l.lW'el badc;..dor.rJ'rJ A. d1J5e. -o Jf- €>5. z.z..-9. Checks: · 1. Data sampling interval: 0.015 ft Pts/turn: 360 · Light: 6 or 8

in dark rocks choose· a higher light intensity-- 8 -10. 2. Prior to actual data collection you can do the real-time mode data collection as -a check.

Be sure to record the depth before. you start the time drive!!

51\J 'i? 8'19 Century I Combo tool log Tool serial number: 8043a

WELL NAME: __ P_;_:?_-_(_o _L_/ __ Date: __ ~1_-_· _I 3-=-· _-..:..2_C:)_f_l __

NWIS 15-digit id: --------- Operators: L~>...J SC / 6T t·>

Location:

Project:

I 9 3<1 Vrr'q 1 /uJc.. fZJ 12o ,>{ boro r;pA G f\·'-{1

watch time: () '6 : (J 1-1. · S"8 ,/· computer time: 6 s:: ('. {!: s-e

Geophysical log reference: measuring pt ot!~rf~ Well information: Describe measurement point (MP):

Depth of well: ---,,..-,;_-~~-1 ___ "'"""" ___ ft below land surface Height of MP above land surface: 0 . if ft Water level from MP 7'7, 8 3 ft @

-,....--.1::!.?._7!..---:---::-ft inches !f'..l:;i{d.~·· l;. ,. ,"',;:t·::1r---;,

Depth to bottom of casing: Nominal diameter l/ r.·· '/I~'


Top of tool zeroed to land surface: ~check) E-log mud-probe grounded: 5Jf~heck)

Log Down

Start time of log: 6 11 ~ Start time of log:. ___ _

End time of l~g: () tt 2-3

Logging speed: \./" ( D % ,,'.; Depth Start: C) ·OD ToP c·f.1ooL

Depth End: '7 1 .~ fo f cJ.. fo 0 t.

End time of log: ___ _


Depth Bottom: 8 f.\ L/ 3

Sampling rate: D · l D

Round trip error check of depth: - C>, I fo (-(~ should be <2% of the total depth


(_

?-7.

J?J

HP

FM

AM

BIE

NT

W

ell

Nam

e:

{Jj-I

DV

Too

l ser

ial

no.

5/ol

:, O

pera

tors

: _0

-l'SL

./ 6J M

-

6 L{

N

WIS

15

-dig

it id

. (c

1):

D

escr

ibe

MP

: (D

e-

d-L

uf\

"'-u

vtJv

"' Lv

c/or

vqt2

/ir_

~.,

For

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l no

.

Dat

e 7

I /3

! 2

6 I

r H

t o

f M

P a

bo

ve L

S:

C)'

'fo

H

eat-

pu

lse

flo

wm

eter

: H

F __

Z /1

r:.

-z 1

.. ..1

5 \lS

.

,-.. "

'r I

· r .!

J _)

ft

belo

w M

P !Jru-~

· ,...(

R

nd-tn

p de

pth error:~

ft ab

ove/

belo

w M

P

r;

-7·

.

. In

itia

l Wat

er L

evel

1(

1,·,.

rt-

,,J,

co)

tlr'

:;'

{:, (

' j,

1 :,f

:. rj

..(.

((.

0 ~:

D 1

~r

Ju

wat

ch t

ime:

6

&--.<f

-1 . .3

0 ,/

t' T

ime

._

v '

' , _

_ ,_

,J -,

l_

)l ~

5 F

low

Rat

e (in

gal

lon

s p

er m

in)

Dep

th

Flo

w

No

te d

irec

tio

n w

ith

-o

r +

D

iff.

in

Not

es -

incl

ud

e in

terp

reta

tio

n

(in

feet

) D

irec

tio

n

or

with

up

or

do

wn

arr

ow

T

ime

flo

w r

ate

(see

bel

ow

)

/bZ

. ~

!58

)

I ;t-

1.)

I ;\

3

I {<

;"IS

' I

{Lfr

. .;-

/ tt.

fl.r;-

{ 13

7.f'

1 I

A

ll&

' . S"

\

rV -

( ( D/

(2!~. ~-

>v/

I..., ,

J t/

t I

tzl .

::-I

I /1.

~-)

f/1

I

A

II '-1

I tt:e

5 rov'

--r 7&

.oo ~

11' .

0 I ':

) ,0(~

f.:,

,~ll

·"

Z

. t\.

q('

ocr

_ {c/

(*ch

eck

the

time

on

the

com

pu

ter

and

cha

ng

e i

f ne

cess

ary

so

tha

t tim

e t

agge

d d

ata

ma

tch

es

the

field

not

es.)

gp

, gl

itch

pic

k is

the

rea

ding

th

at i

s a

uto

ma

tica

lly p

icke

d in

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

ea

ns

no m

ea

sure

ab

le f

low

tra

nsie

nt f

low

me

an

s th

at

the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

eff

ect

s o

f too

l m

ove

me

nt,

wh

ich

ca

use

s an

app

aren

t ver

tical

flo

w.

La

te-t

ime

flo

w m

ea

ns

tha

t the

he

atp

uls

e h

as a

rriv

ed a

fte

r th

e G

P,

bu

t the

co

mp

ute

r ha

s pi

cked

the

GP

. B

e su

re to

no

te th

is o

ccu

rre

nce

!

che

ck m

ea

sure

me

nt

ind

ica

tes

tha

t a

du

plic

ate

me

asu

rem

en

t wa

s m

ad

e to

ch

eck

the

con

sist

en

cy o

f an

ea

rlie

r m

ea

sure

me

nt.

um

bre

lla m

ark

s: i

nd

ica

te th

e w

ay

tha

t th

e di

vert

ers

wer

e se

t -

it m

ay

help

with

the

inte

rpre

tatit

on o

f th

e d

ata

~for a

ntic

ipat

ed u

pflo

w a

nd

'--+---

' fo

r d

ow

nflo

w

'7 r-;

i '-{)

I I I I I

sour

ce:

5/3/

2011

cjo

hnso

n@us

gs.g

ov

Am

bien

t C

ondi

tions

For

ms

Con

tinua

tion

of H

PF

M t

est

un

de

r am

bien

t co

nditi

ons

We

ll N

ame:

f5

-fo

l/ D

ate

7 I (J

J z

on

Flo

w R

ate

(in

ga

llon

s p

er

min

) D

ep

th

Flo

w

Not

e d

ire

ctio

n w

ith

-

or

+

(in

feet

) D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

/fZ

.J.J

G

,--h

. f\)

()fLD

..rJ

1-)%

,.

bO

l .Y~J;t

I ~

C,.>

013.

-2

I{).

(}()

/'

1---,

A}U

r;Lo

c_J /

.-:AJ/{

0 -1.~

,I:,

a

o1{!

t,

6 ,

()0

~

~f-,

Dtk>

--

D%,~

.cff'

--0;

?:

lc; ;l

i'

b 9

t/(,

rPL/

.Df

A

NO

F[ow

.oo

8-"h '{

o,bo

oo~

-'fo

,aQ

{)q(~

sour

ce:

5/3/

2011

cjo

hnso

n@us

gs.g

ov

Diff

. in

fl

ow

rat

e

L/ 1 ~ c

e-~,.f-

r oi2:

J~

~ {

I

/.) I !

f.(L,

!";Je

fl(__

_

No

tes

-in

clu

de

inte

rpre

tati

on

, wl,

etc

. (s

ee b

elo

w)

G ftf

c.t

/)f(_

[_

~/,k/-

-. P

lc.k_

V

Ot;

JtJ

FL oc

..J

L(.J...

.tt2 -

-h r~

--,::

; L o w

•

Am

bie

nt

Con

ditio

ns F

orm

s


WELL tfJ'f- (0 Y Date: 7/t 3/2DI! Pumping rate __ gpm

Operators: 1;-J 5C-/ 8:J (\'\ watch time: I D; 1/: d G. computer time: {{); 17.:6 S

-;s:l 1\ ...- z.._< s. u/)-- q jPV\-

Height of MP v, •-lo

o, "l/ ~s ?'

~ D I~ 1,-Jr/0.. k"'V-f These data are used to compute the open hole specific capacity. With additional programs you can 1\

calculate the open hole transmissivity. (see Bradbury and Rothschild, 1985) 1X c~ 7..--"

Pump set at ? S ft below MP Note any observations in the discharged water: smell, turbidity, color. ..

.Be sure to note when the pump was turned on, changes in pumping rate, pump off, etc. These data along with fluid temp and resistivity data collected after pumping may help in the interpretation the flow meter data and the hydraulics of the borehole.

Watch time

water drawdown level rate

Discharge rate measurement vol (gal) time (s) Q (gpm)

/D :v5;--v ~~~-~

Comments·

I oC>D ml-- '5"ecorvdS 11bJLL !DIS z?.lo t!Jiftd TIJ JltJ2B. 27.{0 fflc.LL = Tl, I 0 'f

JD sr z-'7 , 7 o ~ PY_f'/IQ (IJtJ£ lui'V'f/JI J

ID5L/ 2'1 ,f:/ 27. .¥{ ~~ \ cl '3o.t/l lOLXJ>"1"L.. I&. I -:5(), (o(o 11';;>3 '3o. ~a I rl/101<" 1.. l''i I _-so,Lt~

II '3'-( ~C>/~7 t/. '9 ~Or ?:,1{ \H3 -:bAD ,()o .0 "2,o:-so 11~1 ?D. '30 ·~o. '7 5o. blS"'

t?.~ 'Su, 3D "d..t:::..l\ '11>.c9~ \~1!..1 'M ~\ r-Jt) f; 'So.D~

.. MP=measunng pornt, dd= drawdown, Q-dJscharge (or mjectJon rate), vol= volume We want to run tbe HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:


~ '\ ~ ~ r-~v>o(\...

Century pumping -collection_forms_mc [email protected] 5/3/2011

I H

PFM

"H

IPH

ER

RA

TE

" P

UM

PIN

G

We

ll:

/),c; -

(Dt/

T

ool s

eria

l no.

3

tDb

O

pera

tors

: W5C...(6J('.t~,

NW

IS 1

5ld

igit

id.

(c1)

: D

ate

..=Li

t /3

I Z

t..i

f (

. -~,

l%

De

scri

be

MP

: {{

)[_

-A.l

vM

I ru

uf\'

l (.·d

e: (o

f(o.~~

Pu

mp

se

t at

-Gsf

ee

t .

Wa

tch

tim

e:

ID ,' 17

:6 C.

_./

Pu

mp

ipg

Rat

e ga

l/min

. ?~~t

1 ,1'1

P

um

p ~tarted ~

1 o

5g

tt

l

WL

at s

tart

of H

PF

M

3D.S

:Cf

at

fl z..o

C

om

pu

ter t

ime

: 1 t

J :1

7: tH

WL

at e

nd o

f H

PFM

3

0 ,

? ... ..lf

at

lliJ

.

l:l. i

n W

L d

uri

ng

te

st

ft rf

i(/'

.',•J,

c.vl

l-l:-8

1'1-

-In

itia

l Wa

ter

Leve

l U

i7_!

) fe

et @

I Ofs

P

um

p ~topped

1 ~?

--/

WL

aft

er t

est

: at

,

6 cl

b c %1~

12--

Flu

id Re~

. &

Tem

p:

yes

J::

't'/

-r

i I

, .

Rnd

-trip

dep

th e

rror:

D ,

6 I

ft 'J

If

I f

)l es

,, o i .

) -

or

no

i F

low

Rat

e {i

n g

allo

ns

pe

r m

in)

De,

pth

Flo

w

Not

e d

ire

ctio

n w

ith

-

or

+

Diff

. in

N

ote

s -

incl

ud

e in

terp

reta

tio

n

{in

Jfe

et)

Dir

ect

ion

o

r w

ith

up

or

do

wn

arr

ow

T

ime

fl

ow

rat

e (s

ee b

elo

w)

L/o.

bz

'---V

1

.r;<

-IU

,to

,-

;-g

x, ~

/,0

')

/D:)

f]

£;J

( tt

S 1 rJ

6 -

{i) c

/..t2d

2 PiJ

rvt.Pt

f\.K-.

; i

4tc'

J2 r

uP

/{)D

ti,,

~l..

/ I

' l'N

J{.c

::.J

, (6

. q '5

."',:

.

6ri. o

a)

\. .,__

_) /fl

{),L

/-~f/

(J.<./

-SX_

z.oc;

6<'{%~

I

!liB

6~ ,c

o!

'---f.

-/ 111

(j [)

{l(

(;f~,

.· I

... f

"J(l

l.//

) ...

,, r

'1

)1;

• /..

..-I

.-:-;~

(;·/

. (_

_,..,

_)->

_-

-:-.

:~ ~ ~

llz-z

.. 1

0 r

DO!

\.y

1'-o /

Jo~

·00-

~.o/

(''

. oCJX

c;.b}},

>"""'!:_\CC-f.O~J,_ . .,

1llv

(

lt3

3

fJl

-E

(0.'$

6'('

[.}

, . .;.

./

I

l1o

669

.D"')

( t)h

%

!'--

.... --

--·--

I I l{

t/

{2

,D

O,

'·-+-"

. '/.

7')

.

--;.

,-/t

)

7fP

, o

6 ~

f.b ,M~

, t>ox;

;, t.. r·

:.;

, If

U

.) ,0~

.. l;::

:,o

) !

{cJ

; i Ph.

pe

a)

1D.u

o r+

-\ fl.

() ,60

'1

;oc.

%

,()%

-=·(

) rz

Dfs"

,_

3~ :,o

...

,_4_

.

L( (j

. cl ~

f\{),i

f2-9

()

,I/ iJ{

,;J i)

O,i.J

I}f.::

,/

i,)

I 2

1?:.

cJtlc

t f "

' (_

"(.(5

fr'/C

f

j -~ ~-----~--

------------·············-·········-

··-

Re

me

mb

eri

to r

eco

rd t

he

ca

libra

tio

n v

alu

es

of t

he

flo

wm

ete

r.

You

can

do

a sc

reen

gra

b o

f the

cal

ibra

tion

page

on

MsH

eat o

r re

cord

val

ues.

tra

nsi

en

t fl!:

>w m

eans

tha

t the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of t

ool m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

.

La

te-t

ime

f~o

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

, bu

t the

com

pute

r ha

s pi

cked

the

GP

. B

e su

re to

not

e th

is o

ccur

renc

e!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a

dupl

icat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

--

--

···-

um

bre

lla m

ark

s: in

dica

te th

e w

ay t

hat t

he d

iver

ters

wer

e se

t -i

t m

ay h

elp

with

the

int

erpr

etat

iton

of t

he d

ata

~for an

ticip

ated

upf

low

and

~for do

wnf

low

sour

c~:

2/24

/201

1 cj

ohns

on@

usgs

.gov

H

ighe

r R

ate

Pum

ping

For

ms

! i .

f D rz.._ ?e,r-60

IIUS S science for a cflanging world


WELL NAME: __ p_~_--'-( O_L_f __ _


Date: ---=--·_1'_:)_-_Z_~:J_! _( __

Operators:_l_,-.J_S_c.._. -'-/_6""-J-_f_~--

Location: [) f watch time:

Project: ll &/- bO r 0 F fA G j'!!t I! . computer tim_e_: --

Geophysical log reference: measuring p~

Well information:

Describe measurement point (M,;,_P)t..:..:_/.'-""D:...::C::;,__-_;A_;_L_J.::....:...f\A--'-1...:1\J:...::V:...:~""_...::.[...::o...:c:...:. ~;...;r.:..;,P<-.C--i-f_C_e>_!,;,_l:..;,(j/'1_ Depth of well: ----::---::--"'i?--'-1 ----,---ft below land surface Height of MP above land surface: D . LJ ft Water level from MP "l "'1 t CJ ~ ft Depth to bottom of casing: Nominal diameter tf -:---:~te~IJ..__---._tt

inches ; /\) 5t' rl


Top of tool zeroed to land surface: ~~eck) E-log mud-probe grounded: ~heck) Log Down ,J-og-tJp-

Start time of log: /2~3 Start time of log:

End time of log: /3oC/ End time of log:

@

Logging speed: ._,... ( 3 ~~If•~ Logging speed: ____

Depth Start: o . 0 o I o f ,:,C 7 i•IJ t Depth Bottom: 8 0, '-1 3

Depth End: '12 · 5' h' Po...(- 16 0~ Sampling rate: .· 6. I d .

