P.O. 722168 (W.B.) - Cosmic Ferro

Works: Village:‐ Ghutgoria, P.O.‐ Barjora, Pin‐ 722168 Dist – Bankura (W.B.)

To Date: 01.10.2015 The Eastern Regional Office, The Ministry of Environment & forests (Govt. of India), A/3, Chandra Shekarpur, Regional Office, Bhubaneswar – 751023. Sub. : Compliance report as on 01‐01‐2015 Ref : Ministry’s environmental clearance letter no : J/1101/894/2007 – 1A (11) dated 27‐2‐08 & J. 110 11/538/2008‐1A (II) (I) DT‐10/12/08 Dear Sir,

This is to inform you that the following actions have been taken up by this organization to comply with the Specific conditions along with the general conditions as mentioned by the Jt : Director MOEF.

A. Specific Conditions.

1. Manganese part has been tested by TCLP method from IITRC (Govt. of India) lab and silico Manganese slag has been tested from Kolkata based NABL approved lab.

The said report has been forwarded at the MOEF Regional office, Bhubaneswar, as soon as it has been Received ; copy of the same once again is being forwarded for kind information.

2. Permission from SWID Bankura for drawal of ground water has already been forwarded at MOEF Regional office along with the other papers in the month of Aug’08. Copies of the same once again is Being forwarded for kind information.

3. Manganese silicate slag (Solid waste) test results is well within the limit of Hazardous waste rule 2003, Schedule – 2 Class – B, SL. no – 29.

4. 100% Solid waste in the form of slag during the manufacturing process of ferro manganese is being Used as raw materials for manufacturing process of silico manganese.

The Solid waste as slag during manufacturing process of silico manganese has been tested and has Been found that the manganese silicate present in the slag is well within the limit of hazardous waste Rule 2003, Schedule 2, Class B, Sl. no – 29.

5. BCC 3500 nos. to taking 6000 nos. sapling have been planted as 3 tier green belt in the 2.5 m X 2.5 m Spacing. We have a program to plant the residual nos. of saplings within 2015‐16.

6. The manufacturing process of Ferro manganese and silico manganese do not generate any waste Water and as such zero base discharge is ensured.

7. Works of raw water harvesting and recharging of ground water have completed and commissioned accordingly.


Page ‐ 3

Encl.: 1) Noise Level Monitoring dt. 13.11.2015

2) Ambient Air Quality Monitoring result dt. 09.11.2015

3) Fugitive Emission Monitoring result dt. 26.06.2015 & 23.09.2015.

4) Analysis Report of Flue Gas dt. 12.06.2014 Furnace No. 1,2,3,4 & 5 dt. 26.06.2015 & 23.09.15.

5) Water analysis report date 17.10.2014

6) Laboratory test report of Manganese & Manganese Silicate.

7) Permit for sinking of New Well and certificate of registration of existing well for one SWID,

Bankura.

8) Xerox copy of Log Book

9) Compliance report in soft copy as on 01.01.2015 – 1.10.2015

10) West Bengal pollution control board (Analysis report of gaseous Emission)

Furnace 1 & 2 Furnace 3 & 4 Furnace 5

Stock

Date of sampling 09.09.2014 09.09.2014 14.03.2014

Date of report 15.10.2014 15.10.2014 07.04.2014

Green Belt Development

EXISTING GREENBELT PHOTOGRAPHS

ACTUAL PHOTOGRAPHS OF RECENT CSR ACTIVTIES

Water distributed in Ghutgoria Village by CFAL Tanker

WORK DONE AT NEKHRAKHULYA MA SHASHAN MANDIR

BASANTA KUMARI MANDIR WAS BUILT BY COSMIC FERRO ALLOYS

Various Works carried at Ghutgoria High School & Primary School


PROJECT OF RAIN WATER HARVESTING SITUATED AT THE PLANT OF M/S COSMIC FERRO ALLOY LTD, BERJORA, DISTRICT – BANKURA.

1. Under ground tank for storing of rain‐water‐dimension‐8.5 meters x 8.5 meters x 6 meters

Volume of tank = 443.5 M3

Due to rainfall, water overflows to water tank directly connected to cooling tower to meet the requirement of Water of cooling tower.

2. Water tank connected to cooling tower‐ 17 meters x 8.5 meters x7 meters

Volume of tank = 1011 M3

Total capacity of storage of water = 443.5 M3 + 1011 M3 = 1455 M3 (Approx).

