DISTRICT SURVEY REPORT BALRAMPUR

DIRECTORATE OF GEOLOGY AND MINING CONTENT

1. Introduction: 2. Overview of Mining Activity in the District 3. The list of Mining leases in the District with location, Area and Period of validity 4. Details of Royalty of revenue received in last three years 5. Details of production of sand or Bajari of minor mineral in the last three years 6. Process of deposition of sediments in the rivers of the District 7. General profile of the District 8. Land utilization pattern in the District: Forest, Agriculture, Horticulture, Mining etc. 9. Physiography of the District 10. Rainfall: month wise 11. Geology and Mineral wealth a. District wise detail of river or stream and other sand source b. District wise availability of sand or gravel or aggregate resources c. District wise detail of existing mining leases of sand and aggregates 1. Introduction

Surguja district was broken in the year 2012 and 2 new districts came into being. One is Surajpur and other is Balrampur. Balrampur district covers an area of 3806 Km2. Balrampur- district is located in the northern part of Chhattisgarh. It is bounded by (M.P.), Mirzapur (U.P.) and Palamau () in north, Jashpur and Surguja in south, Surajpur in west, part of Palamau and Jashpur in east. According to the census of 2011, total population of district is 7,30,491 with sex ratio of 973. 63% of population belongs to Schedule Tribes. Pahadi Korwa, Gond, Khairwar, Kanwars and Pandos are the major tribal groups. Balrampur is the district headquarter of the district. It is well connected with other major cities of state with all weather road. Currently no railway line passes through the district. Tatapani located about 12 km from Balrampur city is famous for perennial hot springs. ’s second geothermal power plant of Chhattisgarh is proposed here. Deepadih known for its remnants of old temples dated about 8th to 14th A.D. and Semarsot and Tamor Pingla sanctuaries are other tourist attractions.

2. Overview of Mining Activity:

Balrampur-Ramanujganj district posses a versatile geological scenario giving rise to availability to a number of important major as well as minor mineral. At present 59 quarries of minor mineral are operational in the district.

1. Low grade Limestone - 19 Nos. 2. Stone crusher (ordinary stone) - 21 Nos. 3. Ordinary Soil for brick making - 19 Nos.

Apart from 59 minor mineral quarries 06 mining leases of Major minerals are operational:

1. Coal - 01 No. 2. Bauxite - 04 Nos. 3. Graphite - 01 Nos

3. The list of Mining leases in the District with location, Area and Period of validity

Perio Na Name of Name of Khasra Cordinates Total Minerals Date and No. and No. and Date of Mod d me Gram the No. and toposheet area (in period of Date of Date of transfer, if e of

of Panchayat Block no.(if Hect.) renewal approval of EC and any, and grant

the available) /Extension MP/SOM, annual the name (Auct

villa annual approve and ion/S ge approved d address of eaml quantity quantity the ess/ Perod transferee CB &IBM ACT Registratio )

n No.

S.No. Leassee` of the Name leassee the of address applicantion. of Date grant of date and Number execution of Date 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

M. 11015 Hindalco Samri F3- 24.0 /353/2 Industris Tah- 152/92 6.19 007 24.0 Ltd. 13.10. /12/2 98 to Sa 2146.7 24.06.2 I.A.- 1 6.19 samri Kusmi - - Bauxite Ranukot distt- 1992 dtd. 23.0 mri 46 - 02(M) NA 98 018 distt- Balram 20.05. 6.20 & date Sonbadra pur 1998 48 27.07. (U.P.) 2007

M. 11015 Hindalco Tatijhar F3- 25.0 /337/2 Industris iya Tah- 151/92 6.19 Tat 007 25.0 Ltd. Kusmi 13.10. /12/2 98 to ijh tatijhari 1218.7 25.06.2 I.A.- 2 6.19 Kusmi - - Bauxite Ranukot distt- 1992 dtd. 24.0 ari ya 62 - 02(M) NA 98 018 distt- Balram 20.05. 6.20 ya & date Sonbadra pur 1998 48 09.08. (U.P.) 2007