Round trip error check of depth: - 0 ' 0 2.. 4-should be <2% of the total depth


A-n/ A~r. Mount Sopris I AL T _.O:PI'flog (OBI 40)

WELL NAME: _ __;P......;::s:::::.__-_)_O__;Y __ _


Location:

Project:

I q 3'1 V c tq d t f\.IC{ eoc:t J flo!dooro EPA

Tool serial number: 2-

Date: _ _,5::__-_2_t, ___ z_o_c_J __

Operators: t.f0St.~· J /)Itt/ I

watch time: D1: tf 1,· ~') computer time: ()9 : l/ ( ; ~

~ ~ ttA;VLJ -'5"vr.fatR Well information: · . · ·· ··

Describe measurement point (MP): TQ[_ - A lvf11ti'IIU!)fVI.. LocL LO ( ~~ Depth of well: '-.... 8 D ft below MP Height of MP above land surface: () 1 Q ft Water level from MP Z '/.S"o ft @ D1 3~ Depth to bottom of casing: 6 7 ft • Nominal diameter '7 inches 1 1'1-)e cf _ ,g,V\f1re LeW{-J-1,.. e> 1- ca. S '''-'7

Notes on well (water guality1need for PPE, or problem areas:

Starting time of log:

Ending time of log:


i;)O•••c;,/r >f

!Yttfu /oc;r 3 !J 9(z_J;oo<.-

' v- 7 • S (<5 ftlmin)

JJP· j)D~,j/ JP

Sampling rate: 0 • () {

Round trip error check of depth: o. og- Ct


Checks:

,)~u ~~,J U f Depth Start: ). D1 ft 1'i 1 7tf

Depth End: to 7q 1 1 Y ft 5:0 I

Depth Bottom: ft


1. Data sampling interval: 0.015 ft Pts/turn: 360 Light: 6 or 8 in dark rocks choose a higher light intensity-- 8-10.

RP (bottom of tape)

Top of Tool

~ Magnetomet :Jr

Collection ~Window


3. Bottom of lower centralizer minimum of 20 inches from tool bottom 4. Note the version and build of MS log that was used and consider archiving a copy of the tol file



WELL NAME:_. --=-P....::5_-_{ ...... 0_S ...... -" __


Location: / 129 f}f(L.-1 Ffl-){ f2cJ

Date: --=S:::.._~_,__'/_'_::2-:.._0_l_( __

Operators: l.AJSc.. / G"t, S ~ ~ I

h watch time: b'1 ;t.fj, ; 35"' /

Project: f2D!C D(O t;;fJA computer time: D9.'£/b; 3S"

Geophysical l~g reference: measuring pt or~ s~ Well information: Describe measurement point (MP): /DC ..- JUurn.ttJlifV\ lock Chl/dJI Depth of well: I 0 2- ft below land surface Height of MP above land surface: b, 8 0 ft Water level from MP '2.5. '15 ft @ t> q 1./3 Depth to bottom of casing: ..}ie( ao ft Nominal diameter ? inches


/ Top of tool zeroed to land surface: D2J (check)

Starting time of log: } D ?-()

Ending time of log: ----Li...:.0--=.3>_& __ _

Depth Start: 15. 0 D ft

Depth End: IS G, I f:• ft

Depth Bottom: I b /, Z. ~ ft Logging speed: .... ~ ~ \ .(.!'!~~\ .. ~ Logging direction: -'-U.;_P __

Sampling rate: 0, I D

Round trip error check of depth: -- 0, ·~ S' ?-f· should be <2% of the total depth

2-pt Calibration: Point 1: 6 • "3 J inch

g;.,{~l..(! CPS: 3t&JtftJ.'J 3Jh{)b.f?q9

' I ..-- 52.~

,_ s~.'i' Point2: 6.0Z)inch CPS: L-/o?.71.'-/ 1.-/ D I b 0, (l)Z. '"'/1, ;,' -l 9' (;

Note any problems or points of interest: 7JZ.<i'_ 5.' ::.'T ~(..- ?_I' Dr-· '~ o~.J-- o·:-·!

~{Q ~rs.b' r;'1. ~ Cf8.4-'Jp ~ q~. ?... bff W' (+{-.:;'. ! iJ{j {

' I(·.

!·-..{£,

·.,

.. -· 'l !r-_ /

,... ,, I r 'i''. ·~

/ ~:-l.:::""r .• :

r f(

~-lr

•usGs science for a changing world S/fll 8 86 Century I Combo tool log Tool serial number: 8043a

·wELL NAME: _ _.:._()~'5_--..:!....:..D.-.>!S'_-· __ _ Date: _o __ .... _-_'-1_. · _-_z_o_i_l ___ _

NWIS 15-digit id: ---------,• 1

Operators: £.,0'5C. / FL5 /Cl) it...J l ~

Location:

Project:

/ '7 21 l-/r;d v{cv,-c f2u ad

/2o ){. ~6o (0 liP /-1 watch time: ID; .3'1 ; t.f ·1/ computer time: 3D.' 3C$ ; ·L/ </


Well information: Describe measurement point (M:...P.t.;.):_Tt.~....D::::;__;:C-:.._~....:/r:...:.i..::::~:.:l:tJ:..;!J..:..•1~1..:..1v::.:'u::.:':...n.:..., ..=L::.:u::.:C.:::::lc.:::.....:C£::.;o:.....;.:! /.:..CV'J __ _

Depth of well: ___,l!!.::b::...' -=2-=----__,=----ft below land surface Height of MP above land surface: D .{f o ft Water level from MP . 2 :=i. ~; t::; ft Depth to bottom of casing: 5o (TIM) ft Nominal diameter & inches


/ Top of tool zeroed to land surface: IJZI (check)

E-log mud-probe grounded: 52J(check)

Log Down

I r! 1f,·· 1

Start time of log: 0 "'fJ.;!.Ti

End time of log: /0~9

Log Up

Start time of log:

End time of log:

"i7.) o L ceMifl,

/tl>D

Ill~

Logging speed: v- 12. A-j,v.,:V Logging speed:~Z (:.% ,",v

'/,r::;'

Round trip error check of depth: - D .2.~- (:1- should be <2% of the total depth

(!?J 1/11

. ,,

u s science for a changing world


WELL NAME: --=P-=S:::...·_~_ID_~----NWIS 15-diglt id: ---------

Location:

Project:

, q 2-'1 l+t~--l ( fo.-i- Jwc.LJ lloxhorD EPA

5D23 Tool serial number: I D2-t0 I I .

Date: -~5-~_'-/_~ _l_D_l_f ------

Operators: wsc./rt-s I C.b H I I

watch time: II 3s-0 f J computer time: 11: 35".01

Geophysical·log reference: measuring pt~

Well information: Describe measurement point (MP): _,71--=0;..,.:C=---'fh_,_t-_v;;....:mc.....:...:t fi)'-V;;,..;fl'I. __ L_D_d,_t.-'U=tJ"-'{'-/ cv. ____ _ Depth of well: _..!../fp::::...;;.2--:----=--:::--:---fi below land surface Height of MP above land surface:· 0 . ~b R· fi Water level from MP 'Z S, '8'C( fi @ 1/3~ Depth to bottom of casing: 50 ( f-a.q \ fi Nominal diameter fa inches

(time)


Magnetometer/lnclinomete~heck: _/ Tilt check (-45°): 1321' OK Directional (N,S,E,&W) tilt check: [}Zj OK

North check (placing object in front of camera window at north): @oK

. llDul~r-\ J P Top of tool zeroed to land surface: (check) ~()_ . · Dol>lf-.) IJ(=' q

Starting time of log: f) 4-~/ I 2-08' Depth Start: 5 .IB fi Is~ .<il'

I zog-i~ z z_'b Depth End: I 5e, 89 fi !). l ~ I

Ending time of log:

Logging speed: v-- 8' .{~~ (<B Wmln) Depth Bottom: J hf .,Cf fi Logging direction: Dl>tr.l N J uP

I

Round trip error check of depth: 0 , L> 2..-~ should tie <2% of the total depth

Note any problems or points ()f interest:

RP (bottom of tape)

TopofTool

.Bnqh{#;fs Dli(.JN &?o . clo.n h 2-- b I Tool Bottom (3oa rt<t:.S LJf' 'JD · •


in dark rocks choose a higher light intensity-- 8 -10. . 2. Prior to actual data collection you can do the real-time mode data collection as a check.


•us s science for a changing world 7/r0 ~<t0

Tool serial number: 8043a Century I Combo tool log

II) L: /'\ <.:--' WELLNAME: ___ ~~~----u_~_' ______ __ Date: _____ !_·_· _1_1-_/_-_2_. D_t I __

NWIS 15-digit id: ------------------ I /"/ I ,lj .,..-1./\ Operators: "'.J?•-· / f::J.J ' · ;'

Location:. _ _;i_c....:. .. j_:-_i _cf _ _,_/-_,_l_.!L....:/;_r...;_·-f_tu-'-;~_-_.1_:.7 J_ watch time: og: l2: lL computer time:() (S': 12; 1-::: Project:


Well information: Describe measurement point (MP): roc .. A L \.)(!)~I tiJ U{l1 I.{) c.~,, r~lk1-·· Depth of well: / ~ ~ ft below land surface Height of MP above land surface: 0 , 6 {) ft Water level from MP 7_0 , if! ft @ {) 7 cf6 Depth to bottom of casing: l)D { {o<;} ft Nominal diameter (o inches


Top of tool zeroed to land surface: ~check) E-log mud-probe grounded: [YJ{check)

Log Down

Start time of log: {) B'6.3

End time of log: () ~ lfo Logging speed: ...,..... ! S: %trJ. Depth Start: C) • 0 D

It,/. DIJ Depth End: I '53' ro /DP cl1ifM

Start time of log: __ _



Depth Bottom: I !:, I, 21

Sampling rate: {) • I L)

Round trip error check of depth: - 0, 0 3 ({- should be <2% of the total depth


!'f. ?-

~· L-

{1 H

PF

M A

MB

IEN

T

Wel

l N

ame:

T

ool s

eria

l no.

3

/6G

O

pera

tors

: UJ~C/!3)tv!

-g_

$_.-.

N

WI S

15

-dig

tt id

. ( c

1):

f 5

-I D

>

Des

crib

e M

P:

TOe

· !fll

fvl t A

iUA

l Lo

ck C

ol !Jv

. F

or N

WI S

arc

hivi

ng,

log

type

and

seq

uent

ial ~·

Ia I '

l [5

Dat

e /

I .fi_

t z_

o!/

:3, l&

H

t of

MP

ab

ove

LS

: 0

• 21.'

6 H

eat-

pu

lse

flo

wm

eter

: H

F_

_

~J

Init

ial W

ater

Lev

el

26

· Lf I

ft

be

low

MP

1~--?

\~ R

nd-tr

ip d

epth

erro

r: o ·

D<?'

ft ab

ove/

belo

w M

P

'NY

?

' ~

630-~~

wat

ch t

ime:

0

o :

. o.

_ rs

/ lle

:;el"

com

pu

ter

tim

e: O

'fr-.

315,

LIS:

T

ime

6?

:L/b

Flo

w R

ate

{in g

allo

ns

per

min

)

6 (/ Dt

~I4r

L b

11

(01''-

~r-J;.

,.,/\

f)% Tlv

re:d

t.ol<

.)

Dep

th

Flo

w

No

te d

irec

tio

n w

ith

-

or

+

Diff

. in

N

ote

s -

incl

ud

e in

terp

reta

tio

n

(in

fee

t)

Dir

ecti

on

o

r w

ith

up

or

do

wn

arr

ow

T

ime

flo

w r

ate

(see

bel

ow

)

15'1

.oo

~

(l!o

fto&

J /,

317(

(.6

. (,

'~'--'

0'6

57

t(

,tfJ,

Ire

,(

!6'3.

:;-6 ~

iflfJ

.0/0

.O

t/{:

[" ?

.7

, .)•!

./. ....

0%

' ~t

/,OV

O

'f()

/

tsz.::

o ,..

..h.

(f\O

,Dl{

,(

J~ ~

;;r. s

,·o

%

36

/i)'.;

' rf

ttr

IS"ls

v ~

ft} o

Ft cJ&

J ,u0

/0 j/tJ

,(}<

> ·•o

%,

''-/

-f/6,!1~

{) 12

-J { tt

.1(_" -

h /L

A2

/-=! C.

IL--.

__)

I L/'1

, 60 ~

1\ o,

or;)_

_ '0

'.3sr .L

c" .{)~

:<.1

.111

tJ1

3u

/3C

. S't

/h

1\0

tOI)

,b

ly J.s/

::;<.

J .6/~ N:i

S

!"'! S

cf?

..

I 3 t.

/I)D

;1

\ 1'o

~o t"

3 ,o

l3.

;Dl~

n'1

s I

/1,._

<,/ID

!1

$,10

()

133.

Q\

;h

t {)

(.)13

.b

l3;

. l;

. {r.

o5

•bl.:

;,' /~s:

.ss-

1/'lr

'l D

132,

So

;h

'f' {) ,o

J o

,\lty

3/.'<

,b

10()

1/

30

).)$

" ID

!I

( ?0

,0{

//-.

._

11\ {)

. 0 If

,Q%

1:-/o

·"~

. '

() 7!

::,--

{{)'

& 1

( -~p

l ou ~

lf\{

),D

£,0

,D~-/

~;,.

ss

·0%

B.b

s

lO .7

'1 /)

1,

DO

~

rJo fl

ow

• ;

0;:

10

./l<

:J

oo%

' f'.O

,Otl

1 ott

::,

Lt<-fe

-(

I M 1

-1 z)

v-1

/12.

,6

u

A

N6 fl

ovJ

/. ~93

46

I, .?J

?;6o

lvt/C

J G.L

tlr:.

~ P,l/:

. 1

/0,o

D ~

iJ 0

fttJt

-tf

,(JO% c/

J,O

ll ,ex

.%

·' 9'

"4lb

I a

:;-7

L

afe

-!t H

r:2

cJ L

-J

lbq,

llo,

....

.--~

tJo

fLov

J . Oo

~1t

7: o

,oo

1 6o

s;4,

U)O

IJ

/l b

_s-'

LfJ.-fe

· fl,lv

-C> (

Lo(..

.J ID

s-,

oo ~

tJ cJ

r: lor-J

/. -sc%

o /.

5%

I I

I D

0 L

tl--c.J

J, Ic

c k-

(*ch

eck

the

time

on t

he c

ompu

ter

and

chan

ge i

f nec

essa

ry s

o th

at t

ill)e

tag

ged

data

mat

ches

the

field

not

es.)

gp,

glitc

h pi

ck is

the

rea

ding

tha

t is

aut

omat

ical

ly p

icke

d in

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

ab!e

flo

w

tra

nsi

en

t flo

w m

eans

tha

t the

flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

.

La

te-t

ime

flo

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

, bu

t the

com

pute

r ha

s pi

cked

the

GP

. B

e su

re to

not

e th

is o

ccur

renc

e!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a

dupl

icat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla m

ark

s: i

ndic

ate

the

way

tha

t the

div

erte

rs w

ere

set

-it

may

hel

p w

ith t

he in

terp

reta

titon

of t

he d

ata

~for a

nti

cip

ate

d u

pfl

ow

an

d

'---!--

--' fo

r do

wnf

low

I I ! I 1 I : .

sour

ce:

5/3/

2011

cjo

hnso

n@us

gs.g

ov

Am

bien

t Con

ditio

ns F

orm

s

Con

tinua

tion

of H

PF

M t

est

un

de

r am

bien

t co

nditi

ons

Wel

l N

ame:

P7

-/ D~ ·

Dat

e 1

t t<f

t 2

0( I

~% (h

rc_s

A a !

d F

low

Rat

e (in

gal

lon

s p

er m

in)

c· D

epth

F

low

N

ote

dir

ecti

on

wit

h

-o

r +

D

iff.

in

N

ote

s -

ilicl

ud

e in

terp

reta

tio

n, w

l, et

c.

(in

fee

t)

Dir

ecti

on

o

r w

ith

up

or

do

wn

arr

ow

T

ime

flo

w r

ate

(see

bel

ow

)

lot.

6° ~

f\) ()

((t)

t. J

'·%

,/

;.0

(, 3~0

!If:

;-'

G /1 k

:i" /t

c.i

qq.s

-r

A

tJofL

ow I

L 3'

iJ:'6

a (. 3'

i~6

//2-

d C

f q/,~0

,.-~

--..

('I

O Fe

. ow

f. '3

'i7(

G

'.P

O

I 3r

.-,

' 1:.:Z

o /t

Z{

6P

c; ~. o

.D

h tto

FLo

vJ

[,J'1

(" ·G d

(,

JC,J

, ' (',

(:)

Jt3

d-

6P

f b 1 0

0 .--

-J"',

1\10

rc..<:

JW

}, 7,c;~

/' I

ll C

) I.

3'7

-:> .

. .

/.c,

o

its?

C:

:,p

<6 D

.oo

/.1--

; N

lJ Fc

..ow

/. :

Sc} ,c

,.o

1-3~,

• Coo

ll'-

-1 :;

2_

GP

11

.ou

ll

Nil

\-lo

w

(. 3~

~&cJ

/.

;)c;

/. .

.(

;>()

lN

l b

P

12.~

{)

;11\

. No

I:L

.Jw

!.

3ct-?

Jou

f, 3<7~

.&0

II

;S:S

(:

,(J

-;J.c

o

/)\

l'brc

...o

w

\. ?,c..

r. . (_,

o 1·'

2>"'/,

· ,;

po

I I S

'6

(,p

6~ .o

o ;\·

i ['l

o Fc

..ow

1

.39

% •lO

a

/.3

'17

1 .(p

u

) 9 e

:,-(

6fJ

6'/,

oo

t1!

ND

l;L

OL

J.)

I ,?f

i/..

-fo

e)

i.-'l!:

:J:'r-

,.,::)

leA\~

6f

r;'Lj.

fX);

I I DC>~

oa

'&'"

' /'

r\

r-ro rc

..ow

L{(

) 1

lc.r I

.)

IJ. I

io

Lc...

/....c

T,f.>

....,

/-f[&

u.J

l)j .

\'6 ;n

(\]

O FC

0(....

\ .!:..

'6'% [/f.

) .61

.)% r/1

) /'J

..d._

b (! p

6o

.ou

;f\

II

\) r-

LO

i;j

\,'3'1/

,ICC)

r..

~"?':~.Po

)';)

-;1.1

c;

p

C.f-8

,OD

A\

tJO

FLiJv

J , . )<

in ' a

f. "/I

X(, 0

/d

-33

c;:f

l/Z

,oo

A

f\]()

([tJ

{;J

{, 3C

(}:&

o I(,

Yt/.(

,o /l

L/ I

t;f

'-/0

, D

O

~"""'

? t3

''J1.