3. Total area of shed area where rain water is collected from the roof through the guard channel towards the Ground for storing in the water tank = 21.50 M x 42.30 M = 909.45 M2 with extended area and inclined surface Area, total catchment area becomes 1182.3 M2.

Annual rainfall = 1.5 M.

Taking into account of the evaporation loss the effective rainfall = 80% of 1.5 M = 1.2 M.

Thus the total quantity of estimated rainwater = 1182.3 M2 x 1.2 M = 1418.74M3.

Taking into account of water evaporation loss of 5% the effective estimated quantity of rainwater to be Collected = 1347.8 M3

The existing water tanks have the capacity to hold the entire quantity of rain water for the purpose of Harvesting and uses to the plant.


COSMIC FERRO ALLOYS LTD Vill.‐ Ghutghoria, P.O.‐ Barjora

Dist.‐ Bankura Environmental Monitoring Status

A. Water Analysis Report

No trade effluent generated in manufacturing process. Monitoring the quality of domestic sewage only.

Parameters 23.01.06 18.01.07 21.01.08 11.04.09 20.11.10 17.05.11 29.10.11 18.11.11 pH 7.4 7.8 7.8 7.6 7.4 7.6 7.5 7.5

TSS,mg/1 296 245 231 265 211 186 212 171 Oil &

Grease,mg/1 4.0 6.0 5.0 4 3 4 3 6

BOD (3 days at 270 C ),mg/1

298 284 310 328 276 260 271 335

Parameters 18.05.12 30.01.13 26.06.13 12.06.2014 14.11.2014 pH 7.4 7.2 7.5 6.8 6.7

TSS,mg/1 254 278 254 245 224 Oil & grease,mg/1 4 5 7 6 5 BOD(3 DAYS AT 27

C),MG/1 283 314 295 288 279

B. Ambient Air Quality

Sl. No Location Date of Monitoring Pollutant Concentration (ug/m3)

SPM SO2 NO2 1 Downwind at factory gate 15.05.2006 235 28 47 0,5 km downwind from plant boundary Do 216 25 41 4 km downwind from plant boundary Do 202 21 36 2. Downwind at factory gate 27.01.2007 154 35 39 0,5 km downwind from plant boundary Do 148 32 36 4 km downwind from plant boundary Do 139 28 29 3. Downwind at factory gate 31.01.2008 156 35 40 0,5 km downwind from plant boundary Do 148 31 32 1 km downwind from plant boundary Do 138 26 32 4. Downwind at factory gate 25.07.2008 141 31 36 0,5 km downwind from plant boundary Do 136 28 31 2 km downwind from plant boundary Do 122 26 27 5 In Front of main gate 31.07.2008 150 12 476. Downwind at factory gate 08.04.09 147 15 39 0,5 km downwind from plant boundary Do 139 12 32 7. 2 km downwind from plant boundary 09.04.09 128 11 24



Sl. No.

Location Date of monitoring

Pollutant Concentration (ug/ m3) SPM RPM SO2 NO2

8. Downwind at factory gate 26.10.2009 118 87 13 69 0,5 km downwind from plant boundary Do 218 83 11 76 0‐5 km downwind from plant boundary Do 199 76 09 72 9. Downwind at factory gate 23.12.2009 74 NA 14 73 0,5 km downwind from plant boundary Do 68 NA 12 81 0‐5 km downwind from plant boundary Do 71 NA 13 67

10. Downwind at factory gate 20.05.2010 91 NA 11 67 0,5 km downwind from plant boundary Do 89 NA 10 68 0‐5 km downwind from plant boundary Do 84 NA 12 62





15. Downwind at factory gate 29.09.2011 83 NA 9 56 0,5 km downwind from plant boundary Do 86 NA 9 53 0‐5 km downwind from plant bundary Do 81 NA 7 49




19. Downwind at factory gate 22.05.2012 89 NA 9 48 0,5 km downwind from plant boundary Do 78 NA 6 41 0‐5 km downwind from plant boundary Do 73 NA 7 44 Permissible Limit 100 NA 80 80

20. Downwind at factory gate 30.01.2013 142 68 12 65 0,5 km downwind from plant

boundary Do 127 63 9 59

0‐5 km downwind from plant boundary

Do 118 55 11 62

21. Downwind at factory gate 09.05.2013 129 59 10 58 0‐5 km downwind from plant

boundary Do 105 47 8 53

22. Downwind at Factory gate


17/07/2013

17/07/2013

Spm 4g/m3

115

87

RPM2.5

4G/M3 48

35

SO24G/M3

7 5

No2 4g/m3 45

41

COMG/M3

0.69

0.62 23. Downwind at Factory gate


05/09/2013

05/09/2013

107

79

41

33

6 5

51

43

0.73

0.65



Location name Date of Monitoring

Pollution Concentration

PM 10(µg/m3)