M. 11015 Hindalco Kudag F3- 24.1 /35/35 Industris Tah- 153/92 2.19 4/200 24.1 Ku Ltd. Kusmi 13.10. /12/2 96 to 377.11 24.12.2 7 I.A.- 3 2.19 da kudag Kusmi - - Bauxite Ranukot distt- 1992 dtd. 23.1 6 - 02(M) NA 96 g 016 distt- Balram 23.10. 2.20 & date Sonbadra pur 1996 46 27.07. (U.P.) 2007 Ch 11015 South U/S9[1 aur Mahan- /209/2 Eastern ]of CB a 25 02 Chaura 006 Coal Act 02/0 & 42/1 Chaura 16.10. & 297.28 I.A.- 1.0MTP CB 4 Fields s.o.no. 7/20 - Par Rajpur 336/11 - Coal & 2014 paraswa 6 - - 02(M) Ltd. 493 07 as 645 A Act Paraswa rkala & date Bhatgaon Dt07/0 wa 1505/P rkala 22.10. Area 2/2007 rka 2007 la

Indrawa S.J. tipur 11.6. 01.07. Ind Minerals tah- 2002 4370/20 2009q 22.0 ra Miss Jyoti ramanuj 12.08. 11.06. to indrawa ramanu Grephit 11Date uantit 5 6.20 wa - - 67.11 Bajaj ganj 1998 2002 10.0 tipur jganj e - y 11 tip 04/11/2 Indrawati dist- 6.20 31750 ur 011 pur balramp 32 T/P/A ur

Serangd 11- Mineral F3- ag 01- Exploratio 19/200 Ser Tahsil 11/0 2017 n 2/12 an Serangd 257.92 6 Kusmi 1/20 to Kusmi - - Bauxite - Corporati dtd. gd ag 3 - - - - Dist 17 10- on 15-01- ag Balram 01- Limited 19 pur 2067

List of quarry leases (Minor Minerals) ty izFke @ok;q xzke@ Lohd`r [kfut Ik;kZoj.k [knku iV~Vs/kkjh dk [kljk vuqca/k lEefr Ø0 iapk;r rglhy v{kka'k ns'kkUrj jdck dk vof/k lEefr tkjh dk;Z'khy Hkwfe dk uke o irk uEcj fu"iknu tkjh izdkj dk uke ¼gs0 es½ uke fnukad@vof/k @f'kfFky fnukad fnukad vof/k

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Jh ?ku';ke 01-01- 13-03- lkgw vk0 iRFkj 2010 ls 2018@01-01- 1 djhZ okMªQuxj 106 0-400 06/10/200 & dk;Z'khy futh jkeukjk;.k Øs'kj 31-12- 2010 ls 31-12- 9 lkgw 2019 rd 2019 rd Jh jes'k pUnz vxzoky vk0 09-05- 13-03- lk/kw jke iRFkj 2012 ls 2018@09-05- 2 fuoklh Mcjk cscnh okMªQuxj 161 2-010 05/09/201 & dk;Z'khy futh Øs'kj 08-09- 2012 ls 08-09- ftyk 2 2017 rd 2017 rd cyjkeiqj & jk0xat Jh v'kksd 12-10- 07-03- dqekj vxzoky iRFkj 2009 ls 2017@12-10- 3 vk0 egkohj cS<+h jktiqj 23 0-606 26/09/200 & dk;Z'khy futh Øs'kj 11-10- 2006 ls 11-10- vxzoky 6 2036 rd 2036 rd fuoklh jktiqj Jh jktdqekj 22-11- 13-03- xqIrk fuoklh iRFkj 2006 ls 2018@22-11- 4 xqjeqVh okMªQuxj 368 0-490 11/06/200 & dk;Z'khy cyjkeiqj & Øs'kj 21-11- 2006 ls 21-11- 'kkldh; 6 jk0xat 2036 rd 2036 rd Jh vfHk"ksd 17-11- 07-03- xks;y vk0 Jh 0 0 23 18'10.76''N 83 20'23.57''E iRFkj 2006 ls 2017@17-11- 5 lwjs'k xks;y djth jktiqj 567@2 0-729 17/11/200 & dk;Z'khy futh to to Øs'kj 16-11- 2006 ls 16-11- fuoklh 0 0 6 23 18'8.25''N 83 20'19.38''E 2036 rd 2036 rd vfEcdkiqj Jh jkefd'kqu 21-03- 0 flag fuoklh 23 12'52.38''N 0 iRFkj 2007 ls 21-03-2007 ls 6 /kus'kiqj dqleh 84 1'11.04''E to 197 0-160 02/02/200 & dk;Z'khy futh /kus'kiqj ] to 0 Øs'kj 20-03- 20-03-2037 rd 84 1'9.60''E 7 dqleh 23012'50.40''N 2037 rd Jhefr lq/kk pkS/kjh ifr 16-05- 03-03- jktho pkS/kjh 23015'56.86''N 83019'56.42''E iRFkj 2007 ls 2017@16-05- 7 cf?kek jktiqj 741 0-226 26/04/200 & dk;Z'khy futh fuoklh cf?kek to to Øs'kj 15-05- 2007 ls 15-05- 7 ftyk 23015'54.26''N 83019'54.49''E 2037 rd 2037 rd cyjkeiqj & jk0xat

