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1
Change the Economics of a Community or Property You Don’t
Yet Serve with Portable CNG
What NG Advantage Does Today
#1 It Does NOT compete with LDCs.
Would be open to building a compressor station on LDC assets or investment.#2 It trucks CNG to stranded properties.#3 Pricing is at a premium of typical LDC rates.#4 It leaves when the pipeline arrives.
1. Compressor site on pipeline 2. Delivered in composite
containers
3. Customer Off-Load Station4. Empty trailers return for refilling
How Does It Work
First Region Completed Q3 2014
Next Regions Under Development
Milton Compressor Station Operational Q2 2013
Pembroke, NH Compressor Station
Operational Q2 2014
Building in partnership with one of T Boone Pickens’ companies, Clean Energy Fuels
CNG Transport Trailers
Hexagon Lincoln TITAN trailer ready for delivery by hauling partner, J.P. Noonan
Sample Off-Loading Station
Asphalt plant Operational Q2 2013
Dispatcher 24/7
NG Advantage’s Customers:Paper Industry
NG Advantage’s Customers:Industrial
NG Advantage’s Customers:Medical
14
NG Advantage Became VT Gas’Largest Customer in 6 months
15
Good for Economic Development and Public Relations
Gov. Peter Shumlin & ex-Gov. Jim Douglas
LT. Gov. Phil Scott
Lawrence Miller, Sec. of Economic Dev.
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Hospitals Asphalt Plants Paper Mills
Case Studies
17
Why This is Hard
Technology Logistics
SCADA tools for knowing◦ when trailer is full◦ when to start filling◦ when to switch over to 2nd
trailer Telemetry on trucks &
compressors Telemetry to monitor
customer site Video to monitor and
help drivers
$5MM per compressor station
$500,000 trailers Fully filling trailers in
heat and cold Routing trailers so they
get to customers “just-in-time”
Fully emptying trailers Multiple sources of gas Relationship with
trucking firm
NG Advantage Can Expand the Service of an LDC
Expand Your
Territory
20
Pipeline and Gas Journal - March 2014
A 24 inch diameter pipeline extension costs $100,000.00 per inch-mile or $2,400,000.00 per mile.
“Gas pipeline cost per inch-mile The cost of building natural gas pipeline(1) infrastructure varied between $30,000 and $100,000 per inch-mile(2) from 1993 to 2007 (Figure 8), according to the study. Through 2004, increases in pipeline construction costs were generally modest. After 2004, however, costs began to escalate dramatically, nearly doubling previous levels by 2006. This was due, in part, to high world commodity prices, especially the price of steel. Costs have declined recently and the several year cost run-up is expected to only be temporary. Since all three cases have similar GDP assumptions, input costs are assumed to be the same in all cases. Construction costs are projected to decline through 2010. After 2010, costs resume a general upward pattern consistent with the pre-2004 cost trends, which are slightly less than the assumed future inflation rate of 2.5 percent per year.
The study finds the cost of pipeline construction is divided roughly equally between materials, labor and miscellaneous. In 2007, materials costs accounted for over 35 percent of total costs, but have since declined. The miscellaneous category includes engineering, surveying, administration, and environmental costs. Costs for right-of-way account for 8 to 9 percent of total construction costs. This component has recently increased at a slightly faster rate than the other components. It is projected that the labor and right-of-way components will grow slightly faster than the other components, as skilled labor remains a premium commodity and pipeline permitting and siting continue to increase in complexity. The cost of materials is projected to increase at a rate slightly less than inflation and account for about 25 percent of total pipeline construction costs by 2030.
In all cases, cumulative transmission pipeline expenditures are similar through 2012, but they diverge thereafter. Considering the time required for pipeline planning, permitting and construction, it will take a few years before policy shifts such as those assumed in the High Gas Growth Case and the Low Electric Growth Case affect natural gas infrastructure investment. Pre-2012 pipeline infrastructure projects are already in advanced planning or already under construction, so they are not likely to be affected much by policy changes.”
Cost of Pipeline Extension
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Together We Can Serve a Customer You Will Be Bringing
the Pipeline To• Pipeline extension planned for 3
years away• Keeps company viable until pipeline
arrives• Customer will convert its
burner/boiler now• Customer will be ready when
pipeline arrives• Customer will have relationship with
the LDC now• NG Advantage leaves when
pipeline arrives
LDC puts in assets: pipes, one access point & meter LDC sells interruptible contract to companies, installs meters at
each facility LDC owns customers NG Advantage trucks CNG 24/7 Customers have political stake in future pipeline extension to
save more $ When pipeline arrives
Customers – no change but save more money LDC – bills as usual, conversions already done NG Advantage - leaves
Together We can Serve a “Stranded” Cluster For a Lot Less
Community or center of town must have: ◦ Large anchor tenants◦ Small businesses & residential◦ Existing pipes or LDC can install (capital expenses
better for rate of return) to each customer◦ One point of entry and meter for NG Advantage◦ Individual meters for each local customer
Questions◦ Will 20% add on apply to new customers like these?◦ Will the PUC need to approve them paying a different
rate than other customers?◦ Source of backup fuel ? Maybe central heating plant
Together We Can Serve a Community for a Lot Less
How?
OEM NG Advantage Sell to customers, let NG Advantage provide the delivery
Sign a huge facility or gather enough smaller ones ie: industrial park
Install infrastructure Provide one point of entry to
gas network or a heating plant
Sell to all customers Train and convert all
customers Petition for a new CNG rate
class – NG Advantage’s cost built into distribution rate
LDC invest in NG Advantage’s infrastructure, compressor station or trailer
If large enough, NG Advantage will:
Build a compressor station or truck from an existing station
Provide tractors and trailers
Build Off-Loading Station at LDC’s point of entry location
Municipal Propane Municipal Methane
Montpelier, Rutland and St. Johnsbury, Vermont Pipes to each business and
residence One access point for
propane Delivered by train
**** Today bio mass steam to
each downtown business & State office buildings in Montpelier
Burlington, VT (MGP) Methane to each
residence and business
Coal arrived by barge to gasification plant
Back To The Future
NG Advantage Can Provide Peaking Service to Capacity
Constrained Distribution Systems
27
#1 For application on physically constrained portions of the distribution system.#2 Meet peaking demands on design cold days.#3 Serve as an interim solution to allow for addition of new customers until expansion is possible.#4 It leaves when the pipeline arrives.
1. Compressor site on pipeline 2. Delivered in composite containers
3. Customer Off-Load Station4. Empty trailers return for refilling
How Does It Work
30
NG Advantage LLCP.O. Box 817
Milton, VT 05468www.NGadvantage.com
802 760.1167
Mary EvslinVP of Marketing