PM 2.5(µg/m3)

SO 2

(µg/m3) NO 2

(µg/m3) CO 2

(µg/m3)

25. Down wind of Factory Main gate

02.05.2014 137 51 9 52 0.71

26. 0 – 5 km down wind from Plant Boundary

02.05.2014 119 43 6 49 0.62


15/10.2014 159 57 11 59 0.78


28/10.2015 141 53 9 51 0.67


C. Fugitive Emission

Sl. No Location Date of Monitoring Pollutant Concentration (ug/m3)SPM

(µg/m3) SO2

(µg/m3) NO2

(µg/m3) 1. In front of furnace No.1&2 24.07.2006 462 7 26 In front of furnace No.3&4 Do 470 7 27 2. In front of furnace No.1&2 26.01.07 485 7 31 In front of furnace No.3&4 Do 478 8 29 3. In front of furnace No.1&2 28.07.07 478 7 10 In front of furnace No.3&4 Do 480 7 31 4. In front of furnace No.1&2 30.01.08 480 7 32 In front of furnace No.3&4 Do 462 8 29 5. In front of furnace No.1&2 31.07.08 475 8 32 In front of furnace No.3&4 Do 582 7 34 6. In front of furnace No.1&2 28.12.08 493 12 51 7. In front of furnace No.1&2 09.04.09 507 13 36 In front of furnace No.3&4 Do 593 9 37 8. In front of furnace No.1&2 26.10.2009 482 9 31 In front of furnace No.3&4 Do 477 8 34 9. In front of furnace No.1&2 23.12.2009 625 9 35 In front of furnace No.3&4 Do 642 10 43 10. In front of furnace No.1&2 20.05.2010 502 9 36 In front of furnace No.3&4 Do 492 8 41 11. In front of furnace No.1&2 20.11.2010 519 11 39 In front of furnace No.3&4 Do 503 10 45 12. In front of furnace No.1&2 20.05.2011 489 10 44 In front of furnace No.3&4 Do 467 9 48 13. In front of furnace No.1&2 29.07.2011 447 8 41 In front of furnace No.3&4 Do 425 7 43 14. In front of furnace No.3&4 25.03.2014 463 9 57 15 In front of furnace No.3&4 02.06.2014 696 8 55


C. Fugitive Emission

Sl. No. Location Date of monitoring

Pollutants Concentration (ug / m3) SPM SO2 NO2

14. In front of furnace No. 1&2 30.08.2011 431 6 39 In front of furnace No. 3&4 Do 410 6 42 15. In front of furnace No. 1&2 29.09.2011 453 7 45 In front of furnace No. 3&4 Do 435 8 47 16. In front of furnace No. 1&2 28.10.2011 493 13 51 In front of furnace No. 3&4 Do 479 11 53 17. In front of furnace No. 1&2 21.11.2011 481 18 75 In front of furnace No. 3&4 Do 492 17 69 18. In front of furnace No. 1&2 14.01.2012 562 15 70 In front of furnace No. 3&4 Do 584 12 78 19. In front of furnace No. 1&2 22.05.2012 533 11 52 In front of furnace No. 3&4 Do 545 9 55 20. In front of furnace No. 1&2 30.01.2013 762 17 67 In front of furnace No. 3&4 Do 779 14 71 21. In front of furnace No. 1&2 07.03.2013 514 7 51 In front of furnace No. 3&4 Do 521 8 55 22. In front of furnace No.1&2 31/05/2013 479 6 45

In front of furnace No.3&4 Do 487 6 49 23. In front of furnace No.1&2 24/07/2013 458 5 39 In front of furnace No.3&4 Do 467 7 41 24. In front of furnace No.1&2 06/09/2013 463 7 43 In front of furnace No.3&4 Do 472 6 46

25. In front of furnace No.3&4 23.12.2014 589 17 82

In front of furnace No.3&4 15.10.2014 513 13 68




Cosmic Ferro Alloys Ltd. Noise Level Data Instrument used : Lutron SL 4010 Page ‐ 1

Location

Date Date Date 13.03.2006 15.09.2006 20.03.2007 Day Time 0600 to 2200 Min Max Leg