Jh lq'khy 26-09- 07-03- dqekj vxzoky 0 0 23 15'48.39''N 83 20'11.52''E iRFkj 2007 ls 2017@26-09- 8 vk0 dyoar cf?kek jktiqj 849@36 0-364 20/12/200 & dk;Z'khy futh to to Øs'kj 25-09- 2007 ls 25-09- jk; fuoklh 0 0 7 23 15'46.38''N 83 20'8.66''E 2037 rd 2037 rd cfj;ksa Jh v{k; 04-12- 22-11- izrki vk0 23@1] jkekuqtxa iRFkj 2007 ls 2017@04-12- 9 ds'ko fuoklh f=dq.Mk 23@2] 0-930 10/05/200 & dk;Z'khy futh t Øs'kj 032-12- 2007 ls 032- f=dq.Mk 23@3 7 2037 rd 12-2037 rd jkekuqtxat Jh t;izdk'k tk;loky 26-12- 03-03- vk0 vejukFk iRFkj 2007 ls 2017@26-12- 10 iaMjh okMªQuxj 2917 3-690 25/08/200 & dk;Z'khy tk;loky Øs'kj 25-12- 2007 ls 25-12- 'kkldh; 7 fuoklh iMjh 2037 rd 2037 rd okMªQuxj dq0 papy pkS/kjh vk0 Jh ldy nhi 31-03- 03-03- 07-03- pks/kjh fuoklh 0 0 2018@07- 23 17'43.43''N 83 22'16.04''E iRFkj 2009 ls 2017@03-03- 11 xzke fMxuxj fMxuxj jktiqj 283@1 0-834 03/03/200 03-2017 dk;Z'khy futh to to Øs'kj 02-03- 2009 ls 02-03- rglhy 0 0 9 ls 06-03- 23 17'39.21''N 83 22'11.59''E 2039 rd 2039 rd jktiqj ftyk 2019 rd cyjkeiqj & jk0xat Jh gfj'kadj feJk vk0 04-01- 07-03- in~eukFk feJk iRFkj 2010 ls 2017@04-01- 12 lwjcsuk dqleh 1281 0-735 01/04/201 & dk;Z'khy 'kkldh; fuoklh Øs'kj 03-01- 2010 ls 03-01- 0 xtk/kjiqj 2040 rd 2040 rd ]dqleh Jh gfj'kadj feJk vk0 04-01- 07-03-2017@ in~eukFk feJk xtk/kjiq iRFkj 2010 ls 13 dqleh 1628 0-364 13/11/200 04-01-2010 ls & dk;Z'khy 'kkldh; fuoklh j Øs'kj 03-01- 9 03-01-2040 rd xtk/kjiqj 2040 rd ]dqleh Jh foosd 19-03- 07-03- Lo:i flag 0 0 dksVkxg 23 20'3.28''N 83 26'50.65''E 440@9] iRFkj 25010 ls 2017@19-03- 14 vk0 vkj0,l0 jktiqj 0-704 05/05/201 & dk;Z'khy futh uk to to 440@10 Øs'kj 18-03- 25010 ls 18- jke fuoklh 0 0 0 23 19'58.47''N 83 26'47.81''E 2040 rd 03-2040 rd xkSjh eafnj ds ikl vfEcdkiqj