4(

·?h7

/,cf(

ab

7fc

f(

h '1'1

;;

{)o

Ni':I

T 1Lw

.J~.f1

,\;<J

is {~.1-

f)ve

fo

'5%-n

.;

e.

5h0/

J Z

b .o

'L

A

JVO

FLOu

J '0

6%1.

),0~

•·0

6 J1/.o,

(.)0

I ~o l

[6:l,Q

~1j,,-

e f.l

.i~

(2,ea

J_[tJ

Uo~ h

(.,

Jo:L

~:; U

r.f-c

u-e

rD ®

r3o~:::

2-fp,

r;-Lf

roc.

sour

ce:

5/3/

2011

cjo

hnso

n@us

gs.g

ov

Am

bie

nt

Con

ditio

ns F

orm

s


WELL P5 ~ lbs Date: '7ft/ hot{ Pumping rate __ gpm Height of M P (J, fj() P:·

Operators: wSc..(IJfll\f'\. watch time: 1 '?:1<;:. tO computer time: 1; IS": 6'1 p i'-'1


Pump set at 3~ft below MP Note any observations in the discharged water: smell, turbidity, color ...

Be sure to note when the pump was turned on, changes ih pumping rate, pump off, etc. These data along with fluid temp and resistivity data collected after pumping may help in the interpretation the flow meter data and the hydraulics of the borehole.

Watch time

/3 211:,

water level

2C..zet

drawdown rate

Discharge rate measurement vol (gal) time (s) Q (gpm)

I DIPO /lfll... 5 C"C.t>t:JrJJ,

0'\\ 1~

Comments·

(33/ "2-6., "2'1 T/2lJLL II'N!.~H.ltft/-h.)lf 'J/M 1213&1 [3l(D 26, '3a /Je.J rfl..t'.n. t.. r3S<7< 2f,. s;:> /OO£j.,l,_ i"'/1.!7. '( 3o Sl JL{!'-/ 'J.o,(ar;- RDu·8 "J.o,f o ;;J', (l./30 5o.! I?- lrY':f.)tv'l L. I 'i~ ,() :?u. c-IS f/J'-J~ ~c.. '7 D Jl)[)O·"'L /3/ • .3 'J<).~/t»

;c .. f("(p 6/,/J too ow. L ({p(tJ, L/ '3!.10 /.3 ( { 3/. t-!t/ I o oo,.. L f/7,5 '3;. ~3 IS3'l 3f.78 I ooo.,.. l. 7&.0 sl. "7J"' f ~L((j' Jr. 9 f' fooo""t /(,().() 31..13-

}_S'.i'f "3:1 .II& toolls..L 170,/') 3~. o'l Ifni? :<: /. 'rg {Ot)O"".! 3~0·0 "'J/, 9/)

/lt ";1 ff 3;;>, 6/. 1./ tt:DO"" L. /C/1'. 7 "Jd:/, /I)

u~?do 3-:J. 'J 9:' f(;CijWI L. /8o- Q 3~ IJ?

.. MP=measunng pomt, dd= drawdown, Q=dJscharge (or JnjectJon rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:


/Jv;,.,/J is .f'wc#c..dt'-

)(J.c<;/ ,.,.JMf"vt> -(.

"

~.


i H

PFM

"HI~HER R

AT

E"

PU

MP

ING

W

ell:

f7-

f 0 ~

Too

l se

rial

no.

3 l 0

b

Ope

rato

rs:

L' i

SL

/BJ.

rn

NW

IS 1

5id

igit

id.

(c1)

: .,

\~

Da

te_

2jl

HI

2-0

f/

-5~~ /

;.og

Pu

mp

ipg

Rat

e ga

l/min

.

~f'J\)

Des

crib

e M

P:

/OG

-/t

[UV

VI.

INut

h.

Locf

? co

/{,:;-

" P

um

p

set

at 3

:2_

fee

t W

atch

tim

e:

I 3 ,-

f ~ 1

D

WL

at

star

t o

f H

PF

M

3o,S

"2.

at

/35~

C

om

pu

ter

time:

l .-

t<;:

oq

pr·"

Pu

mp

~ta

rted

I ~

1./Z...

___ t-.

.Lr;

y..P

Initi

al W

ater

Lev

el

-zt;

,, 3

1

feet

~ I 31

.::,

'p:!f!V

-(lrJ.c

J P

um

p S

top

ped

IJ

i3j_

rJ

IV'?

?

WL

at

end

of

HP

FM

3'2

. 1 1'3

$'"'

at

I b 3

8

ll in

WL

du

rin

g t

est

ft W

L a

fter

test

: a

t __

~ I

t D

( .J-f!

.(,f.f

?tZ

-

5% ·r

wesA

.o (L)

0

1 ' r (

!A1 v{

-r-o.J

h?Je

1

Flu

id R

es.

& T

emp

: ye

s o

r no

Rn

d-tri

p de

pth

erro

r: 0

. I 0

ft

l'~

! L ::

zt;

,. JO

.§~

l Y

.f 2

i F

low

Rat

e (in

gal

lon

s p

er m

in)

D~pth

Flo

w

No

te d

irec

tio

n w

ith

-

or

+

Diff

. in

N

ote

s -

incl

ud

e in

terp

reta

tio

n

(in

/tee

t) D

irec

tio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e fl

ow

rat

e (s

ee b

elo

w)

3Cf ,b

'o '-

-f/

I /ft

6 ,ob~

'<.>

(:,?1

.6('

, ob5

(, ,6

,or,%

, _,...

t'tl

\.

13

S7

[I

V cas

(r~C

j-P

df\·\

.P

Cl.~(f

<:{,;c

'

tfo

. o(

!) ~ !-

fo.0

37

,Do;>~

_;

.1~

.o3

A<

f(

(l/6

{

tf 2-

-ob

\..

..!/

'f.()

Db

3

. D:Ji

. t>t;

,c;'&

M_q

0 I

L( ()

-;-'

. JrJ

'

'--1

0 ,D

O ~

i1l L

) o-

(8

, o':;

Ji.t.

/o ,o~

../

7\

IYO

?f

C)o,

o~

\_/.

./

11()

,o(J

· D

%.-r

o '0~20

';)y

q.~l

) jt.

./{1

f:J.

-s-·

o:

\_f.

/ 11

\{.) o

tf

I D

l){t

( 2.:

,t

,.c

.Dt/

{tf .

,,~

,? .•

t_

, (L

/t7

5'-/.

oo; ~

11) f)

tY

&9

,D~•

~t/6

,"

3)ii'

,oo

t '-( 2..

1

0 y .

oci

\V

1-t 0

,03

1

,.,o

3~:2

·1

1_.,6

o--

:>')·{

,... -

. ~ ,C

i-, I '/t

V

fa e>

o6

i O

D,

1 ~

I'J'o

o3'1

, o

'3)1f.

_.;,

1\

.o3V

q..,

~ '"£

-u

ll/z

£

7/

-oo!

\.....V

1-

o.o 3~

. oX

,o')

:<

>3}(

0-

• q

, _,

:, rc

/31

12 .<

;;'()

' \_

j./.

ljl

() ,0

3/P

,0%

(Q

.bl>

.o

3:;.

4,&~

, '

-/3s

']

"/ ,c

.o;

'-V

0

{_),(

)r/8

,o<

f§/.1,

.;-r-

.o47J

tf.~

{!.{:;~

(,0

D

0

\...{

/ '

' 1l

{) /

) r.;(

' .o~,)D

-'6l1

Jiq-

;-"

' . -'

.b

%))

I L/cf

<-1

.r;;

J ()

0 i

\..V

1

D ,LJ

3(

.o3~

. o::.

x ,./

/ ;l

/lfj

f_

;o\6

' \

' c'

-j,)

50

-/b

.(.':

,

yO

; t:

D

. O

D

'-V

1'-

6 .o

cfo

'D;!}

1, 1:

)'

!),

,o ~'

14. ~(

• 0A1

4 j L;

r: (

1/.<

)'o. ~

1 O

,D3t

:t •6 ?Y

ci,to

'l)

Ai

/ .c

::>

l 9'

J~.

I '-fS

"k,

~);)

o:

"--[

.-/

10

,CJ(

{ ,o

tyz 3

. 60

'01517

c(

,_.;

>

I L(\

1 R

emem

ber

/to

rec

ord

th

e ca

libra

tio

n v

alu

es o

f th

e fl

ow

met

er.

You

can

do

a sc

reen

gra

b o

f the

cal

ibra

tion

page

on

MsH

eat o

r re

cord

val

ues.

tran

sien

t flo

w m

eans

tha

t the

flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s of

tool

mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

.

Lat

e-ti

me

fio

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

, b

ut t

he c

ompu

ter

has

pick

ed t

he G

P.

Be

sure

to n

ote

this

occ

urre

nce!

chec

k m

easu

rem

ent

indi

cate

s th

at a

dup

licat

e m

ea

sure

me

nt w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla

rria

rks:

ind

icat

e th

e w

ay t

ha

t the

div

erte

rs w

ere

set

-it

ma

y he

lp w

ith t

he in

terp

reta

titon

of t

he d

ata

~for an

ticip

ated

upf

low

and

~for do

wnf

low

sour

c,e:

2/2

4/20

11 c

joh

nso

n@

usg

s.g

ov

Hig

he

r R

ate

Pum

ping

For

ms

Con

tinua

tion

of H

PFM

tes

t un

der _

_ g

pm p

umpi

ng c

ondi

tions

,/

: W

ell

Nam

e: iJ

5-( o

\'

. D

ate

_2_1

_11_

1 2

° l

I !

uep

tn

I-lO

W

Flo

w R

ate

(in g

allo

ns

per

min

} D

itt.

m

N

ote

s -

mct

uae

mte

rpre

tatt

on

, WI,

etc

. (i

n f

eet)

D

irec

tio

n

No

te d

irec

tio

n w

ith

-

or

+

Tim

e fl

ow

rat

e (s

ee b

elo

w}

99 I~ ~

'---{/

1-'f' D

.01-

/ '

D /;6

', I$"

,o

i.j(

, co

If

, {)

{)~

Puuv

"f 'J~

pp.e

A/}J

Lsfo

d:eJ

<?J

t~--Ll

6' /6

/.D

D:

W

11 o.

oc1

,r,'}{

o ~

;..r>

' ~

.ot~

...(

' -·

/7o

SS

/~

10

I!Jf:.

ooi

v 1

C).o

l'b

.b~%.t( ,o

\'3

/,i

s<"

/ .f

' -·

~~~~

/D1.

od

'-V

' 11

-o. D

IS

,or%

¥ .

C>~~

·1'l

> I <

)l 3

I f

b

ooi

'-V

' 11\

() ,O

fh

' 6

!1/£

1 .z

r' .(

>\'~

.?.>

( tS

2/

( l"i

, o

oi

'--~-'

/}o

.Dn

,D

IM.

r1.£

o .ol

l-1';,.

. -:o

,

{ l.

£A

! S

Zk.

117

.od

\.__

f/

1\ D

,ol2

.... lo

n.-

/ -~

_.;~ ... ;

1,!.

2 -o

l:-,4

t--

./ 2

8. ..

~ ~

/<:;

'30

I IV. o

d v

v1t O

,D(l.

. ,_ t

M."'

h(

_ ~

_,J

:)-.

\ .(

-•6

!>{1

1t:~

..!

; .. .E-\

J~::;.G_..

t ...

...

-

/7..8

,oo

: \_

v/

-11 (

)j){

t/

•. <D

I"-~

-,-

~" {

IF'

1

'(3

4

~~.?:1

~-0

. J'2

3 ~5 5

" 13

-z.('

o: ~

11 D

,D(L

( ,o

ctf_h

: D

,..--

7":

' .I

'0 %3n

s'

i ')i

f(:.

/"3

3 J)

{,!

\_{.

/ l/f

o0,6

1{

•D%

c:F"

v:>•

_::,

,ot)

{3,(

)~

/)~(

t3"l

·5f}

~

1110

.0 ls

-' .o

(SiL

?JJ

'c;J

{ I

z.-1 •

<

) , c

;~ra

I 1 B,

s2> !

'-1

./

1lo

.D r'"t

tJ

I

61Y

f7.6

( o:

o% -

C:

O•t

J-

1 bo

3

/''19 '0

~ ~

11 (J

I M

1 .6

'J{c;

,9(

.1)~

'1/l

l)

flo (r

: ]:)

f,c; D

l

'----

V

/JD (tt

><..,.

.J I ?t

.Y,

'"'-

1'

,61:>

l.

s~Ji

c } '

lfr

c,P

152.

r"!1

"--±!

. [\)

o FL

od

•l.l'·';

4. q.;'J

,(j(

l ,o

.!,%

tt

q,._

ij~

/b2

3

. t

r'

J l o

:rc·

· ( (1\/

,-z --{

__ ot<

.

I 53,5"'~

y N

o P:

LocJ

f. ¥L

y (. i'J

{ :;'q~

.~:,::.~

·.r

,~o

Jb 2

1 {~f'

;,r; '7.

{) f!)

\V

j\JrJ

rt .. (,tJ

'

,__. '

r, ,

I,D

1 :>.

ay .t

~~~~ ....

'"'X

'6n

/b 3

£/

GP

i I ! I cle~J &

r i I i ' i ;

~ -~······-·····-·-·-

_t.,_

__

--------1

.-

-'-

--

'--

..

-~---············-···---------······-··-----------

sour

ce:

2/24

/201

1 cj

oh

nso

n@

usg

s.g

ov

Hig

her

Rat

e P

umpi

ng F

orm

s

ESS · science for a changing world "5/Ju &'8;&:,


WELL NAME: _ _,_P-"'-5-~ .;_! D--=-S--__ _


Date: --'--~-t_t.f_. Z._ .. _O_U __

Operators:_f_J_-~_s_c-f...jJ_L_~ J_Y~_-1 __

Location: I q 2 '1 1-J.oJ 1 .Co.x tJ Rox 6c.~ to ;;PA

_.. _./ /)A ~ .-I-. as · tt:.eSr::::...:r watch time: l 7 · · 1.(-J / ·

Project: computer time: 5 : D s=: If) f ~ Geophysical log reference: measuring pt or land surface

Well information:

Describe measurement point (M"""P)'-'-: _,_1?-....:o_v;;.._;__· ,_J)i,_L_u_M_I_rJ-'-v_m_;;_;L D"'-""J::..tt._· """Cc:.::o:...:/.:..( c_ . .t..._·~-Depth of well: ---:--'-/"':6'---z-.::..__-:r:--=---- ft below land surface Height of MP above land surface: 0. eo ft Water level from MP '5/ 33 ft Depth to bottom of casing: !('o/ -ktc1' ft Nominal diameter b inches · ' "

@ /7/h


Top of tool zeroed to land surface: [~:((check)

E~log mud-probe grounded: ~heck) Log Down

Start time of log: Start time of log:. __ _

End time of log: I 7 3/ End time of log:. ___ _

Logging speed: ~ \~.(~,~ Logging speed: ___ _ ~ I /o tJe;rf? ----------------------------::::-----------------------------------------------------------------------·

{.ljo Depth Start: 0.00 toP n.-G fooL Depth Bottom: / bf,:? 9

10[.D Depth End: 153.) lofofTool Sampling rate: 0. ( b

Round trip error check of depth: {) • D ( +f should be <2% of the total depth


} IJt:;,r)p CO-Stt\./Ct fe.v'-P b..J{l.a 7/00 op JN'Sit t)(V't.?.r:f ' r

r C/fi,vne/3 I J /)

I

/ZFCJ\J It/ 7 (p Cf .\ La} - '7 fs .. q Lf 6 t/lf? JDhi\J f2tl~ (oP/JW)/;oNG :gt;,. tit t/fz-9



WELL NAME: __ P__;5_~ _l_D_fo __


Location: I (3~ lJ v, '9''' N a 12o oJJ

Project: r;;.pA f2o;<.boro

sfo 6Di Tool serial number: 9065a

Date: 5' ,.. .t/ ~ z_o l f

. Operators: W5C... / GL.S / CJ) t1

watch time: 13; '5~: til / computer time:· t:.;:g.g;tfl {Jrn

Geophysical log reference: measuring pt ~

Well information: Describe measurement point (MP): ]b(J,." At.J/1'1.1 r0Vm Loe-/t. (J !ltJ./\ Depth of well: ~/ =-:~q,..:-~----=--..,----ft below land surface Height of MP above land surface: I • D ft Water level from MP 2:§5. (9. ft @ l 3ci f Depth to bottom of casing: 2!-2..- ( ~) ft Co-5lf'1 c.loser fo 35""H .. ? Nominal diameter ,P· inches -sJeel ·


M•.v• 12ae 3DDD O.D PPM C!?> 133tf

Top of tool zeroed to land surface: ~heck) Starting time of log: / t./1 ~ · Ending time of log: /lf~. 8 Logging speed: . 1..N l3 -R--,4.,;(; Logging direction: UP '

Sampling rate: {) , /D

ToP lJf foOL-

Depth Start:· C>. D ft

Depth End: I 'ZI.1t/- ft

Depth Bottom: l'Z.6,B1 ft

Round trip error check of depth: - D , "'2 7 '.(t should be <2% of the total depth

2-pt Calibrati~n: / I Pomt 1 : lo ~ 3 inch

Point 2: 8. (p 26 inch


CPS: 3 15c.f2 ./

CPS: L/6!86,g

bft}'JJ 3 fbtfD •.9 D

tfDz71. 39 f1 ·

fS-L00 · t-/Afln TD eF® vJ/3'-'- rAb

lJo:).] · .. 6~'/tf .~ qt,

=t,3:z_~) Ytt'Li) IS t:PM

€1(. q I J't'~v~o .