Night Time2200 to 0600 Min Max Leg

Day Time0600 to 2200 Min Max Leg


Day Time 0600 to 2200 Min Max Leg


Furnace Working Platform

56 76 65 50 63 56 56 76 66 50 63 56 56 76 66 50 63 56

ID fan @ 1 m distance

78 87 82 74 79 76 78 87 82 77 79 76 78 87 82 74 79 76

Air [email protected]

89 96 92 86 89 87 89 96 92 86 89 87 89 96 92 86 89 87

Factory Main Gate

54 75 64 50 62 56 54 75 64 50 62 56 54 75 64 50 62 56

Location

Date Date Date 21.09.2007 22.03.2008 22.09.2008 Day Time Night Time Day Time Night Time Day Time Night Time0600 to 2200 Min Max Leg

2200 to 0600Min Max Leg



0600 to 2200 Min Max Leg



56 76 66 50 63 56 56 76 66 50 63 56 56 76 66 50 63 56


78 87 82 73 79 76 78 87 82 74 79 76 78 87 82 74 79 76


89 96 92 86 89 87 89 96 92 86 89 87 89 96 92 86 89 87

Factory Main Gate

54 75 64 50 62 56 54 75 64 50 62 56 54 75 64 50 62 56

Location

Date Date Date 21.09.2007 22.03.2008 22.09.2008 Day Time Night Time Day Time Night Time Day Time Night Time0600 to 2200 Min Max Leg




0600 to 2200 Min Max Leg



56 78 66 52 61 57 54 75 64 52 61 56 74.7 68.4


NA NA 80 89 84 77 80 78 68.8 66.5


NA NA 92 97 94 81 87 84 67.8 65

Factory Main Gate

NA NA 55 77 66 48 59 53 NA NA


Noise Level Data Page‐ 2

Location








71.2 69.3 70.4 65.6 73.4 62.3


69.3 67.2 71.2 66.8 67.4 68.3


70.8 68.1 72.6 65.8 66.9 66.4

Factory Main Gate

68.5 59.7 69.7 58.2 67.4 59.3

Location








71.6 58.4 72.4 57.2 71.6 62.3


68.7 68.1 67.3 66.5 70.4 65.5


67.1 66.2 68.6 64.4 69.8 63.7

Factory Main Gate

69.5 57.8 70.2 55.4 68.4 53.4

Location








72.8 63.4 72 63 74.6 62.1


72.6 64.8 73 65 75.3 66.9


70.8 64.2 73 62 69.7 66.3

Factory Main Gate

69.2 55.5 70 54 65.4 51.2


Noise Level Data

Page‐ 3

Location Date Date

22.05.2012 26.06.2013Day time

Night time

Day time

Night time

0600 to 2200 Min Max Leq




Furnace working platform

72.9 60.5 72.8 60.2

ID fan@1 mdistance

76.2 64.6 75.1 62.2

Air compre [email protected]

71.1 65.2 70.8 64.0

Factory main gate 63.8 52.4 69.2 51.2 Furnace working platform

17/09/2013 72.6

60.2 23.12.2014

I/D fan@ 1 mdistance

76.6 62.2 78.3

Air compressor @1.5

73.9 63.2 72.5

New main gate 64.8 52.4 62.3


Noise Level Data

Sl. No.

Location Sound Level

Leq [in dB (A) ]