Jh jkefd'kqu 03-11- 0 07-03-2017@ flag fuoklh uVoju 23 12'52.38''N 0 iRFkj 2010 ls 15 dqleh 84 1'11.04''E to 1697@1 0-170 04/06/201 03-11-2010 ls & dk;Z'khy futh /kus'kiqj ] xj to 0 Øs'kj 02-11- 0 84 1'9.60''E 0 02-11-2040 rd dqleh 23 12'50.40''N 2040 rd Jh fcjsUnz 16-11- dqekj flag 27-08- 07-03- 0 2017@01- vk0 dkUrk 23 12'52.38''N 0 iRFkj 2011 ls 2017@27-08- 16 djhZ okMªQuxj 84 1'11.04''E to 9 0-650 26/05/201 09-2016 dk;Z'khy futh izlkn flag to 0 Øs'kj 26-08- 2011 ls 26-08- 0 84 1'9.60''E 1 ls 31-08- fuoklh 23 12'50.40''N 2041 rd 2041 rd 2019 rd vfEcdkiqj Jh larks"k 03-03- vxzoky vk0 27-09- 03-03- 2018 ls iq:"kksRre iRFkj 2011 ls 2017@27-09- 17 cknk jktiqj 855 0-268 03/07/201 03-03- dk;Z'khy vxzoky Øs'kj 26-09- 2011 ls 26-09- 'kkldh; 0 20121 fuoklh 2041 rd 2041 rd rd vfEcdkiqj 28-11- Jh vtqZu fefFkyk iRFkj 2011ls 28-11-2011ls 18 ;kno fuoklh okMªQuxj 212 0-700 28/11/201 & dk;Z'khy iqj Øs'kj 27-11- 27-11-2041 rd 'kkldh; okMªQuxj 1 2041 rd Jh vey lk; 22-11- vk0 Jh 17-03- 2017@07-03- jkedj.k lk; iRFkj 2017 ls 19 ?kksj?kM+h jktiqj 473@8 1-149 17/03/201 2017@17-03- & dk;Z'khy futh fuoklh Øs'kj 16-03- 7 2017 ls 16-03- izrkiiqj ftyk 2047 rd 2047 rd lwjt iqj Jh rhyklk; 17-03- 07-03- vk0 d"Vqjke iRFkj 2017 ls 2017@17-03- 20 fuoklh ykÅ jktiqj 4@33 3-036 17/03/201 & dk;Z'khy futh Øs'kj 16-03- 2017 ls 16-03- cpokj] 7 2047 rd 2047 rd 'kadjx<+ 744]745] Jh fot; 746] dqekj vxzoky 17-03- 07-03- 750] vk0 jkefuokl iRFkj 2017 ls 2017@17-03- 21 cf?kek jktiqj 752] 1-287 17/03/201 & dk;Z'khy futh vxzoky Øs'kj 16-03- 2017 ls 16-03- 753] 7 fuoklh 2047 rd 2047 rd 754] vfEcdkiqj 755] 762 Jh jktdekj 18-11- 13-03- xqIrk vk0 vkjkxkg jkekuqtxa pquk 14/09/200 2009 ls 2018@18-11- 22 7, 8 2.428 & dk;Z'khy