5' ·f3

I·~ i,/ . 12f.1't :;- .• 1~

. -?:PI ,f2-1"'·

1.1'- 35'" 'casuvt;.. ? - :;7,8' ,,

I/ 2D

41 L(1.'J ,,

I > LO

5"2.b

7(/,g /6. t/ ¥1.2. $!-.3

,,

c.<:. (P fc. 7 ,,

&:>,~ ~

?D. 3 72.'1

I (..fo

1_. I ::. ,& I':; rt . I . ,,

l$'D, I 0.'7 -1/

9fi.CJ "·s t.b

(J

/Dt.tf

II USGS science for a changing world S/N iJf(:, Century I Combo tool log Tool serial number: 8043a

WELL NAME: __ P_5_--_f_D_e:, __ _ Date: 5 ~ t.j- Z 0 I I


Location: 18 s:-o tftrq ,/ /l.jtt /2.tJaJ Operators: iN 'St./fl. 5 /C..'f) 1-/

' I

Project: /LDx.IDoro e·PA· watch time: I t.f; 3 2 : 35" t/ computer time: 2.: 32:35' f,.,..


Well information: Describe measurement point (MP): foG. -A-l-..JMF/IJUil'l L{)c.-1:_ Cot/tl/1 Depth of well: 121 ft below land surface Height of MP above la-n'-::d-s....:.urf-=-a-c-e:-....,(-, 0.,.-----ft WatE:lr level from MP 2-'25- .1'1 . · ft @ 13tf I ? Depth to bottom of casing: ?2-f-f.t:t.-b..fo. ) ft CI><St j\)t; dosea h '3-S' fl- • Nominal diameter &::. inches' :JWtFl-

Notes on well (water guality,need for PPE, or problem areas: J

----------------------~----n~o~o~~L~~~1r~

Top of tool zeroed to land surface: ~check) E-log mud-probe grounded: GJ{check)

Log Down _Log Up

Start time of log: / '-{ 3 B' Start.time of log:

End time of log: 1'-/tJe End time of log:

- .ff-/ . .{{-/ . Logging speed: ..r-·11,'/-1 ~.fo (fll.fl" Logging speed:~S"' /fYI-JrV

-----------------------------------------------------------------------------------------------------· Depth Start: {),DO 7i>Pof-rooL Depth Bottom: 12-h. g7

Depth End: II 8 ~~ 0 roP of roo L. Sampling rate: 0' I D

Round trip error check of depth: - D ' l i3 H should be <2% of the total depth


ll sc~ence for a changing world


WELL NAME: ____:P:.....:-5=-----' 0_, ___ _ Date: sl t/ 12() 1 I


Location: I~ {'"D Ua (q 1/1 Alt. l2oa.J Operators: f.A)5c.ffLs/cbrl

I I

Project: /2o;choro b"PA watch time: tS: 12 : tlo / computer time: "3 : 12: «<o p M


Well information:

Describe measurement point (MP): _-n.<..,.;D=--C-_-----'A=l-"'u'-'-IVl-"1'-'-N_;;U_IVl_l_o_c.._L_Co_ .. _l=-ftv~---'-----Depth of well: -:-"-'8 2"'+1---;:--------ft below land surface Height of MP above land surface: I . D ft Water level from MP 2 <£.. 3 z_. ft Depth to bottom of casing: z-z_. {/aJ.J.l.e) ft Nominal diameter C. inches -:7f"€1i'-

@ 1~18 (time)


Magnetometer/lnclinometeycheck: Tilt check (-45"): ~OK Directional (N,S,E,&W) tilt cpeck: d OK

North check (placing object in front of camera window at north): M'OK

Top oftool zeroed to land surface: Q~) t3otiDf!l\ DovJrv ?JP /c> of-

Starting time of log: ~ l Depth Start: 5, £'6

;,;s~l ' & /b

~f ~-1<11Wmlo) bOvJrJ ()fJ

Ending time of log:


Depth End: I ZG. 2-l ft

Depth Bottom: /2.0, 67tt

Round trip error check of depth: 0 . I 0 -Pf- should be <2% of the total depth

5?, '?>-'51 .q Checks: """"" r.wlhpw t1i~ 1. Data sampling interval: 0.015 ft Pts/turn: 360 Light: 6 or 8

in dark rocks choose a higher light intensity- 8-10. 2. Prior to actual data collection you can do the real-time mode data collection as a check.


RP (bottom of tape)

{, D #

TopofTool

~USGS science for a changing world -5/tJ bD '1 Century I Combo tool log Tool serial number: 8043a

WELL NAME: __ f--=.5_-_f {)_6 __ _ Date: _~_-_l_. _-_'2_c_'J _II __ _


Location: /8~0 \), (C( t/ 11'-1C\. t2oaJ

..::::: ) ~, <::: Operators: LJ.) ...JC- t:. (.. __;;.,

(

watch time: /0; DD ; 2 D / rza.¢ Project: computer time: ID: DO·. 2' D


Well information: 1 l Describe measurement point (MP): TOG - lfL VfV\1 fl.) UJl'l l oc.J Ld f {V1

Depth of well: } 2-CJ ft below land surface Height of MP above land surface: I , D ft Water level from MP zg. b G ft @ ·I 0. o 0 Depth to bottom of casing: ZZ-t='ti f-;:JjjLl) 3 0 ft /JJQtJ rrtG Nominal diameter t:, inches


Top of tool zeroed to land surface: [}((check)

E-log mud-probe grounded: [YJ{check)

Log Down

Start time of log: I D I c;" End time of log: /D 7.--t/

Start time of log:. __ _


:r\t>~"' Logging speed: v- \'..;' ..{%,~ Logging speed: ___ _

1V ~~:V -~~~t~-~;~~~---;.-z~----f;i'-~I--i~-z------~~~;~-;~;~~~-----------------------------------· · f?-h·DO Depth End: I fg .$0 Tbf D.(-1<1 61- Sampling rate:. ___ _

Round trip error check of depth: 0 . 6 3 ft should be <2% of the total depth


HP

FM

AM

BIE

NT

W

ell

Nam

e: /:5-/D~

Too

l ser

ial n

o. 3

I D(p

O

pera

tors

: UJ

Sc-/ ~L

5 D

escr

ibe

MP

: T[

)(_.

-A

LuiW

J\JU

ill\.

Lcc

.IL C

ollo.-

"'\ F

or

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l no.

1

- NW

IS 1

5-di

git i

d. (

c1):

__

__

_ _

'3 H

t o

f MP

ab

ove

LS

: I'

D ?

I-H

eat-

pu

lse

flo

wm

eter

: H

F_

_

z$ ICe

0

' ft

belo

w M

P '

f 7;;

; ~-.

~ c.f.·

Rnd

-trip

dep

th e

rror:

0 . ()

(p

ft a

bo

ve/b

elo

w M

P

/ t ,

0

J D

ate

8 1_

1_1

Zo

l(

Init

ial W

ater

Lev

el

2S

. be

:.

Tim

e

{0:~

. -c

.(q·

..,

, ,/

\ ~ le

w

atch

t1m

e:

1 D.

. ,;..

; D

/ _.

.

~ 1}--'

{'

com

pu

ter

tim

e: {D

: Cf~

·2 ~:J

;;; /

a

d\Jeslr.~ !.

J F

low

Rat

e (in

gal

lon

s p

er m

in)

'

Dep

th

Flo

w

No

te d

irec

tio

n w

ith

-

or

+

Diff

. in

N

ote

s -

incl

ud

e in

terp

reta

tio

n

(in

fee

t)

Dir

ecti

on

.

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e fl

ow

rat

e (s

ee b

elo

w)

'

{ 2t.

t>

6 ~

oO\d

-1

d.~%

J'J-

.o

J'%

!D

<:'I

I 2t./

.S'D ~

. ocfi

1'

. oox

~.&\

-OC

_%

!.b

t:;'

II ti

o /2

j . .(

o ~

No R

o(,J

_(,'

/·%~

-(~l(-:J{o

/JJc

;L

a !c h.

t. l1 (

_k..

{2/

.06

~

NO rL

ov-~ -~%

.o/(t

o //2

3>

icJ e

. · fr

tve.

(-/

oc-J

I ( 7

. DO

,.+

---..

tJu

floc.

) -f.

'{;J:

j; ••

1.1

-{.t

llf}

j(J

!t3<

f !J

d ~'

b f.

/'

· t{{

C-.

(1/c

.DO

~

/lh f{

or)

~Y4

40

.o/

1{o

/{t(

Lo

k.-n

Nl C

:Lov

J r /z

.s-o ~

AIO

+loc

v , o

r;N

cJ

,OC

I J:/;C

' I J

t-/ 7

I a

.~-e

-/-

{Me

Ffo1

.v (I

D.~D ~

/JO

Ffow

·d'1}

/;_6o

/!

,if,%

(/

/;5_2

•

J I

! .k_

_ ~ I

r '1-

c. j.,.

~ ~ .

)/ "-

.

l b1S

o ~

('J D

-([a

vJ

/x;T

:fo

·~Wv

/2D

r;:'

j «-+e

.. --1-r

'rt·\ e_

HtiJW

ID

~.

Do ~

;fh1

(f.rx

JJ ~

,oo

1)

-tA

J-:0

I ;1

iJS

J J

/-,f

'

: i

! :

. ;t

,.

C.·-

-r 11.

,_ o

r..·

:::;

-1

'77

•. ;/

.-

; ••.

! '-

.... I

I ,.

. •

:-

·-

......

//rJ

,L fo

uJ --

rAJ:6

o '1

;h

f,' I

L

, . .:. .',.

!_,

' ID

I .)

o ~

.. 1

/''

;;o

I ?

.II

;y,

rjC

,,

£/ -'

-.

I tt

,y

Cj 4

1 ()0

~

,tD&

1'

·D

%./

~0~

_.

~

:.>

·-..

'3f_

(J~

/2-Z

..~

I);-..,~

'1 2,

S"o

A

~DfiDvJ

,_(8

~b~

-f,lf~(}

l23

'-1

(:, I \ J

--d .. ~

jOI L

(L

Cfo

.r;o ~

1\lo F

LoJ

__ , ,

1/tf:Y

.t, ,,o

-(

,lj (!%

. t_:>

b ll

'fl-

-C

/r{t

J Pr.d~

f5'1

,/)I

rt

~ iJo

Flov

J -1

,1/1

/y( ,{::

[)

I <11

/'i/,

-, '

I ,f.

,o

/2-c

{7

CP

B~,DO

A

1

t)o ~lovJ

-( ·

~1~}(1:6 .

-l.t

ft')(

M

/2S:

1 C

f (*

chec

k th

e tim

e on

the

co

mp

ute

r an

d ch

ange

if n

eces

sary

so

that

tim

e ta

gged

dat

a m

atch

es t

he f

ield

not

es.)

gp,

glitc

h pi

ck is

the

rea

ding

tha

t is

aut

omat

ical

ly p

icke

d in

the

abs

ence

· of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

able

flo

w

q vJ

l ""/

[_ g.

(p

tra

nsi

en

t flo

w m

eans

tha

t the

flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

.

La

te-t

ime

flo

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

, bu

t the

com

pute

r ha

s pi

cked

the

GP

. B

e su

re to

not

e th

is o

ccur

renc

e!

v -

,.o

---

=- ?r7.

(ol

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a

dupl

icat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlie

r m

easu

rem

ent.

um

bre

lla m

ark

s: in

dica

te t

he w

ay t

hat t

he d

iver

ters

wer

e se

t -i

t m

ay h

elp

with

the

inte

rpre

tatit

on o

f the

dat

a ~for a

ntic

ipat

ed u

pflo

w a

nd ~

for

dow

nflo

w

sour

ce:

5/3/

2011

cjo

hn

son

@u

sgs.

go

v A

mb

ien

t C

ondi

tions

For

ms

0iS

Con

tinua

tion

of H

PF

M t

est

un

de

r am

bien

t co

nditi

ons

Wel

l N

ame:

P5

-/0

(.

Dat

e 9-

1 j_

J 2

o {

I

Flo

w R

ate

(in g

allo

ns

per

min

) !

Dep

th

Flo

w

No

te d

irec

tio

n w

ith

-

or

+

Dif

f.

in

No

tes

-in

clu

de

inte

rpre

tati

on

, wl,

etc.

(i

n f

eet)

D

irec

tio

n

. o

r w

ith

up

or

do

wn

arr

ow

T

ime

flo

w r

ate

(see

bel

ow

) •

8").

DD

A

ND f:-

{c;uJ

""'·4

YJ;'

bo ;

' f.4

VJ:

b0

I JIJ

2..

0oT

'5\

-1~

5 t.<

ff'ld

-JIQ

. ; ~!oflr2Q!J£t ij

$L

=r--

0 -~

0 ~

1\JOR

o£;-..

-l.tl~'?

-f,W

J:f, 0

Jj

blS

bf

BD

.{)()

A

tJo

Flnt

,J -l.t

JIJij,(

t b ~

t t~J/

lf4 i)

I s I'

--r;P

1

8.6

o

A

lrJ d

(JoVJ

-1

4i0~

..J

/IV

Kta

/3

1\

&!;

;.

11·.;

-;}\

J/u

FLo

uJ -{.4~

-J.4

/.bu

, 3

20

6

-p

/3. <

;; _+

No f

(oer

.J __

;~

-·o':}

:io

/3;l

5

(_ «

--1-z

-I-t ',.__

_EL.

f/ o

0-/

(:.(,.

r;

1>

No (

:\ow

1.~ --tA~

(J sJ

. G

-r

0'1

.('

+

No (l

ow ;'\

~0

..-l

.~(o

O !3

17

&

P ~1.)0

"" ;Jo

FLo

iJJ .:

...oo

'Y(o

~,c

ti~f/.

f- 0

/:SS'

l '

Ld. ~

e.--f/Y"\.e_

S1.s

·o

'P NO

-fLol

)) -A

./oto

-lf

fi~C

) P2~g

GP

tJ8.

)D

.--r

r-v -[

>,00

~ --o

%""'

"' .(

S_

--~.- .l~-

11

0(

5t,

.oo ~

1\lr

-o .Do

'l -~~"{)

.')

--%

_q;

jfcl

j _1

{5-

[)0

k

IJJ; -D

_ ex

{' -.co~,- ~ -.

oohs

{ tf

t '-{

5'3

. D 0 ~

AJ{)

f!:Lt

\r . I

t,·:A

yjo

f,:fi,

ho

/~Z'2-

C.f

L()

.('D

A

-\ JJo

Flt){

) t.Y

-iXfo 16

c>

{.;q

lbo

;{71

('J

P

L( 2

,t->

D

/'\ fbr~ -'·~

,(,o

/,

Y1

}(w

/Y

'31 f

Gl

-:;::'

/1

6 i)

-1

. '

A"-

.4G11

' .4~.,;;w .

5(Y/

.r~

.<fe~s'

rt/7

1

3~:s-

+ l_

j 4.S

t t

• It <t'

YJ. J

5' .4

5U:rs

' 1

11

'6

.sv

+ <

ld,.'tJ

l 1

q?-5

U<

jo

,'3EJ

,\ /[ t(

;D

J4S4

:t

cl. t:;

;' ,p

N

o FL

ow .

oo

Y4

fJ

,oey

4()

I $

0()

I <A

. fe

. f-

/ ftv

l t

r:· /,1

LV

. -

. '-

, -::

etf-fe

&f {

v '-'1

"<::-C:.

~ rr t

"'""

" ·

&l ~ 1 tv

G -c

[ oSe

h

u~ oC

fiJ .. t Le

.J~

sour

ce:

5/3/

2011

cjo

hn

son

@u

sgs.

go

v A

mb

ien

t Con

ditio

ns F

orm

s


WELL Pf- (0 b Date: f ' ( .- 2 Ot..( Operators: W St.-/ E ~ S . Pumping rate __ gpm watch time: 1 S l b . · J s f' 11 A / I~ · 1 v 1 t/r .. e . .s(~ 1 Height of MP /. o computer time: ;.;;,-;c. ; 'J'$"


Pump set at33 ft below MP Note any observations in the discharged water: smell, turbidity, color. ..

Be sure to note when the pump was turned on, changes in pumping rate, pump off, etc. These data along with fluid temp and resistivity data collected after pumping may help in the interpretation the flow meter data and the hydraulics of the borehole.