Day Time 1. Furnace Working Platform 74.6

2. ID Fan – 1m distance (Project Site) 76.3

3. Air Compressor – 1.5 m distance (Project Site) 68.2

4. Near Main Gate 64.8


Cosmic Ferro Alloys Ltd Flue Gas Analysis Report

Page‐ 1

Parameters 14.06.2006 20.12.2006 13.02.2007 14.03.2007

12.06.2007

Stack for furnace 1 & 2










Gas temperature deg C

118 NA 105 NA 49 53 NA NA 125 120 NA

Velocity of Gas m/sec

15.2 NA 14.6 NA 7.16 6.92

NA NA 6.8 15.1 NA

Quantity of gas nm3/hr

86400 NA 86000 NA 53293 50870

NA NA 52500 85644 NA

SPM,mg/nm3

76 NA 75 NA 86 78 NA NA 67 77 NA

SO2,mg/nm3

95 NA 94 NA 18 19 NA NA 92 96 NA

Nox,mg/nm3

36 NA 36 NA 7 11 NA NA 42 39 NA

Furnace 4 Not Operational NA indicates not applicable

Parameters 15.09.2007 04.10.2007 18.12.2007 20.03.2008

13.06.2008












NA 120 NA 88 107 NA NA 122 117 NA


NA 6.8 NA 7.1 14.42 NA NA 6.9 15.1 NA


NA 58430 NA 64919 84650 NA NA 54742 86377 NA

SPM,mg/nm3

NA 69 NA 110 76 NA NA 67 79 NA

SO2,mg/nm3

NA 90 NA 69 97 NA NA 89 103 NA

Nox,mg/nm3

NA 41 NA 21 37 NA NA 42 37 NA


Flue Gas Analysis Report

Page ‐2

Parameters 05.07.2008 19.09.2008 28.12.2008 08.04.2009

30.07.2009












NA 128 NA 125 87 91 113 119 118 86


NA 14.36 NA 7.3 13.57 8.21 13.94 6.72 14.02 11.95


NA 117731

NA 56567 90381 74776 86062 56453 84179 108123

SPM,mg/nm3

NA 67 NA 68 91 73 81 72 84 61

SO2,mg/nm3

NA 92 NA 87 70 58 92 83 61 50

Nox,mg/nm3

NA 43 NA 41 31 19 33 39 21 20

Parameters 30.10.2009 22.12.2009 29.01.2010 20.04.2010

20.07.2010












112 88 108 85 116 82 122 97 103 97


13.82 12.13 13.80 11.90 13.90 11.90 14.02 12.23 12.58 17.93


85851 109734

84668 107508

84778 110041

83012 106961

109993

211102

SPM,mg/nm3

81 67 84 49 86 59 88 61 63 45

SO2,mg/nm3

68 57 70 48 64 53 59 49 25 29

Nox,mg/nm3

28 25 28 18 26 23 24 21 11 13



Page‐3

Parameters

25.10.2010 20.10.2010

22.02.2011 20.05.2011

Stack for furnace 5





Stack for furnace5



Stack for furnace5


52 114 86 112 102 56 109 105 59


12.47 13.36 16.86 11.24 14.71 10.95 10.48 15.09 12.19


91281 111371 200622 95819 170239 79067 88842 170909 85983

SPM,mg/nm3 10 83 52 69 53 31 67 49 27SO2,mg/nm3 10 34 38 22 34 14 27 33 11Nox,mg/nm3 5 13 16 17 18 9 14 15 7

Parameters 28.06.2011 29.07.2011 30.08.2011 Stack

for furnace 1 & 2


Stack for furnace 5



Stack for furnace 5



Stack for furnace 5


97 118 77 104 111 65 97 107 57


8.94 11.04 10.44 8.71 11.26 9.93 8.93 14.26 11.63


79486 122899 70921 75708 127007 69597 79201 162921 83485



Flue Gas Analysis Report Page‐4


for furnace 1 & 2


Stack for furnace 5



Stack for furnace 5



Stack for furnace 5


109 113 51 101 104 63 108 112 68


10.48 13.18 11.74 10.17 14.72 12.05 7.79 10.6 9.19


90175 148666 83614 89947 170969 85764 68218 121489 64953



for furnace 1 & 2


Stack for furnace 5



Stack for furnace 5



Stack for furnace 5


97 92 79 102 99 72 104 103 83


10.93 14.77 12.17 10.76 14.86 12.45 11.02 14.08 12.55


98121 177807 83016 94949 174847 86307 96490 163474 83996



Flue Gas Analysis Report Page ‐5

Parameters

04.07.2012 02.11.2012Stack for furnace 1 & 2


Stack for furnace 5



Stack for furnace 5


109 88 109 111 95 76


11.05 13.43 11.05 10.86 13.28 12.2


94189 160356 94189 93787 158404 83825

SPM,mg/nm3 57 53 57 58 55 43 SO2,mg/nm3 19 21 19 22 26 24 Nox,mg/nm3 7 8 7 9 11 9


DG Set

Stack for furnace 1 Stack for furnace 2142 15314.51 14.17369 35147 5544 4118 21

Parameters 23.03.2013 26.06.2013Stack for furnace 1 & 2


Stack for furnace 5



Stack for furnace 5


54 68 66 62 71 69

Velocity of gas m/sec

14.64 13.24 13.81 13.95 13.09 14.02

Quantity of gas N m3/hr

149020 170637 97954 136943 165543 97564

SPM, mg/Nm3

31 34 29 37 31 27

SO2, mg/Nm3

28 24 23 24 30 18

Nox, mg/Nm3

8 11 9 5 9 6


Flue Gas Analysis Report Page ‐6

Parameters

28/07/2013 (Date of Sampling) 20/12/2013 (Date of Sampling)