inqlko fuoklh h t iRFkj 9 17-11- 2009 ls 17-11- jkekuqtxat 2019 rd 2019 rd Jh izoh.k dqekj vxzoky 11-08- vk0 tksxh jke 11-09- 11-08- 0 0 2017@03- vxzoky 23 18'29.58''N 83 27'24.11''E pquk 2006 ls 2017@11-09- 23 cSf<+ jktiqj 801/3 2.428 16/04/200 03-2017 dk;Z'khy fuoklh jktiqj to to iRFkj 10-09- 2006 ls 10-09- 0 0 7 ls 02-03- ftyk 23 18'24.09''N 83 27'18.86''E 2036 rd 2036 rd 2018 cyjkeiqj & jk0xat Jh fot; dqekj vxzoky 14-03- 30-11- vk0 Jh 0 2018@03- 23 15'59.16''N 0 pquk 2006 ls 30-11-2006 ls 24 jkefuokl HksLdh jktiqj 83 20'2.13''E to 9@1 0.735 31/10/200 03-2017 dk;Z'khy to 0 iRFkj 29-11- 29-11-2036 rd vxzoky 0 83 19'54.73''E 6 ls 02-03- 23 15'54.52''N 2036 rd fuoklh 2021 rd vfEcdkiqj Jh e.khnhi 13-04- 07-03- tk;loky 0 0 fHkykbZ[kq 23 15'35.57''N 83 21'44.31''E pquk 2007 ls 2017@13-04- 25 vk0 ';ke jktiqj 3@34 0.664 19/10/200 & dk;Z'khy nZ to to iRFkj 12-04- 2007 ls 12-04- lqnj vxzoky 0 0 6 23 15'33.00''N 83 21'39.27''E 2037 rd 2037 rd fuoklh jktiqj Jh jktdqekj 27-10- 07-03- vxzoky vk0 pquk 2008 ls 2017@27-10- 26 ';ke lqnj ykÅ jktiqj 6@39 1 10/10/200 & dk;Z'khy iRFkj 26-10- 2008 ls 26-10- vxzoky 8 2038 rd 2038 rd fuoklh jktiqj Jherh iq"ikapyk pkS/kjh ifr Jh 30-09- eqUukyky 0 0 22-11- 23 19'49.24''N 83 23'40.35''E pquk 2009 ls 27 pkS/kjh fuoklh uodh jktiqj 586/15 1are 30/07/200 2017@30-09- & dk;Z'khy to to iRFkj 29-03- uodh rglhy 0 0 9 2009 ls 29-03- 23 19'45.68''N 83 23'35.29''E 2039 rd jktiqj ftyk 2039 rd cyjkeiqj & jk0xat Jh lq[kjke 29-07- 03-03- 23014'17.56''N 83021'24.52''E vk0 fczUnzk fHkykbZ[kq pquk 07/07/200 2009 ls 2017@29-07- 28 jktiqj to to 274/35 0.537 & dk;Z'khy fuoklh xzke nZ iRFkj 9 28-07- 2009 ls 28-07- ldkyks 23014'14.88''N 83021'20.58''E 2039 rd 2039 rd