Watch water drawdown time level rate

Discharge rate measurement vol cw;Ii) time (s) Q (gpm)

0t<Url J5;J.7 ;;,P:.:-::7

jt('l/~ 2 9,66 I S:1 '1 I f 'T~{.l,; ;ss;;;: I 11. s I/-, \J (, 291 pt'f() i n.3 1 r; 3. ro (19',31 r 17.5

j{t/5 291 .'{;? _.) l/t>3

17 '1..s. If), .1/'h tP 11 r-.r::. 0

11~8. f'.,, rl•'l ~ f)/V / I I

I

MP=measuring potnt, dd= drawdown, Q=dtscharge (or injectton rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tooL So for example:

dd at 0.01 ft in a 6-in hole--> is 0.015 gpm and we can just bearly measure that with the HPFM tooL So dd has to be <0.01fUmin

Century pumping -collection_forms_mc

Comments: Tt-o I I@_ S.:.) 1

[email protected] 5/3/2011

f2R_I\J !'-f7tp Cf . Laf- - '7/3 •.q'-16 t!-l/-'7 JD h 1\1 {2, I "-'1 (vpj) fj)) f;otil6 3 [p • .., I /, Cf_Ej_



WELL NAME: __ P_5'---~ _l_D_b __


Location: I B~ () Vir tjt I /IV a 12o (J_,J

Project: GfA- {2o;dtJ(){O

*" 6Di Tool serial number: 9065a

Date: 5' ...... tf ' Z-o I I

. Operators: VJ5C... / r;;L.S / CJ) t1

watch time: 13: 3f5: 1./1 / computer time: · '(:.;:~&;(// prn


Well information: Describe measurement point (MP): Tbt .- A-t..rJfV\.1 t0tJm /.....oe-/? U //,tJ/1. Depth of well: ...,.:..1 =-:zq-=---=-----,----ft below land surface Height of MP above land surface: I • 0 ft Water level from MP Zt$, (9. ft @ l Yl f Depth to bottom of casing: 2!-Z.. { ~) ft Co.<!~ll'\ltj c.loser fD 35:"-H .. ? Nominal diameter 0 inches -:5/eel ·


J\1\rl\Jr t2ae 3ooo O.D PPM (]) 133t/

Top of tool zeroed to land surface: ~heck) Starting time of log: / t./1 /P ·

Ending time of log: I tj-z, e Logging speed: . LN 13 -R--;M.f~ Logging direction: UP '

Sampling rate: '{) , 1 'D

TOP !Jf foOL-

Depth Start:· D, D ft

Depth End: I 'Zf .1tf ft

Depth Bottom: J!Zl(;,B1 ft

Round trip error check of depth: - D '"? 7 ·4 should be <2% of the total depth

2-pt Calibration: / I Point 1: 0~ 3 inch

Point 2: 8. (p 2-5 inch


CPS: 3 15'tf2 .f

CPS: tjCJffd6,g

hojt}tfl 3fbtfD •. 9D tfDz7/. 39 g·

ps-to0 · t/AfliJ Tb e.F® v.J£L.L- !A:b

lJo:)] · .. 6 .. ;/tf ·' qJ,

r:;t/~z_(~) Yte'Li) IS CPM

'(j;.q I

J1:~ ... ~o . -5'J3

I·~ i,/ . 12f.1't 5 .. 1~

. .-f::??! .I '?If"•

/ / 1.1'- 35" casrNb •

37,8" ,, f)' 2D

lJI L(1.3 f{

I > l.O

5'2.b

'J'J.g /6,t/

¥1.2 s-. 3 ,,

?>c.:.~ fa. 7 ,,

6.~ ......

71J. 3

72.~ I

(..fo 1_.. I ~ ,lfl I ";. I

11

. tr

~D.J 0.? ...- ,,

9g.CJ ~-S

I It

/Dt.tf rp,t,

/(D ·.(o I 0.l/ ,, I d Jf

113.s' c,,..., , Jlf.2 • J,t/

I ,/1/ I -z_o• 3 t, 'f

•usGs science for a changing world S/N ogg-~ Century I Combo tool Jog Tool serial number: 8043a

WELL NAME: __ P_5_.--_f_D_0 __ _ Date: () ~ t.j- Z 0 II


Location: 18 ~0 tftrtu/ lt.ja /2.tJa.J Operators: LN SC.. /trt. 5 /c'b f-/

, I

Project: /2-Dx.0o r tJ ePA· watch time: I t.f; 3 2 : 35" t/ computer time: 2; 32:35' ff"'

Geophysical log reference: measuring pt or ~a~

Well information: Describe measurement point (MP): to C- -AL·vl\ltf11..1t.Jm Loc..f.. Col/tvl Depth of well: .....!-:/2::....!.'7-=------.--,-----ft below land surface Height of MP above land surface: I. D ft WatE!r level from MP 2-'25-. 1'1 · ft @ 13!/ I ? Depth to bottom of casing: 22 ( -f.tt.-{J..fu ) ft C/1.-St 1\lG c.lo5e!l. h "35' f+ • Nominal diameter &> inches" ::57{5tFl-

Notes on well (water guality,need for PPE, or problem areas: I

----------------------~----TI~o~o~~L~e~J,~

Top oftool zeroed to land surface: ~(check) E-log mud-probe grounded: li?{check)

Log Down .Log Up

Start time of log: ) '13 8' Start.time of log:

End time of log: ltftJe End time of log:

- ~/· .?{-/. Logging speed: ..r- ·11. '/- I '.::., fo 1 fl1.fiV Logging speed:~ S" 7 fVI-IrV

.. ---------------------------------------------------------------------------------------------------· Depth Start: 0, DO 7i>P d-rooL Depth Bottom: /2(p. f? 7

Depth End: II 8, s-0 ro p o.f roo 1.. Sampling rate: (). I D

Round trip error check of depth: - D • l B ff should be <2% of the total depth


us sc(ence for a changing world

Mount Sopris I AL T OTV log (OBI 40} Tool serial number:

WELL NAME: ____,Pc.....::'S::.__-_1 O_C:. ___ _ Date: s/ t/ /20 I I NWIS 15-digit id: -------

Location: I~ ('D Vo 14111 All Qoa.J

Operators: vJ5c./ELS/cbrl ~ j

Project: l26;cboro t;pll watch time: 1 5: 12 : tfo / computer time: "'3 : 12: '#o p M


Well information:

Describe measurement point (MP): _-n.._D=--C-~_A=l.,.t.J~'Vl_t:..::..j')-=t)'--IYl_l_D_c._L_fl>_ .. _l:.,_/0--'1---'-----Depth of well: -:-=-6 2""':::-'-1----.---:------ft below land surface Height of MP above land surface: I . D ft Water level from MP '2 ~ ~ 3 "2- ft Depth to bottom of casing: 2."2- (fa).J.le) ft Nominal diameter C. inches ~€/i'-

@ (time)


Magnetometer/lnclinom~heck:

Tilt check (-45°): ~OK Directional {N,S,E,&W) tilt cyeck: i:ii' OK

North check (placing object in front of camera window at north): IS2)oK

Top of tool zeroed to land surface: [d~) t3offDf"\ DovJrv z,; p ic> oi-

Startlng time of log: ik / Depth Start: 5,ltl,

i i{Sz_/ I tJ? lb Ending time of log:


~ li' lfu-1"' Wmlo) .DowrJ ufJ

Depth End: f2};, 2-l ft

Depth Bottom: rzfo, 87ft

Round trip error check of depth: 0 . I 0 -Pf~ should be <2% of the total depth

5 C., ':!> - 5.1 .{:f Checks: v-- t'V\vlhpfe fJt'N?.O 1. Data sampling interval: 0.015 ft Pts/turn: 360 Light: 6 or 8

in dark rocks choose a higher light intensity- 8 -10. 2. Prior to actual data collection you can do the real-time mode data collection as a check.


RP (bottom of tape)

{, D #

TopofTool

•us s science for a changing world ?/tJ bC> '1 Century I Combo tool log Tool serial number: 8043a

WELL NAME: __ f....:::)_-_( _0 _6 __ _ Date: _~_-_l_-_2_c_'l _ll __ _


Location: !8r:;:o V1 ( Cf! { 1 f\JCI.. t26aJ

C' / -c <:::" Operators: [_)..)..;.;C... t: l .....;;. I'

Project: E/ A- fDX b b Po watch time: to;oo; 2D /r2asrzt computer time: /D: ()D ·. :? D


Well information: } Describe measurement point (MP): TOG - JI-L UfVI! ttJ U/l'l. · o{J U f{[J../1 Depth of well: } 2-~ ft below land surface Height of MP above land surface: I , 6 ft WaterlevelfromMP 28.6G ft @ ·j600 Depth to bottom of casing: ZZfi:( t-OJJ:tl) .3 (o ft ~llltG Nominal diameter t:, inches


Top of tool zeroed to land surface: or{check)

E-log mud-probe grounded: 52!'( check)

Log Down

Start time of log: I D l ("

End time of log: / {) "'l--t/ Start time of log: __ _


fi> ¢~~ -~~~~-~-:~~~~-=-~-:~r~f~~-~~-L--------~~~~~:~~~~-~~~====------------------· "'1.':::> Depth Start: D. 01:> -r f(,J(J Depth Bottom:. __ _

f'2-h·o0 Depth End: I {g .SO Tbf b{Tb ~L- Sampling rate:. ___ _

Round trip error check of depth: {) , 6 3 H- should be <2% of the total depth


__!!

PF

M A

MB

IEN

T

Wel

l N

ame:

fo

.5-(D

f::,

Too

l ser

ial

no.

31 D

(p

Ope

rato

rs: LJ

Sc-/

~L5

NW

IS 1

5-d

igit

id.

(c1)

: D

escr

ibe

MP

: TD

C---

AL

uiW

NU

ilA b

cc.JL

Col

i~

Fo

r N

WIS

arc

hivi

ng,

log

type

and

seq

uent

ial

no.

1

Dat

e 8

f_{_

f Z

o (I

,~

H

t o

f M

P a

bo

ve L

S:

/. D

?1-

Hea

t-p

uls

e fl

ow

met

er:

HF

__

z,-

8 ,(e

0

. ln

itia

iWat

erL

evel

zg

.bo

ft

be

low

MP

z7;;;

~·.2-£

./ R

nd-tr

ipde

pthe

rror

: O

.()(p

ft

ab

ove

/be

low

MP

/( ,

0

J T

ime

{o

: o

o

wat

ch t

ime:

1 D

: t{C(

: 2 t

6 ~·

· ~ (.e

comput

ertime

:(o:Cf

~·2t.:

) 0~

d\.1e

sk-.\

!.d

Flo

w R

ate

(in g

allo

ns

per

min

) D

epth

F

low

N

ote

dir

ecti

on

wit

h

-o

r +

D

iff.

in

No

tes

-in

clu

de

inte

rpre

tati

on

(i

n fe

et)

Dir

ecti

on

.

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e fl

ow

rat

e (s

ee b

elo

w)

{ 2t.

()

6

A

oO\d

-1

d.b%J~

.o J'~

I D('

I

I 2'-/.

S"D

A

. oo'?

1'

. OC>

hG.&

\ -oo

_x /.b~

II oo

I 2

3 . .(

o ~

No F

Low

_f,'

/1%~

-(

~lf/

.{o

IJJ(

;L.

a~c lz

I. /,c

.£ (2

/.D

D ~

NO rL

uv1

·/{

0

.o/(l

o liZ~

LcJe

:. -fi

tve (

.:/oc

-J I l7

. oo

~

rJU f

lovJ

_(,'(~

.•

l.l

-(.ti

'!J:f,

o /t3

<f

Ghk

.[, Ptd

~ (/

/.:,

.[)0

~

IJ\h ffo

uJ

<Y'Y/

u .o~o

I [f!

Lo

Je ~n

Nl

C:Lv

vJ

I /2

.)0

.r

h.

AIO

+loc

v ,O

%d

'0

0 )/.:

flt?

/I L-{

7

/aie

{{M

e F

fotu

(I D.~D ~

;JoF

focv

·.dcJ

Y.6o

/l,%

rt

/;5..1

,~,

:.1(_

0

/ I

>~-::_

j..:

'\ , .)/ '-

-·

.. r

rr

t b1S

o ~

N D

-(law

;D

oj<f

o ·B

W-o

12 o_

r;:'

) tt-+e

.. --1-r'

r~-l e.

ft&w

lo

S'.

oo ~

;f'·]

Poo

( !j

. -· !r

}

,ooJ4

u 1-f,~

I J. !J

8 I

J !

.f ~ '

: .i

I

: .

,t, '

C.·

--rl

f·'-o

r..

"'

I ~-

t '/

.-

, ...

, f

-""

f I

• '

. ~

~~

·-

. ..

_

/.frJ

!-f O

u) ~HJ:G

.. ;1J(k~

f,'l

I ;.

,/-,

_

'.r ,

ID l.

:;o

~"-

' , G

o I

4'

rY

I )II

;y·

r(C

!'\

f"• ~ . ...

....__

CJ4

1 ()Q

~

,oog

1'

.o%

,< .

!lo~

JJ$

-. ,..,

/2

.2-~

Cj 2

. (0

A

NO

j:/D

<) ,.(8l~

-f ·lf

;!,b (}

l 2

3 t.{

b

I I f-J,..

_ jOI

L(L

Cfo.

r;;o ~

1\Jo F

LoJ

.--(·1 /'

f%6

-{

,IN

%

/_:J

b

IZ-'f

Z--

C lr

{-cJ

P c d~

'6'1

. ()I

(f-...,

/Jo

Flo'

-'J ,

f,lf

ll}l·

dd

J -(,

1f'%

,.o

I? t.{

7

t;P

?30,

Do

A

JJ iJ

r:;l 0 vJ

-t.

l.fY

}(f::6

. -(.~J:O

--

-/~

.c;;

1 -

Cf

---········---

--

-··

··-·

··-·

····

·---

---

(*ch

eck

the

time

on t

he c

ompu

ter

and

chan

ge i

f nec

essa

ry s

o th

at t

ime

tagg

ed d

ata

mat

ches

the

field

not

es.)

gp,

glitc

h pi

ck is

the

rea

ding

tha

t is

aut

omat

ical

ly p

icke

d in

the

abs

ence

· of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

able

flow

q

tni l

tra

nsi

en

t flo

w m

eans

tha

t the

flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

.

La

te-t

ime

flo

w m

eans

th

at t

he h

eatp

ulse

has

arr

ived

afte

r th

e G

P,

but t

he c

ompu

ter

has

pick

ed t

he G

P.

Be

sure

to n

ote

this

occ

urre

nce!

v

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a

dupl

icat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

me

asu

rem

en

t

I I I ' • ' . i • • • .

"'/ ~g.

(p

-,.

o

------

~7.

(ol

um

bre

lla m

ark

s: i

ndic

ate

the

way

tha

t the

div

erte

rs w

ere

set

-it

may

hel

p w

ith t

he in

terp

reta

titon

of t

he d

ata

~for an

tici

pa

ted

up

flo

w a

nd

~

for

dow

nflo

w

sour

ce:

5/3/

2011

cjo

hn

son

@u

sgs.

go

v A

mb

ien

t C

ondi

tions

For

ms

0JJ

Con

tinua

tion

of H

PF

M t

est

un

de

r am

bien

t co

nditi

ons

Wel

l Nam

e:

P5 -t

o C.

Dat

e 9-

1 l_

t 2

o {

I

Flo

w R

ate

{ill g

allo

ns

pe

r m

in)

Dep

th

I Flo

w I

Not

e d

ire

ctio

n w

ith

-

or

+

( in

fee

t)

Dir

ect

ion

.

9r

wit

h u

p o

r d

ow

n a

rro

w

8 -;--

, DD

A

I ND r::

)()vJ I/

I ·4~h

ol /

f.4 :Y

,b0

8(.'{

'Q_

A

I_NOB

QN -J

,tftfj

{,? r=-

r.q~

o B

0 .o

o A

I tJ

o Fio

uJI--

1 ·¥~~

f;11 ~~o

7

8. C

>o

.. ~ J

v a F/

oVJ 1-t~l7f0~ I

J·W~

a 11

-'>'

;h-lfilo

FLvvL~ F

1·4 Z6a

I 3.

~

+ I No

f(o

er.JI

· .o~ 1-

-o~o

?f

>.r

-1>

I N

o F\

owl-

t·~

i--t A

%

0t-~.;

-+

1 No

{\o w

1---\~o

H ·~<o

o (;

,!,)

o

rp I N

o FL

-ow!.:-

.of)Y

L(o l,

,o?J-1

fo S1

.('o

'P

I NO+

Lol))

1./\./

oto l

-1 ffl~o

5"8.

)D

---r

bt--o.oo'f!--o;'Wtd--~.~

5 t.?

.oo ~ l

't -l>

.Do~

1-~~--o

1--·%

5'5

t;S

. uo

~

1~-D

.ocF

\ 1-

.coX

t)"I

:~.\

?.'S

'.

5'.5

. DO ~

IAJ()

!SLr\

r~J !

t,:l

t~o

F·:Al

i_o

Lf 3

. (' D

~\

I!Jo '

(t;){)

l1 ·j

i~G) ]

7_~~0

tf2

,r:.D

/'\ IAbr~ 1~'·% p

,:>%

::!.

"""1.

o D

~

I .4b

11'

I· 4~2QJ.?IKr£ l:_

4°_!

13s'

:s~s-

+ l,

1.st

tWli25l·As~~r)

~v

~"'J..'6Lf Lq?-5~'io

l·~a,\

c-ft~;v

:zcl

.c;;

+ I

No F

LoW

! ·00~B l

,o~4dl

·,,

sour

ce:

5/3/

2011

cjo

hnso

n@us

gs.g

ov

Diff

. in

T

ime

I f

low

rat

e

I JIJ

2...

/jb~

I S I

2--

/31

\ 1

32

0

I 3

7.5

{J

?J.

/3

17

/3

5'7

I'

P2.~

g

IWI

ffu9

('ft

'f 11

-z. '2

-

;V-7

1 tr

l3cf

r1

71

/11

'6

;4.5

4 I

50

()

Not

es -

incl

ud

e in

terp

reta

tion

, w

l, et

c.

(see

be

low

)

0oT

'S\

-1~

5 ~ 11

'-'o.:

N~ ;

~t:flt

20_gJ_

j_ as

£ ~p

CP

&I;

;.

6-p

(_

C{ -/--

e._

-It '.-..E

<.. fl

0 (S

_>'

G-r

&

P L

d. ~e

.--f

/ Jfr'

we.

.

GP

C,f ct

Gl' /""

fe -

f-/ M

t f:

lt,UJ

~tFfe~}

fO cJN

_cJt,-

rFla

w

,,..;

&1..~1

N6 -c

[oS

e h

0-.J

o:fiJ

,, Le~

Am

bien

t Con

ditio

ns F

orm

s


WELL Pf · (0~ Date: f' ( ,?O{( Operators: WS?/E~5 watch time: 1 S) b .· Je:> i:J ~A / I~ computer time: /.=,-/G.: 'J'~ . r ;v! ,/re.$r'?~ I

Pumping rate __ . gpm Height of MP /. 0


Pump set at3'3 ft below MP Note any observations in the discharged water: smell, turbidity, color ...