Stack for furnace 1&2


Stack for furnace 5



Stack for furnace 5

Gas Temperature dag C

59 63 55 69 74 76


13.89 13.09 13.45 13.17 13.26 12.87

Qty of gas n m3/hr

1,36,572 1,66,971 97,106 1,25,856 156181 93840

SPM, MG/Nm3

27 25 21 30 24 22

SO2, mg/Nm3

25 27 16 20 28 21

Nox, mg/Nm3

7 7 5 9 9 8

Parameters




Stack for furnace 5



Stack for furnace 5


75 79 79 52 68 79


13.08 13.10 13.40 9.98 10.06 10.87

Qty of gas n m3/hr

124503 162911 91161 10098 128228 73427

SPM, MG/Nm3

34 31 26 34 29 41

SO2, mg/Nm3

24 26 24 31 32 33

Nox, mg/Nm3

8 8 7 9 8 9


Page ‐7

Parameters




Stack for furnace 5



Stack for furnace 5


81 88 68 87 83 73


13.55 13.93 12.96 13.86 13.67 13.11

Qty of gas n m3/hr

127070 169305 91199 128676 169791 91475

SPM, MG/Nm3

41 39 33 35 31 38

SO2, mg/Nm3

19 22 25 16 18 21

Nox, mg/Nm3

7 10 12 6 8 9

Parameters




Stack for furnace 5



Stack for furnace 5


77 86 71 71 81 66


11.51 11.68 9.72 11.81 11.27 10.10

Qty of gas n m3/hr

104661 141282 67026 113210 138865 70952

SPM, MG/Nm3

31 35 29 28 32 25

SO2, mg/Nm3

13 17 15 18 13 12

Nox, mg/Nm3

6 9 7 8 6 6


STATEMENT OF EXPENDITURE INCURRED FOR IMPLEMENTING ENVIRONMENTAL PROTECTION ABATEMENT OF POLLUTION, PREVENTION OF POLLUTION MEASURES FOR FIVE FURNACE (5 OPERATING) AT M/S COSMIC FERRO ALLOYS LIMITED, GHUTGORIA, BARJORA BLOCK, BANKURA DISTRICT.WEST BENGAL. FOR THE PERIOD 01.01.2014 TO 30.06.2013

Running cost (electrical energy)

Operation & maintenance

Manpower, wages, welfare cost

Lab testing charges for Pollution equipments

Repairing & Maintenance of Rain Water Harvesting and Recharging of ground water

Statutory cost Pollution license (Rs. 3.08 Lacs for the period 01.09.2012 to 31.08.2014

Expenditure on a/c of local social welfare & development

Rs. 50.0 Lacs per month 3 (cr) 1/12/12 to 31/5/13

Rs. 11.15 Lacs(w.e.f. 01.12.2012 to31.052013)

Rs. 17.6 Lacs

Rs. 3.0 Lacs Rs. 1.5 Lacs Rs.3.25 lacs (approx)

Rs. 5.25 lacs

Rs. 50 (lac) per month 3 (cr) 1/6/13 to 31/12/13

Rs.9.10 Lac (w.e.f.01/06/13 to 21/12/13

Rs.12.5 Lac Rs.1.5 Lac Rs.2.5 Lac Rs.3.25 Lac 01/09/12 to 31/08/14

Rs.3.20 Lac

Rs. 50 (lac) Per month 3 (cr) 1/1/14 To 30/6/14

Rs.6.2 lac (w.e.f.22/12/14 To 30/06/14

Rs.16.5 lac Rs.1.2 lac Rs.3 lac

Do

Rs.4.8 lac

01.07.14 to 30.12.14

Rs. 7.85 lacs Rs.14.5 lacs

Rs. 1.2 lacs Rs. 2.6 lacs

Rs. 3.25 lacs 01.09.14 to 31.08.15

Rs.4.6 lacs

01.01.15 to 30.09.15

Rs. 13.5 Lac Rs. 25.5 Lac Rs. 0.6 Lac Rs. 4.8 Lac

Do

Rs. 3.0 Lac

COSMIC FERRO ALLOYS LTD.

Documents

P.O. 722168 (W.B.) - Cosmic Ferro