jks'kuyky vxzoky vk0 21-08- 07-03- 21-08- HkYysjke fHkykbZ[kq pquk 05/02/200 2009 ls 2017@21-08- 2015 ls 29 jktiqj 247 0.567 dk;Z'khy vxzoky nZ iRFkj 9 20-08- 2009 ls 20-08- 20-08- fuoklh xzke 2039 rd 2039 rd 2018 rd fHkykbz[kqnZ 27-04- Jh fnyca/kq 19-10- 22-11- 849/21, 2018@27- vk0 iapjke pquk 2010 ls 2017@19-10- 30 cf?kek jktiqj 22,23, 0.907 08/09/201 11-2017 dk;Z'khy fuoklh ljxoka iRFkj 18-10- 2010 ls 18-10- 899/29 0 ls 26-11- ik<+h 2040 rd 2040 rd 2018 rd

Jh lrh'k dqekj vxzoky 25-05- 22-11- vk0 diwjpan fHkykbZ[kq pquk 2010 ls 2017@25-05- 31 vxzoky jktiqj 252 0.526 17/02/201 & dk;Z'khy nZ iRFkj 24-05- 2010 ls 24-05- fuoklh xzke 0 2040 rd 2040 rd cfj;ksa rglhy jktiqj 28-03- Jh v'kksd 21-12- 03-03- 2017 dqekj vxzoky 0 0 23 14'56.37''N 83 19'54.55''E pquk 2010 ls 2017@21-12- @07-03- 32 vk0 iUuk HksLdh jktiqj 249/1 0.56 06/02/201 dk;Z'khy to to iRFkj 20-12- 2010 ls 20-12- 2017 ls yky vxzoky 0 0 1 23 14'53.80''N 83 19'50.38''E 2040 rd 2040 rd 06-03- fuoklh cfj;ksa 2019 rd Jh nso'kj.k jke vk0 lq[knso jke 26-04- 03-03- 03-03- fuoklh xzke 0 23 15'2.58''N 0 157/2/1, pquk 2011 ls 2017@26-04- 2018 ls 33 fHkykbz[kqnZ HksLdh jktiqj 83 20'1.76''E to 1 16/10/200 dk;Z'khy to 0 157/4/1 iRFkj 25-04- 2011 ls 25-04- 03-03- rglhy 0 83 19'58.95''E 6 23 14'56.73''N 2040 rd 2040 rd 2021 rd jktiqj ftyk cyjkeiqj & jk0xat Jh nso'kj.k jke vk0 lq[knso jke 157/7/1, 26-04- 03-03- 03-03- fuoklh xzke 0 23 15'1.38''N 0 157/7/2, pquk 2011 ls 2017@26-04- 2018 ls 34 fHkykbz[kqnZ HksLdh jktiqj 83 20'6.50''E to 1.741 12/12/201 dk;Z'khy to 0 157/8, iRFkj 25-04- 2011 ls 25-04- 03-03- rglhy 0 83 20'1.01''E 1 23 14'55.35''N 157/9 2040 rd 2040 rd 2021 rd jktiqj ftyk cyjkeiqj & jk0xat Jh gjizhr 16-11- 07-03- flag vk0 fHkykbZ[kq pquk 09/09/201 2011 ls 2017@16-11- 35 jktiqj 100/22 3.0392 & dk;Z'khy tlfcUnj flag nZ iRFkj 1 15-11- 2011 ls 15-11- fuoklh 2041 rd 2041 rd

vafcdkiqj

227, 23-05- 03-12- 07-03- Jh ewy/kj vk0 0 228, 2018@07- 23 14'48.92''N 0 pquk 2011 ls 2017@03-12- 36 fsd'kqu jke HksLdh jktiqj 83 20'7.72''E to 229, 0.639 21/11/201 03-2017 dk;Z'khy to 0 iRFkj 02-12- 2011 ls 02-12- fuoklh cf?kek 0 83 20'3.25''E 230, 1 ls 06-03- 23 14'46.19''N 2041 rd 2041 rd 235 2019 rd

26-03- 13-01- 03-03- Jh gqdqe flag 0 0 2018@03- 23 15'54.08''N 83 20'20.04''E 849/15, pquk 2014 ls 2017@13-01- 37 vk0 czEgk flag cf?kek jktiqj 0.582 17/12/201 03-2018 dk;Z'khy to to 850/2 iRFkj 12-01- 2014 ls 12-01- fuoklh cf?kek 0 0 3 ls 03-03- 23 15'51.39''N 83 20'17.41''E 2044 rd 2044 rd 2021 rd