Watch water drawdown time level rate vol(~ time (s) Q (gpm) Comments: lf-o/1@_

Discharge rate measurement

0ftv/ 1' tt> I J 1./4--fer Jevet !5d.7 ;Jt.'5''1 A t<?qc~ r~tfo .IJ r-sco"~~""Qe.fe~ ~"'·

f'lDr rfJIJfl>.{hN::t 1!~'?.~1-nAJ"..?J~::> jt:;'l/~ 29.60 ?6 .. 9~?6 '

I S:"'/1 l f1',r{,),; t c;1~0-- ;;q ;)7 ·s· /55>: I I 7, 5' .$ Cj 1 ;,}.Cj ~ s :s I/-;()(, 2'11 ptfr) r 1~7 ·;,

'~ ,._1 .. o/;) .:<: 9. 3'! 1 e:, ?:. ro ;19', 31 I 17,5 • ec/ I 01"\ oLj L) !1¥S 2R ,<{:2- 1>3 :?1. !.f5 /7 <'{.5:, {/),.I,..,, rP 11 f-F.o ./ (/ er!J. rJ/.. j- rPs.e.. t- Nf'f-l'1 Co 1\ 4-ro \I 1 r \:.ox ri\U-.\1 hG..-H. c:J\1~~'\"-~tl'td, 1'7 b g, ' (',. I yjr1 ~ DN / I I

'

.. MP=measunng pomt, dd= drawdown, Q=d1scharge (or InJeCtion rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <10% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:



I I i H

PFM

"H

IGH

ER

RA

TE

" P

UM

PIN

G.

Wel

l: pS:.-'10~

To

ols

eri

aln

o.S

)<'06

O

pera

tors

: (o

_lol

we ry

S-hu

_,-1.

NW

IS 1

5-,1 di

Jit i

d. (

c1):

· D

ate-

_:3_

/ JJ

.j_

~ 3

.1g

Pu

mp

iflg

Rat

e ga

l/min

De

scri

be

MP

: (a

f' o

-1= r

t 1\nq

c... O

r. c s

G

-.

Pum

p se

t a

t 3

3 fe

et

' ~ ~

Wa

tch

tim

e:

{ S,

: { 6

_-t;

o .,

/ '(..

.7a.$e

.f (..

WL

at s

tart

of H

PFM

2

q. o

o at

13'

35

Co

mp

ute

r ti

me:~

: q b

~ s;o

P"''

"\0 -:

fL{t

P

um

p ~ta

rted

!3

3D

.

Initi

al W

;;tte

r Le

vel

28

.5c;-

feet

c~ l

s:t<:"

HW

i'f\ ~~

P

ump

$to

pp

ed

V-

l~

i

WL

at e

nd o

f HP

FM

at

. v-1

A

in W

L d

uri

ng

te

st

ft TK

:.o L

L -1-

s·.'l ¥

' p,-

:;..

WL

aft

er t

est

: at

T

i) :

zg

.5: '7

@ t

J 2

6

1 re.u

1 l

IN &

JcJ:

"(..-

, -

--·

--

--

:-

~

---.--

,I-

i F

low

Rat

e (i

n g

allo

ns

pe

r m

in}

5"71 I

nJfecJ~t_v

D~pth

Flo

w

(in

\fee

t} D

ire

ctio

n

30

.PI

1' o

, rf

37,4

>o

'-V

1"

6, v

tfz_

cf 2

. d>o

'----1-

-" .. L-

1\n.

zg-1

tf3

-.5'"'b

'-.

j..-1

1\

o. zt

Cf

53

.do

~

1lo.

or'1

S

5.D

p ~

'Jt!

),{)

)Z--

5f.

Db

~

f bc

D2-

S'

5&.~~

\.._

j/

;JJD

Fio&J

'5

1S"o

j '-

f--)

;0

b FL

0cJ

~~·~

I i

'--V

NO

FLn

w G

t/.)-

-"!

6t?.

s: 73.~

71.~i

qe.

I

<;o

'?

1.)

"'

Not

e d

ire

ctio

n w

ith

-

or

+

or

wit

h u

p o

r d

ow

n a

rro

w

I.

• I

Nvvlf

wle -

f 1tW

.s -D

e ~\..

Cew_

At\ ~(jp.)

I 'IS

'!-{ 2

-)'

,t.l

zX,

l.~o.

' 2-~:

J.f.

l S"'

.z.<iy,:

,b . 'Z

t!;-f_

s-

·£ 4'

.zz%

, 2

.1(.

)

. D

(%.2

b

.t-(~1S:

~o;.

v/1,

i$"

.o3.

>(o.

~c

.o-z

Jii,

Jb

%

,, (') .

. -!'.3

l.S:

lo6%

o ·~o

.oD

JVo

<ao'

J1;D

,oo

ycfo

·~r4o

Diff

. in

T

ime

flo

w r

ate

l~lf

& ;c

:;~c

f r)

'BI

I/, D

o

{fc.O

C/ .

!&

.ll

I~ l

Lj

/bl(

P

)b3

'-'

lpr;

·nvo

-L

Dt.

;)

j63

G>

Not

es -

incl

ud

e in

terp

reta

tion

(s

ee b

elo

w}

to C

.Mci

L ifu

;wP

VhtQ

-re

.oL

L""

'-~'I-t-T()

c. !

t.;JA

I.i'J

?'14

tJo1

Jfe.

. n

t'L

lJ.'

.. ?

-~ .

t.J.r.

,.-,-

!E.JJ

D h

D -"

,...

,,/~

J N

p/JJ

qq p

~. J)

Qr; fo

.A.--.f

u:J IS~-~ff t

) f(j

J Sf-r

~ tc

Je-f

rr-e

-FL

iJv.J

vJ

fnltJ

S14

,J a:h

J r.e ~ !

L, ~ w

trJIA ~~? (

2_,

(!Jfti

/Y P

{o_b

)BM

.S ..

. ~ fi

bt.;

JN ~C

ooL-

llle...

JFtle

P

S-I

6b

zou

o8

61

5irn

s-e,

r

JHr')l

\ c -1-P

/~

SStf!'J

Z,

tkJr

A'f.

6

{-&

."fJ

Df"

{j._

( '1

f:f

1;i ei

0s~f,

[~S]-}

&s:

.J •

I

Re

me

mb

erl

to r

eco

rd t

he

ca

libra

tio

n v

alu

es

of

the

flo

wm

ete

r.

You

can

do

a s

cre

en

gra

b o

f the

cal

ibra

tion

page

on

MsH

ea

t or

reco

rd v

alue

s.

C(e.a

iad {)

\u/fcp

_Je

.(:(, (e

'5 d

UE

' tt

.\

tra

nsie

nt fl

~. w m

ea

ns

tha

t th

e flo

w r

ate

is c

hang

ing,

typ

ica

lly it

occ

urs

in r

esp

on

se

to t

he e

ffec

ts o

f too

l m

ove

me

nt,

wh

ich

ca

use

s an

ap

pa

ren

t ver

tical

flo

w. CX

iv:J

MC~ ... f

W

tlve

.s ~

I O.jO

•

1 f·

!6t:;

r.....?

o

o L

ate

-tim

e fio

w m

ea

ns

tha

t th

e h

ea

tpu

lse

has

arr

ived

aft

er t

he

GP

, b

ut

the

com

pu

ter

has

pick

ed t

he G

P.

Be

sure

to

not

e th

is o

ccu

rre

nce

I /Ji

J5flt9

_J !-

lff(J

J 4cY

{ kpf:i~ll

I:'?,

@

f-de.

,.. %

\D {"

b .

I' I ..

J tl-

c.(:(

" Cl

-d;i.l

,·· -l a

•1!3:

:-.._<

.::-YJ

/Jr..-J

.. •

che

ck m

ea

sure

me

nt i

ndic

ates

th

at

a d

up

lica

te m

ea

sure

me

nt w

as

ma

de

to

che

ck th

e co

nsi

ste

ncy

of a

n e

arl

ier

me

asu

rem

en

t '0

tf~ N~f c)

0} ?f

, \~et ~ ~ 3

, IS

+}

um

bre

lla m

ark

s: in

dica

te t

he

wa

y th

at t

he d

iver

ters

we

re s

et

-it

ma

y he

lp w

ith t

he i

nter

pret

atito

n o

f the

da

ta ~ for

~ntici

pated

up

flow

and

'--

j---

-' fo

r d

ow

nflo

w

\) 'ti ~·

-:

.· b. f.

_ 11

-6-h

\ t ho

.J f t

O

I~

sour

ce:

2/24

/201

1 cj

ohns

on@

usgs

.gov

H

ighe

r R

ate

Pum

ping

For

ms

frbor

/td

Con

tinua

tion

of H

PF

M t

est

un

de

r _

_ g

pm p

umpi

ng c

ondi

tions

·

Wel

l Nam

e: 1

7 _ (

D-6

D

ate

_§

_ 1

_!_!

C.o

u

ue

ptn

I"'

IOW

F

low

Rat

e (in

ga

llon

s p

er

min

) U

ITT.

tn

N

otes

-m

ciU

ae m

terp

reta

tton

, WI,

etc

. (i

n re

et)

Dir

ect

ion

N

ote

dir

ect

ion

with

-

or

+

Tim

e fl

ow

rat

e (s

ee b

elow

)

g,6

! c;

7 !

9o.~

! 9

2 .s-1

.:r.

cr i '

/DLs

-:

lD8

!D

CJ ,(

"1.

11 o,

s;<

/lz.,

-:

-

JJ{o

(l

7

/21

;

/23

s':

1_

;?'/-.

s-i

Jz?.

; ' i i ! '

sour

ce:

2/24

/201

1 cj

oh

nso

n@

usg

s.g

ov

Hig

he

r R

ate

Pum

ping

For

ms


WELL fJ£- /0 b Date: '£'-:2-2-D II Operators: (~5L /c_ L5 Pumping rate __ gpm watch time: o(;.; 2s-; 5'1 Height of MP 1 ,t.1 £,+ computer time: o f5: 2.~:'5:1


Pump set at3.3_ ft below MP Note any observations in the discharged water: smell, turbidity, color ...


Watch water drawdown Discharge rate measurement time .level rate vol (gal) time (s) Q (gpm) Comments:

/,'/-C.! Dfit.ft 29.~1 ~c...< ;772()[{. /JI//J-?d//'4 (6\ 1,-q~q (~· '; ' ..... ~, 12\ O!'f I I .r;tif I ,03 'KS~ 'd"f·o '14

. ( J9, 3d !0 0 4- ;19,54 I /'1,1

Pr fJ ble /1 7 <: f ...... ; (.,{.

. I " ,. T .. J, /.!..7/;--,,;:. ./'J··J.

J :? 50 -;!l1 '(1)9 I Jb,5"" _,

c:.i..CJ .rfJ4 /450 &f~ /JifJ I [:~ ... ::;; 8 q ,Cjfo

.,

.

-;~

.,

MP=measunng pornt, dd= drawdown, Q=drscharge (or rnjectron rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pu.mpirig conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example: dd at 0.01 ft -->is 0.015 gpm and we can just bearly measure that with the HPFM tool. So dd has to be <0.01ft/niin

/ ... 0/f_r.)

HPFM_ and_ Q-test2.xls [email protected] 1/24/2011

4-r

6S

C'J

H

PF

M '~LOW R

AT

E"

PU

MP

ING

NW

IS 1

5-di

git i

d. (

c1):

D

ate

2? 1

2-

t Z

C,l

l

We

ll:

f? -

(I)

b.

Too

l ser

ial

no.

3'' 0

1:.

Ope

rato

rs:

{_,.} s~

I f7L5

D

esc

rib

e M

P:

TO

(...

-

AI.

,Jtn

lNU

~"'-L o

c.k. t

'i> I f

o,..,

Pu

mp

se

t at 4

:Lfe

et

. Wa

tch

tim

e:

{) lS

: 2~

-; ~'

l ./

;::;;-_

: ~·-h

7

I

Pu

mp

ing

Rat

e ga

l/min

P

um

p S

tart

ed

o'

&l/1

~5.lg,

~rJD 1

. .s&

WL

at s

tart

of H

PF

M

-z.,C

f :3zl

at tY:

r~t;

6 C

om

pu

ter

time

: o8

: 25

, S~

( W

L a

t en

d o

f H

PF

M

?...9.

1./-,6

at r

1i?

Init

ial W

ate

r L

eve

l 2

8S

4

feet

(!

;){)

f?tf

C,

~ i

n W

L d

uri

ng

te

st

ft P

um

p S

top

pe

d

it/5

1 W

L a

fte

r te

st:

z Cj

, 20

at

I '-

1 ;)2

-

Flu

id R

es.

& T

em

p:

yes

or

no

Rnd

-trip

dep

th e

rror:

o " &

z. ft

'7 '/

: 1/Y

C:..s ~o

( J

Flo

w R

ate

{in

ga

llon

s p

er

min

) D

ep

th

Flo

w

No

te d

ire

ctio

n w

ith

-

or

+

Diff

. in

N

ote

s -

incl

ud

e in

terp

reta

tio

n

{in

feet

) D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

flo

w r

ate

{s

ee b

elo

w)

3G

.DZ

-Mt

.J/-

1-,p

/~

r:t/

ClS

-fo

-j/-

eac

(j

(-::

{GI&

-1

TV c

'rtfc/

~..-

PrJr

vf)tt

'J6

·luv.

,f.ed

b1'W

'L 1

1 rf

ll>L(

f&v

.v-d

,;~ @

• () (fs

;5 f

u(lr/

) '5/-cM

.b 0t

\?:iC

~ 3

-1 .

oo

'-v

11o.~47

• <;4

)//.lo

• -

:;4}(

/CI

ofJr

-1

.'

t./ 2

. 0

()

'-.,

../

If o

,1;1

·'

~Yz.

"fo

.t~}

{t~o

r.,

• t)

Cf{

) 2

-

t./3.

)O

'-~

111 IJ

.zt;

'l

. z.r)

1.rr::

. . -z

.%u

D'f

D)_

.

53 .

oD

'-

./-"

11

o .o

zD

. () 1-;.u

. 3s-'

• t)

('){?

. 36

ocr to

55,(

)(.)

~

1116

. D 32

. . ()

;. ~?i

""''"

.. {0

. -

.()%

,qs-

69

1\

5 {p

, 00

\»

1'D

.D2

cl

.ot.

){l,

fsil

.o

)}/;,

t<;;

t>C

JI-.::1

t;cg

~o ~

I Pit {

) . {)C

/1

'()O

J1"~

. 4 ( ·~£{

tJ9'

2'5

5 t:t

.ro ~

1Jo

tr;LI

JuJ

(.3~()

j,)~%

,o

o

1?

/ £

/; k

t. /J

idc..

6/.

r"D

'-+---

' ltJ

O (:L

OvJ

/.2>"1~0

-r.~z,

0'7'

3 7

?:.P

'6>

<..l

6V.so

'--

{---:

-"

NO

(-{

ov.J

-{)

.o.;;{

/ £;

-~_hu

O<

j'-ir

' [o.

.;}y. -

fu, .. -e

. f-"

.'/Ot..J

'"'

/J(J

{-(L

UJq

f\)

(Jl $

e

:

~6.f"O

~

;Jo

Flov

i .l)

owv

C<~

• i/.V

()

9f"

l L q

..-IJ -

f-tw

-e.

r:/otn

..\ 7J

.S6

\._J

./

j'Jo

r:: [()

(;J

• 00X

fu

. t:P::'"

Ao

!rJo ~

teJ;

-fu

.... -(1_

f:-'l'Ut

t.~ A;

rpeM

s -I•

bo_

less

tJCJt

.; '7

1. 5

6 LV

' N

o r::

luo.l

w-f~

/o

.t,.,;

,f:Ji

o ;/

Jt'2

-j,o

}..Q.

.{JN?

. {/~;

t-"'

A;}u

. IS d

!L.

NO

W

'1 ~ .

{)6

~

f\JD

{:L

tJvJ

-l

·'fliJ

/,t,

c;

-(.if

'%

J{)

lD

6f

-/J

O l~

Y 0

aftA.

. ~0 _

\)(.) ~

1i /) )

Ji I

· ""Yt~,rr

.D"t-

:;/;t,

tb /l>

k'1

/JOt-6~

t( 1

trj ;v

cJ.rf

utf

.:;) A

JOt.,

J

# Tf

JIH

L -:

;e_f

§ 3

Z .&

+f.-

Rem

embe

r to

re

cord

the

cal

ibra

ti.on

va

lue

s o

f th

e f

low

me

ter.

Y

ou c

an d

o a

scre

en g

rab

of t

he c

alib

ratio

n pa

ge o

n M

sHea

t or

reco

rd v

alue

s.

' p

1 -"

" ..t

,.f.\

":<. <

; C

./-.

(./ f

V1I

) s-e

.. l <

.. ".:1

...,

-'

• '

/1

tra

nsi

en

t flo

w m

eans

tha

t the

flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s o

f too

l mov

emen

t, w

hich

cau

ses

an a

ppar

ent v

ertic

al f

low

. 1 f

. .{

. 11

n -

1 ,r

•. ::

? 3

('" -

r-t"

· {e

rni {

L

, ,;Lf

?ll

rr r

t-1 l

\ -.:

:~_~

....

• ~

Late

-tim

e fl.

ow m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter t

he G

P,

but t

he c

ompu

ter

has

pick

ed t

he G

P.

Be

sure

to n

ote

this

occ

urre

nce!