Jh fot; dqekj vxzoky 17-03- 07-03- vk0 Jh pquk 2017 ls 2017@17-03- 38 jkefuokl ykÅ jktiqj 110 1.311 17/03/201 & f'kfFky iRFkj 16-03- 2017 ls 16-03- vxzoky 7 2047 rd 2047 rd fuoklh vfEcdkiqj Jh egsUnz 17-03- 07-03- dqekj vxzoky 256, pquk 2017 ls 2017@17-03- 39 vk 0tkssxh jke HksLdh jktiqj 261, 1.975 17/03/201 & dk;Z'khy iRFkj 16-03- 2017 ls 16-03- vxzoky 262 7 2047 rd 2047 rd fuoklh jktiqj Jh dqaoj lk; 16-01- vk0 doy pquk 01/03/201 2018 ls 40 HksLdh jktiqj 308 1.882 & dk;Z'khy lk; fuoklh iRFkj 8 15-01- jktiqj 2048 rd Jherh fnIrh fQDl 13-11- ifr Jh dqus'k ijlokj fpeuh 2009 ls 41 jktiqj 6@17 1-088 31/10/200 & & f'kfFky futh flagk fuoklh dyk ¼feV~Vh 12-11- 9 vfEcdkiqj bZV½ 2019 rd Jherh laxhrk fQDl 13-11- frokjh ifr Jh fpeuh 2009 ls 42 oa'k frokjh flaxpkSjk jktiqj 587 1-383 06/03/200 & & f'kfFky futh ¼feV~Vh 12-11- fuoklh 9 bZV½ 2019 rd vfEcdkiqj Jh jkts'oj fQDl 04-01- dqekj fpeuh 2010 ls 43 tk;loky Mcjk cyjkeiqj 341 2-040 15/12/200 & & dk;Z'khy futh ¼feV~Vh 03-01- vk0 foU;kpy 9 bZV½ 2020 rd fuoklh MkSjk] cyjkeiqj

Jh dkehy vkte vk0 fQDl 08-01- 07-03- jbZl vkte fpeuh 2010 ls 2017@08-01- 44 'kadjx<+ 'kadjx<+ 37@31 1-619 12/08/200 & dk;Z'khy futh fuoklh ¼feV~Vh 07-01- 2010 ls 07-01- 9 egqvkMhg] bZV½ 2020 rd 2020 rd 'kadjx<+ Jh y{eh fQDl 18-04- dkUr flag 1318] fpeuh 2011 ls 45 fuoklh /ka/kkiqj jktiqj 1-162 28/12/201 & & f'kfFky futh 1319 ¼feV~Vh 17-04- ijlokjdyk] 0 bZV½ 2021 rd jktiqj Jh eukst fQDl 14-08- 07-03- dqekj 0 0 23 20'16.51''N 83 30'17.61''E fpeuh 2006 ls 2017@14-08- 46 tk;loky lsokjh jktiqj 215@3 0-841 06/01/200 & dk;Z'khy futh to to ¼feV~Vh 13-08- 2006 ls 13-08- vk0 jkeukFk 0 0 6 23 20'12.27''N 83 30'13.98''E bZV½ 2036 rd 2036 rd fuoklh jktiqj Jh /kjeiky tk;loky fQDl 27-04- 22-11- 23022'43.95''N 83014'45.38''E vk0 Jh 450@75] fpeuh 15/03/200 2007 ls 2017@27-04- 47 nqIih jktiqj to to 0-848 & dk;Z'khy futh jkesdsoy 450@69 ¼feV~Vh 7 26-04- 2007 ls 26-04- fuoklh xzke 23022'38.79''N 83014'37.79''E bZV½ 2037 rd 2037 rd nqIih jktiqj Jh f'koukFk izlkn tk;loky fQDl 27-04- 07-03- vko Jh 450@38] fpeuh 2007 ls 2017@27-04- 48 jkeldy nqIih jktiqj 450@91] 1-261 15/03/200 & dk;Z'khy futh ¼feV~Vh 26-04- 2007 ls 26-04- tk;loky 450@4 7 bZV½ 2037 rd 2037 rd fuoklh xzke nqIih rglhy jktiqj Jhefr vkleka tk;loky ifr fQDl 26-09- 22-11- Jh vfuy fpeuh 2007 ls 2017@26-09- 49 tk;loky jsoriqj jktiqj 453@1 1-335 11/07/200 & dk;Z'khy futh ¼feV~Vh 25-09- 2007 ls 25-09- fuoklh 6 bZV½ 2037 2037 [kks[kfu;k] cyjkeiqj Jh jktsUnz fQDl 26-11- 03-03- dqekj xqIrk cM+dhe fpeuh 2008 ls 2017@26-11- 50 cyjkeiqj 9 1-580 12/04/200 & dk;Z'khy futh vk0 jktdqekj gjh ¼feV~Vh 25-11- 2008 ls 25-11- 7 xqIrk fuoklh bZV½ 2038 rd 2038 rd