'

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a d

uplic

ate

mea

sure

men

t was

mad

e to

che

ck th

e co

nsis

tenc

y o

f an

earli

er m

easu

rem

ent.

um

bre

lla m

ark

s: in

dica

te th

e w

ay t

hat

the

dive

rter

s w

ere

set

-it

may

hel

p w

ith t

he ln

terp

reta

titon

of t

he d

ata

~for an

ticip

ated

upf

low

and

~for do

wnf

low

sour

ce:

1/24

/201

1 cj

ohns

on@

usgs

.gov

Lo

w R

ate

Pum

.pin

g F

orm

s

/0 j

Tos

k- L2

o (V

'{iq

0 f{

-t"

I -

. J

,. t. e

<><··

'-'r

~.v

\r> if

C

ontin

uatio

n o

f HP

FM

te

st u

nd

er

am

bie

nt

cond

ition

s 1-

'v'l!.v

V".J

pv;o

l'-•tJ

-. ~D

O'\

&' D

atec

C

1 2

1 2a

r.l

7o

aa

: W

ell

Nam

e: f~ .f

tJ(,

. ---.

J{'"'

(

Flo

w R

ate

(in g

allo

ns

per

min

)

· l ca

<-[-e ;

:t c · -

s \J piD

o r t

t.L:

:. ,. ?

, o

); ,t::

:. t

··-"

r ~o

.:o.

•\

I

' \

.,

. '

; '

t.: 1l

P'· i

\~-U..

\it ~

l-...0

Ap

/ , ~·t

~

t •\

;, J

a I

.' ~"7

(.

, .• h

.I--·

~\'··<-<

~ n•>

;,~JK"

-' .

V""

'" .

:.. . .

, .

<;{t.,

£~t ~'

~

~ ;

{\1.:."'~:

;_1.~1,.1-

41 (.

f'-6

-U k

Jp·r

U''.

l!

!]'/o

'ltvr es

lw I J

D

epth

F

low

N

ote

dir

ecti

on

wit

h

-o

r +

D

iff.

in

N

ote

s -

incl

ud

e in

terp

reta

tio

n, w

l, et

c.

(in

feet

) D

irec

tio

n

or

wit

h u

p o

r d

ow

n a

rro

w

'8/.

r;-o

'-

r/

l1\o

,D(1

,o

%.-,

r .D

% ;(

1

S

z5~.

OD

y

"'5£C

A fl-

. y ()

{} tld ,

Glf

C-

¥ ,,

b(

y N

o r::

\o(r -lA~ -/,~

8'1.

rfJO

y

1\}0

f:C.ou

} -V~o --/.4~

qo

. .('o

y iJ0

f=L

~w ~1.4%

• ho

.. r.<

f%o

c; z .. s

ro '1'

N~

Fl..O

(J} ~~-~~0

... rA;

;::{o

qc;

.oo

y tJf

J f=

"'L·O

i;J

.. , 44

'1 ./{r

. '

/ o o

O , 1

L/i

lcJ/

·

>=-·"

:Go

IDI .

f:O

'-!-'

J0o P

lt>v.J

0.~

I .

0 ,w

%"

I 1>3

'·00

'-1-"

j\10

FLI

K)

.ooJ4

o -r

.!5f(o

~~

f{ff

5{f

J '-!

--"

wo F

t--OUI

-/,4~

--14

4U

fjb

,.;'

( "+

"' rJo

FLov~

l.rf%

o ..

_{,i/

t!fi,- ,~a.

~

Ill 5

/ '-

!-"

NDFL

bvJ

.., I.

Lf;J

.lil

-f ,q

¥t1.6

1 i?

.oo

'-V

JJf

J fl&

J -U

IJI'Vt

,{)

"/<

. -f.

f(%

6 . '

_ll1

,D

o "-

'--'

'No

PlaJ

-t.t

Nt{.

·/

. ()

-(

.41

/ji!J

/Z./

.0(

"-J...

-1

tJO fl

aJ -

f,t11

/f'6o

-'·~

z 0

.....

u;_5

17~ ~

i)'-

lt M

(

".,t.

I 1-t/.

( rz~

sou

rce

: 1/

24/2

011

cjo

hn

son

@u

sgs.

go

v

Tim

e fl

ow

rat

e

;t)3

to

I Dt/

D

~

1331

1

33

1-

) 53~

I <,

41

I '31

1 13

4-~

Is 59

!4

or-

/409

;1

.{11

/

lfz-

1 !t

/'l-

~.J

llf~

~

Jtft/

V 61

1 c:

(

(see

bel

ow

)

NOr5

E!.

(;Ji

tllt

;' 5

ti!N

alui

t? J

li J 1

: }.

. Jf"etv~e<~ ~r~, IU

<> N

..tr

</

<f.c:

'"<-

lq ll'

~V\ t

';:.

/ZQ

s ~J M~ -H

ie· -

'h.

1 PG-t~

CJ/tL

lEO T

6Sh{

j_ U

ZS"-~~iJ,

G-r

G

r 1

6-1

'

/_a

k --/-

r'.-.'l

e._

Of'

!!<'tv

lo

t..vt

:low

ta

k-h f

Hl

/lo{A

) i,

6 p

G-f

GP Cf

r;F

Cf

rrJilV

lf -

A6

6rt

eJ

@)ft

fi<J

I /'

_L

I

Clt?

ttvw!

d \J

P

J5Zf

I

-#-r' ~

·tO' _

Z6 II

Fl

f'\

" _

a.Jd

eJ

IV

V'-

\~Q.

zS'%

d\

llc.lt

. -(o

(J.I

t?c(

k.

J pJr

.-f ~u

rfeJ

-Jr.A

· 0

"*' -d

P.t

"-io

:t:K

{?fF

04-£

kJ

Am

bie

nt

Co

nd

itio

ns

Fo

rms

EUS S J science for a changing world ?fr ~55' 'J';v ott. Century I Combo tool log Tool serial number: 8043a

WELL NAME: --l...f-"-7_~__:/_0_k> ___ _

NWIS 15-digit id: -----~---

Date: 8' ' 2 ,., 2 (.) II

Operators: ~?c.- J G. L-S I

I Bs-o \1, r q d uv4 f2.6o.J _,) watch time:

Location:

Project: (2() xn l> ( (j (;;; PA computer time:

Geophysical log reference: measuring pt ~e Well information: Describe measurement point (MP): Tl> C-. - A: L- UM. 1 U Ufl'\ { o C-/c ~ llo...., Depth of well: / ~ <1 ft below land surface Height of MP above la-n....,.d_s.._urf.;::a.....:c:.....e:-1""".-6----ft

Water level from MP ?8. 7 b ft @ I!:' Z~ Depth to bottom of casing: Nominal diameter h

22 (I{JAQ \ ?!..:. ft ~ TA·G inches ~


Top of tool zeroed to land surface: g(check)

E-log mud-probe grounded: ~check) Log Down

Start time of log: ( (-z_(o Start time of log: __ _

End time of log: ___ _ End time of log: { S: 3 h AJ-

f D ?~?D~ -~:~~~:~-:~-~~-~~--:-~~--~=~:-------------~:~~~:~~~-~~~---------==------------------· 1· ~ 1 Depth Start: 0, 0 c (D p Df. loa L- Depth Bottom:. __

I u~ . b 0 Depth End: tl 8'. s-'o TO r o[ fooL. Sampling rate: () • I 0

Round trip error check of depth: ~ D • 0 v-(+- should be <2% of the total depth


-- 7 . - = I

f2ecN ft>CJ 3Cf . A-hb,-lt lJttfref50ru f1oper11es

Lo.f- ~<ft'tJE~l-DNb sfo .1/,fP._.q~

...:;;;:;.,o II science for a changing world 5/rU 6o"'' Century I Caliper log Tool serial number: 9065a

WELL NAME: _ ___;P;_;5___;· _' _( D_1 __ Date: 5" .- 5 - Z <? ( f

Operators: W.:;:, t:- /GL--5 NWIS 15-digit id: -------

Location: I 6; b Ur&; I ~riO. eoo..d Projec;: flD/_(.btJro GPA

watch time: t> ~: 3.'2; 35 / computer time: q; 3t:3s- M"'l

Geophysical log reference: measuring pt <(i_§ct·;g-=~)

Well information: . :\ Describe measurement point (MP): roC. "' -'Srtrtf"t- t/t?.t/IJ6{ialt-Ci>lk£A /IJ.#fl;$~t.P)j Depth of well: · > 15D Wv /1,;-iJfj~fl:. b ..rl- Nar corred)ft below land surface · Height of MP abcive land surface: 0. 8 .... ft Water level from MP Z? .6 o . ft @ 01 3~ Depth to bottom of casing: 2-l> ft Nominal diameter tf.. inches -s/e"f3Z-


Mt/111 lllf!i 3t~oD 1. 1 Pem & tJ133 . foO L./&t.qf/... t). 13 {f

------------------------------~~~O~a~~-J~I=O-ClE~,~

Top of tool zeroed to land surface: ~heck) Starting time of log: /./):t--t;'

Ending time of log: __ I_D_3,b'-----

· Logging speed: \,.. l I 4--&,;.. Logging direction: -'U_P __

lt>f o-f '{(.)Cil..

Depth Start::'· b ; D ft ·

Depth End: I d·€, ':)Cf ft

Depth. Bottom: 1/t. 72- ft

I f

Sampling rate:

/06.'0 5". I 3 ~1 ..... 1/1.

Round trip error check of depth: -- , 0 7 .({-: should be <2% of the total depth

2-pt Calibration: Point 1: tf> · 5 I inch

Point 2: $. 6'2-~inch

CPS: 31 It./ CJ I 3

CPS: Lj6tf 32.. lf

~~ 3 ['{'i./ '2 ,/0°

t-/D t8t,. ro 1

(bPot j)) f)---LO?

r\JO (d.U (;4(;. ~o!)~vl')



WELL NAME: --"-P...::::5_-_(D_7 __ _ c ;·5:.. Zo<l RP (bottom of tape)

Date: __ 7 _______ _

' NWIS 15-digit id: -------- Operators: r..,;\}Scj i:3 LS D .'iS

Location: I Bffo Vtr••p(trJGt. TopofTool

Project: ~x:.boro G"PA watch time: I I; ID: '1:6 ( computer time: II : (D : tlb

'' [ l r ~ [ i

l' Geophysical log· reference: measuring pt or land surface [ J

Well i~formation: . · .. ~Wm•"-'u"" Lcd.do'IIOII.. ~o)1 ~ Descnbe measurement pomt (MP): 1b L-5Tff"GL(_" J 1l Depth of well: Iff,· 72 (f. tJOf > 15 0 ft below land surface ! j Height of MP above land surface: D, '6 · ft 11 Water level from MP Zb.b l:) ft @ _/;;...,l_t_D __ (time) 1 j Depth to bottom of casing: -z..O ft [ i Nominal diameter b inches <[email protected] I; l

' ~


Magnetonieter/lnclinomet~~heck: / Tilt check (-45°): ~OK Directional (N,S,E,&W) tilt cpeck: ~ OK

· North check (placing object in front of camera window at north): 1}2J'OK

Top of tool zeroed to land SIJ.rface: ~eck) !)ovJrJ I uf Dor.Y•·t w~Gf , Starting time of log: II "Z t.// ll 4 \ Depth Start: 5, I B ft l D 8" .'10

/i3i/ it~p DepthEnd: )DB.~Cott ~.zt7' Ending time of log: . Logging speed: Depth Bottom: If/ .1Z. rt Logging direction:

Round trip error check of depth: D.Of _.4 should be <2% of the total depth

i . ;i ; 1

r'· :~ j. ~

~,· I r j fi ·~

l 1 ' 1 I j ·~

r ~ f l i i t ~

1!:; . l

il! r .\ [ i t ; E 1 f i

! ! l,;

Magnetome er

5.18 ~+

f.! l ; Collection

Note any· problems or points of interest: { _ L ! \ bi Window -"b~nw•!::1g.!!..;~-.:~:ttJ-Qs="'~?a......~.D~o~ul=!:!.!.:N~f7..!..00~------'='C:....:..:;.O.....:..r...:.L..l..:q+-:--..:('-+H-ff2...=.D..=.o.:...(].....,;),__ __ -:-- Tool Bottom

br: G .h_i",o.Q. ~"'-, -...! f? -:,. ~ 0 , P 'L,P pS, I.>.I'P ·, v$--f..' C'v(;,. nVP. £r)/) r"M a.f v ,




E SGS [;Cience for a changing world


WELL NAME: --'-P=:S_-_,_(-={)_f-'----NWIS 15-digit id: ---------

Location: J 8 t ~ V,rc, J /1 N ec._ t?-oo_J '

Project: 14'))(_ b (.} Ctl EpA

-) / 'I) r") ;:_\ l . / J C-\.:~) !£,"


Date: --~~-_8_-_z_o--'--'-U __

Operators:_..,(J..5;:........::::5:_v-+/_,/:j=·-=B<!_;f'rl:_.:__

watch time: ll :3 7 .· Z I computer time: II .'3 'J : 2 l ,r


~ho

Well information: _ . /'" 5 . 1 ! . J \ Describe measurement point (MP): /D G ·- S+ee.( ( AiU(VI.H'JtllY\ frDGl Col {-!A fe,~ :J Depth of well: ""- \ ~ Z ft below land surface Height of MP above land surface: () , 8 D ft Water level from MP 20. D ;?_. ft @ f l 2 9 Depth to bottom of casing: Z.D ft Nominal diameter h inches 51·e e,: {

Top of tool zeroed to land surface: ~check) ·

E-log mud-probe grounded: · uz({~heck) Log Down Log Up

Start time of log: Start time of log: i z_.Dj

End time of log: I ZDD End time of log: ( 2- ll

TDP v.f-· TDol

f"DD. Db

. Logging speed: --{ L/.)- I$",~ Logging speed:~ S: f+Jv\, ;_. .. -----------------------------------------------------------------------------------------------------· Depth Start: {) . D 0 I:.: · Depth Bottom:. __ _

Sampling rate:---''-'-'/i)_· _

Round trip error check of depth: - D, I 3 should be <2% of the total depth

- ..... --·· ~··

i oos

A7Jf AB.r Ps- to 7- AlB!~ .\)()\~.\~'_) P-7- ro ,_ A-~:c- ~..lf>

Mount Sopris I AL T J;iiV log {OBI 40) .

WELL NAME: __ p_~_--,-/_0_7 __ _ \

Tool serial number: Z-

Date: S - 'Z b - z. o ' I

Operators:_-=f..J,_J_~_C--;/'-'8===-A'-H __ I

NWIS 15~digit id: --------

Location:. I B f ~ V t { r? tJ, ~ f2u (LJ' f q watch time: ( Z;) -7· It:}

Project: (/2 0 '/- II) D ( () {;;fA computer time: ( 2; 3 7 ; -z_O

~- L~ sur.r:::a.ce . Well information: J fl}.,. J. _I I \ Describe measurement point (MP): Toe ~ 5kc {'1° 1"

1tr.lv{!""" t.OC/t. to{lc~ [fk/J,fl"'e v

Depth of well: "'"' {OS? ft below MP Height of MP above land surface: Q .1? ft Water level from MP zt,, OS ft @ Depth to bottom of casing: ZD ft Nominal diameter (0 inches 5/e.e(


---------~~~7.~~--~~-----------~D~~~u~J~N vf ;-J / v

I Z. :)1 f 13/7.- Depth Start: 5,{q ft I D8Jo Starting time of log: I

Ending time of log: I 3 U! .. / Depth End: fl);g jl) ft ), f ~ I

/ r'".f/ v- 0 ~·;r /'11 1,:(<5 fUmin)

.J:!:I? D C-}vJ l'.J /1 1 p .. " l ,.



0 ' D 3 H- should be <2% of the total depth

* Magnetomet 3r Sampling rate:




in dark rocks choose a higher light intensity-- 8 -10. 2. Prior to actual data collection you can do the real-time mode datcfcollection as a check.

Be sure to record the depth before you start the time drive!! 3. Bottom of lower centralizer minimum of 20 inches from tool bottom

Collection Window

4. Not!3 the version and build of MS log that was used and consider archiving a copy of the tol file

:5/N ?~? Tool serial number: 8043a

WELL NAME: __ P5_~_:_/_6_7 __ _ NWIS 15-digitid: --------

Location: / g II~ \)' ( 11 f, ¥t /Loa J Project: /aoJLboto t;PA

Date: £(-~ .... zb ( I Operators: (/..)';& /KB rfl

(

watch time: computer time:

Geophysical log reference: measuring pt o~e .

Well information: ..---- . · ~ L /f t1 · J~ Describe measurement point (MP): J De- 5kef ~/tttJtvt1rrJUM lDCC..lOUI:J.A (e_rv..o LJD- ')

Depth of well: \_...- / b g ft below land surface Height of MP above land surface: . 6. '60 ft Dq

1 1\__.,.

Water level from MP z7. f 2-- ft @ '-1 0

Depth to bottom of casing: 'Z-6 ft Nominal diameter (;, inches 5 .fee-/


UlAttol ( {Jcuo .::s'DD () I. ~ - 2. 6 fP Yh (® !Y1 t.ft

Top of tool zeroed to land surface: ··(check)

E-log mud-probe grounded: [k?{~heck)

Log Down

Start time of log: {)C(,S"'fS

End time of log: / D D:: . ID 5eJ\-~ceogging speed: v- t_r' .rf{u,J

Start time of log: __ _



, --------------------------------------7-----r-------------------------------------------------------· ~ • c;; Depth Start: 0 . 06 Top Z'lr-TM \ Depth Bottom: ·

J/D,{D Depth End: {6 3. c>v loP o(-/-nol Sampling rate: 6, !D

Round trip error check of depth: tf, q 6 H fhould be <2% of the total depth

HP

FM

AM

BIE

NT

W

ell

Nam

e: ts

-IO.:f

-

tJ.-1.1

'2..

, (!)

,'6

Too

l ser

ial

no. 2o~D

Ope

rato

rs:

t..u.S.

c.../

/(!?,

YV\

~'Z--

Des

crib

e M

P:

TO

(._.

For

NW

IS a

rchi

ving

, lo

g ty

pe a

nd s

eque

ntia

l ~ ~

NW

IS 1

5-di

git i

d. (

c1):

__

__

_ _

Dat

e ~I rb

1 ~U

Init

ial

Wat

er L

evel

. H

t o

f M

P a

bo

ve L

S:

C>t (

5 H

eat-

pu

lse

flo

wm

eter

: H

F _

_

2 72-

t I L

-tt

be

low

MP

5"

brr

S• l~

R

nd-tr

ip d

epth

erro

r: 0

' o-z

._ ft

abo

ve/b

elow

MP

Tim

e

Dep

th

(_in

fee

t)

1-o :

:;-

crs,.s

: q_

s -:;

::;

:r-~·

t:JJ':

f 0

3

5(p

5'10

_

$3

.

evtU

$

t L"-

' .

3-_:

.!fS"

w

atch

tim

e:

{ {!)

( 2

.T-~

I 2

-co

mp

ute

r ti

me:

l o

{ 2

r : t

L

Flo

w

Dir

ecti

on

Flo

w R

ate

(In g

allo

ns

per

min

) N

ote

dir

ecti

on

wit

h

-o

r +

o

r w

ith

up

or

do

wn

arr

ow

T

ime

¥\Of

\~ 1

°' t??

Y,&,

lo,

~?-1,6

J I

I .

I tot£

o

fllvf

{oJ

l6zo

lhz

,~lo

.ol /

2Z.~Iot0%'

7r~~

~~i-

~.~

/0 t(

'-1 V

\uf(u

....;

I o,o:J

o/tto

l---lr1 ~,

(o If

l O

)t(J

vto.P

iu0 l

oloo

t/lfo

I&,Bf~~~~

{() {

0.

~AV-Pf

-:lv.J

I o~e-r~! 0

IGXB

(%0:

{(

Ol

tAvf

iv.J

~-Bf0 lo.~&'

fl C

) 5

rvuf

fo..J

I rJ<f

!o~llf

O bc

o0h0

uo

:r

vwfl

o.J

bt>-

75-;fp

,~p ltysiJ~

i 111

v'

\0 t?-k~ lo

~~~l

o{&:

>fo,

cofijq

O

tJ z.:z

_ tv

)ff<

>.J

!o

•B13

'vt~

b~3

f,.b

/l

SB

(*ch

eck

the

time

on t

he c

ompu

ter

and

chan

ge i

f nec

essa

ry s

o th

at ti

me

tagg

ed d

ata

mat

ches

the

field

not

es.)

~~

Dif

f.

in

flo

w r

ate

LS::' t

"'-S

-::..

D-p

"2..

0,0

vJL-~~C~t~

No

tes

-in

clu

de

inte

rpre

tati

on

(s

ee b

elo

w)

(c) (

l fv(

A {J

IC-L

~Otu(

' ,

_;.

cor de

fA {)

t ~[4/1~-k-~. tP

lc_[

r__

I V

C: / c

fc 0-

t Pt

c. (c

S /

/J J.

e,.f

v~

77:.--······~r·l-l

_l3

rc ~ ~.

j)le

--U

l0+i

fiiLe

(Jtc.

(c.r

'(0/dcu~~e-&s,

_G ·fr

",iC[A

p;[{:;;

s!_ h

tliJ?

1/-e

lYe.

t_s

lGZr

lr:lrD

tdc <

: . 1

gp,

glitc

h pi

ck is

the

rea

ding

tha

t is

aut

omat

ical

ly p

icke

d in

the

abs

ence

of f

low

. N

ote

"gp,

no

flow

" m

eans

no

mea

sure

able

flow

tra

nsi

en

t flo

w m

eans

tha

t the

flo

w r

ate

is c

hang

ing,

typ

ical

ly it

occ

urs

in r

espo

nse

to t

he e

ffect

s o

f too

l m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flo

w.

La

te-t

ime

flo

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP,

but

the

com

pute

r ha

s pi

cked

the

GP.

Be

sure

to n

ote

this

occ

urre

nce!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a

dupl

icat

e m

easu

rem

ent w

as m

ade

to c

heck

the

cons

iste

ncy

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla m

ark

s: in

dica

te th

e w

ay t

hat t

he d

iver

ters

wer

e se

t -i

t m

ay h

elp

with

the

inte

rpre

tatit

on o

f the

dat

a ~for a

nti

cip

ate

d u

pfl

ow

an

d

'--f-

--'

for

dow

nflo

w

sour

ce:

8/9/

2011

cjo

hnso

n@us

gs.g

ov

Am

bie

nt

Con

ditio

ns F

orm

s


WELL fS-1 V 1- Date: 5 -~ -z.oc f Pumping rate 66 gpm

Height of M P {) 1 ~ .::'} bcM-€- L&

Operators: lv!;. c..f ft.fi1"VVJ watch time: 71 !s'b-20 computer time: )J;$'fj-"?0


Pump set at?d__ ft below MP Note any observations in the discharged water: smell, turbidity, color.... /

... "Vckr b tS c~'-M ;;eJ f(1J'2- I m~~ So/tC'J 6J?:.~J4.- p~v-.bc.__ .P--S;.,


Watch water Discharge rate measurement time level rate · VVV11 ~ vol (!'13i} · time (s) Q (gpm) Comments:

)VIL

115?- ?.1-,D<:, )lo(,o 1""v VI,< p 0 V\ \W~ )~~r2>2- SC/0 -10 (),qJ2...'{ -L..W :Jf!,t:S' 0,bZ'l-s fi-lvY~I"~ -::r. 'it> 20 Oti'LJ ,.._

17. 24 i.l!INI>.O 7.fA ..1-:o-f:f:-. 2.7__s t'vvvl_p i!Jc"l--/t:..-0 V\

2.:S,) 't-.q,52... w7o flO 0·S""..s- $ ~.b '{-(_ .A~LA-viO

17 lj. ') 2. t!j I '-/ fb < 1:>~ I'P I wC-J2o/If__ --P. b 0 t.V-tff y- fvvv r tJ -P-

<; ~.0..01 V\...( • .t:LJ..tA. 'd "'+-

v"tiA-JJ I !A y ~II I~OO N <, ./;v-hY t:UAA )<::)

1~11 · Z.C1t I 1 <tJtO/ 'o.-/I!VIt "- lfJ30 CPO 6, <i'J sl.. .bl-~J....,_ 1

I~ z.'2... ~¥t.t&t I 'ff,,.-, (aO (~:), L( ~ . S (;;. ~ 1--e-:S.l/1/J .tJ1 tO l- f /~{!){) (C) I'Jt r <., ::;k b {p_ -,

,t{(!)CJ 7!1 ~o.s.-· hV1t.sk..tcJ toqc;,-tc 1 'to::; 2~?.,~ l~l/ -'./ "

2..cg,/oD e.W. I

i'-1<::,'2... L.-:fl "2fo be;+ IJ\.LP.~ .... wcJ tJL

.. MP=measunng pomt, dd= drawdown, Q-dlscharge (or InJection rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tool. So for example:

dd at 0.01 ft in a 6-in hole--> is 0.015 gpm and we can just bearly measure that with the HPFM tool. So dd has to be <0.01ftfmin

HPFM_and_ Q-test2 [email protected] 8/9/2011


WELL ,, - {l> 7

Date: Pumping rate __ gpm Height of MP {) . 7/ _Q..

't / <jj ...- zo l/ Operators: vJ5c-/ KIJ fl'\ watch time: I/.· 3g: 2-o / computer time: //,' 3 ~ : t..D


Pump set at~ ft below MP Note any observations in the discharged water: smell, turbidity, color ...


Watch water drawdown Discharge rate measurement time level rate vol (gal) time (s} Q (gpm)

\I s::J- ) .Y-ro <.

Comments:

1"2 O(n ~'--\..vo ~ \20 f.1 2~·87 s=t.fJM I {O_t:; I

~lb~{) lL\, y £; :\4J) Ws (<) i.,. \JtJ 1/1.- v 0 Vl--k ·I e.t'I.A. c

\L-(,.( 2£1,,)2, 0?0 7Jc)_'-. o,« .5 +,.;t,-1..., {2_ Lf7 71~crl3

VI~J VI. t..-''f..eV /.A-{/_ r:J VJ

f·SD't) /V..C 1;;-;,v't !A\ £1-' V-1 a rzo Z-1 ,[3> ll'b?.9 ·M1)'J,.,_ CJJ)tJ ~

I :>&&- 2A J''f two U£)¢c.- () 4(5 J' z, 'i {p 7~.?'( t/)1~ !1£:>0 foe>~ 0·13_

r<.: S1P ?_f;f ,(7\ 1Yo7 76._5"8'8 Tf2rHL

.. MP=measurrng pomt, dd= drawdown, Q=drscharge (or InJection rate), vol= volume We want to run the HPFM test under pumping conditions once we hit quasi-steady state, which is defined as the amount of water coming out of storage is <1 0% of the pumping. That is we start the HPFM under pumping conditions when the drawdown rate per minute (converted to the borehole storage) is less than the resolution of the tooL So for example:



HP

FM

"L

OW

RA

TE

" P

UM

PIN

G

NW

IS 15-d~t id

. (c

1):

Date~/

I 2

-p{(

_

Pu

mp

ing

Rat

e O

c Lf

S

gal/m

in

Pu

mp

Sta

rte

d ~

Initi

al W

ate

r L

eve

l 2

7-t0

3 fe

et

Pu

mp

Sto

pp

ed

1 L

fos

Flu

id R

es.

& T

em

p:

yes

V

or

no

We

ll:

Y.$-1

0 l-

Too

l ser

ial n

o. 2

Dfo

0 O

pera

tors

: LU

S. C

./ ft

-u,

De

scri

be

MP

: /O

L

Pu

mp

se

t at 9

J fe

et

· W

atc

h t

ime

: It

.·s~ (

-z.c:

:?

WL

at s

tart

of H

PF

M

29' (

3

at 1

3 · /:s

-C

om

pu

ter t

ime

: [/

!~$!

2.L

J W

L a

t end

of H

PF

M

7-qt

t:::>.

,s-at

I lf

OO

a

in W

L d

uri

ng

te

st D

toe

ft

WL

aft

er t

est

: 2 ti

'2..4>

at

1'-

( 5 2

-R

nd-tr

ip d

epth

erro

r: l.

),r!

) ft

t-

low

Kat

e tm

ga

llon

s p

er

mm

) D

epth

F

low

N

ote

dir

ect

ion

wit

h

-o

r +

D

iff.

in

Not

es -

incl

ud

e in

terp

reta

tio

n

(in

feet

) D

ire

ctio

n

or

wit

h u

p o

r d

ow

n a

rro

w

Tim

e

flo

w r

ate

(see

be

low

)

t30

;,_

1\

o, 3

; (?

t3r:r

.fl, '2

--O

t ?}If

{ I II ~

.5 t!),

Z.;\Io J

(t '2.

/lrYO

--

:0•0

e-J

~od~~~cli'Je -=

o, s

-ce/f¥

-111/\

3

-i'

tv ro~g.:r

ht%

f[,t

5 f?

I'?P

~ b (

3>5?

-lt. (

/'2_2

-1

~tJcvG?s ·~

I

) ~

" -

I It

' .l

A"

1\

" I

C/.

..lA

dfn

:-<2

. := 0

, c:

::;i:,

cl tf.

.t V..

.

r.;o

~

Jlf't

:JZ.

B.$

(9, 2

.-Cfl{

f,Z"'<

o,Z

ftJA;

35

t<-. r

c,-

fo.o

<fL.

Dv

tA .. };

;J ls

c fA

cf/f.:f

,. ..:.

. O.,. S

~/ ~ ,.

~' :j

"V

"')../

lfo, 5

2.-f

0£~(

?/ft

ZO O

i~Yf

/~t/

5 t:S

t1

-o.z~o

I I

" s-

-(p

y 1D

tO'f:

:t ;.,

,o'-f

Bk\

5 fj,

O'tS

/5r'l

£ )"3

2..}

-o

;f:Xz..

c, 1P

5:

v 1'

0tZ>

2J

0; C

£./(f

L·tf

6,0

-zzJt,z

.s 15

'2.-3

+o·D

/'2..

~t.v

t? J

'sc. ~~:::.

Ot '

ts-li

'c I

/ wt~

t--

~~-

'y/

1oP

3.3.

o/

o2g'

ft,'lS

o.o

;i~6

t-5

2.--'t

) -t

D,o

33

T-3

'\}/

{LbP

/<JW

O

OC

t-!/L

J,} .

.. 1M

1t4

rlD

.• .1J•

orri-

ho o

,oo-

:tAz

~ )2

,<.,;

0

/.PJ!

u e~

h;:_

-)

/('I

N\ ,~

ler-

feN

v'lc.

cp?

1-l-

"'If/

1/)c

::>P/

1}-q

) t)c

ocfp

l?s:k

:F-

l()td

tPo/

<pi

t &t

c:bt

'~q

12;

5-"'

0 .....

.

9' s

1' f

/Yo t

-l & ..

.)

o co

l\ /zy

,;:r-

o,cot-

Jss/

bt!j;

[p/q

f) b,

tJ(Z

./z.y

.L

\"2,

q.y

f)

?uWt,O~\-p_ ~

t9t Cf

~qc

f /to

/It"'

·-~£

~s v

AJv

f/o

;.J

-b<'m

5' 12M

_ (j

I {')-

A b -:

{J:b

l l~su

<!)

\ I

I

/o->

-'V

tVof

/r>J

i!J(o

t 1 !zo

, r-

1ss~

J-

5Z

--/f

\ f\O

cZ-?

r rx

zffid

e5 lh

. v't(

. h > o-:

?~/[

,16

J'i0

2

:Pvt

.-t.P

) lc?e

-VC

:if'¥

--::

z Q

, tf

'~ c;

c-/ /fA

--1£-;

I

I ->

<===

"

Re

me

mb

er

to r

eco

rd t

he

ca

libra

tio

n v

alu

es

of t

he

flo

wm

ete

r.

You

can

do

a sc

reen

gra

b o

f the

cal

ibra

tion

page

on

MsH

eat o

r re

cord

val

ues.

tra

nsi

en

t flo

w m

eans

tha

t the

flow

rat

e is

cha

ngin

g, t

ypic

ally

it o

ccur

s in

res

pons

e to

the

effe

cts

of to

ol m

ovem

ent,

whi

ch c

ause

s an

app

aren

t ver

tical

flow

.

La

te-t

ime

flo

w m

eans

tha

t the

hea

tpul

se h

as a

rriv

ed a

fter

the

GP

, bu

t the

com

pute

r ha

s pi

cked

the

GP

. B

e su

re t

o no

te t

his

occu

rren

ce!

che

ck m

ea

sure

me

nt i

ndic

ates

tha

t a

dupl

icat

e m

easu

rem

ent w

as m

ade

to c

heck

the

con

sist

ency

of a

n ea

rlier

mea

sure

men

t.

um

bre

lla m

ark

s: i

ndic

ate

the

way

that

the

dive

rter

s w

ere

set

-it

may

hel

p w

ith t

he in

terp

reta

titon

of t

he d

ata

~for an

ticip

ated

upf

low

and

'-

-!--

---'

tor

dow

nflo

w

Con

tinua

tion

of H

PF

M t

est u

nder

co

nditi

ons

sour

ce:

8/9/

2011

cjo

hnso

n@us

gs.g

ov

Low

Rat

e P

umpi

ng F

orm

s

h.-.

I _L

'Q11,,

~ (.,

.J)

~~.5

~ ... -.~.§ 5/-r~ ~ 8(?" Century I Combo tool log Tool serial number: 8043a

f5., I o I WELL NAME:--------- Date: , 0 --ff ...-~CI

NWIS 15-digit id: --------....,-

/'6 1 ~ J, rqr/,rJa. tRJ fuxhoro &II+

Operators: 1/JSC-/ K B IYI '

Location:

Project: watch time: ll/: r./1 : 15 computer time: -z : lJ q: I r.f p M


~:~7:-:::::::~ment point (MP): 'Fl>6 /Jtt.tJMiiJ<im /oc[ ttJii® ~ Depth of well: '- I D& ft below land surface Height of MP above land surface: c. • '5? 0 ft l .t .. t / Water level from MP :;?- 7 . 2-b ft @ r T Depth to bottom of casing: z.o ft Nominal diameter {:;. inches

Top of tool zeroed to land surface: [ii/;c:eck)

E-log mud-probe grounded: ~heck) LogDown ~ Start time of log: / L/ {b Start time of log: __ _

End time of log: l L/: )'-/ End time of log: ___ _

Logging speed: . .,... J ~ f'f/(V1J,J Logging speed: ___ _ 70 5 f)A.fJJ!.:::_ __________________________________________________________________________________________________ , . ,,S 1 Depth Start: {), OD Top n[.'fo'tl.l Depth Bottom:. __

( f().SD Depth End: (?};?,00 Tbfl>(- foDL- Sampling rate: b. to

Round trip error check of depth: _ 0 . ) {) j} should be <2% of the total depth


Documents

Appendix 1. Borehole geophysical logging field notes. · which is defined as the amount of water coming out of storage is