cyjkeiqj

Jherh dqUrh nsoh ifr Jh fQDl 03-03- 07-03- vfuy flag fpeuh 2009 ls 2017@03-03- 51 csfy;k okMªQuxj 222@2 1-150 03/02/200 & dk;Z'khy futh fuoklh ¼feV~Vh 02-03- 2009 ls 02-03- 9 ptxyh bZV½ 2039 rd 2039 rd cyjkeiqj Jh lat; dqekj tk;lojy fQDl 11-08- 03-03- vk0 iz;kx 47] 54] fpeuh 2011 ls 2017@11-08- 52 jsoriqj jktiqj 0-830 21/04/201 & dk;Z'khy futh jkt 188 ¼feV~Vh 10-08- 2011 ls 10-08- 1 tk;lojy bZV½ 2041 rd 2041 rd fuoklh cnkSyh jktiqj Jh le; yky fQDl 27-09- 03-03- vk0 v[kksjk[ fpeuh 2011 ls 2017@27-09- 53 lR;ukjk;.k jktiqj 82@14 0-890 27/09/201 & dk;Z'khy futh kqnZ ¼feV~Vh 26-09- 2011 ls 26-09- xzke cnkSyh 1 bZV½ 2041 rd 2041 rd jktiqj Jh nhid dqekj fQDl 03-02- 03-03- tk;loky 23023'7.25''N 83014'28.79''E 408@3] fpeuh 2012 ls 2017@03-02- 54 nqIih jktiqj 0-651 23/04/201 & dk;Z'khy futh vko jktsUnz to to 408@4 ¼feV~Vh 02-02- 2012 ls 02-02- 2 izlkn fuoklh 23023'1.67''N 83014'26.73''E bZV½ 2042 rd 2042 rd nqIih fQDl 21-02- 22-11- Jh 'khry jke 2@2] fpeuh 2012 ls 2017@21-02- 55 vk0 jkenkl 'kadjx<+ 'kadjx<+ 841 31/12/201 & dk;Z'khy 'kkldh; 9@2] 24 ¼feV~Vh 20-02- 2012 ls 20-02- jke 'kadjx<+ 1 bZV½ 2042 rd 2042 rd Jh lquhy tk;loky vko Jh fQDl 19-03- 22-11- jkes'oj izlkn fpeuh 25/02/201 2013 ls 2017@19-03- 56 jsoriqj jktiqj 135] 136 0-454 & dk;Z'khy futh tk;loky ¼feV~Vh 2 18-03- 2013 ls 18-03- fuoklh bZV½ 2043 rd 2043 rd [kks[kfu;k jktiqj Jhefr n;koarh fQDl 21-03- 03-03- ik.Ms; ifr Jh fpeuh 2017 ls 2017@21-03- 57 vt; dqekj jsoriqj jktiqj 829] 833 1-174 21/03/201 & dk;Z'khy futh ¼feV~Vh 20-03- 2017 ls 20-03- ik.Ms; fuoklh 7 bZV½ 2047 rd 2047 ard

jktiqj Jhefr iwue tk;loky ifr fQDl 21-03- 03-03- Jh uohu 170] fpeuh 2017 ls 2017@21-03- 58 jsoriqj jktiqj 1-813 21/03/201 & dk;z'khy futh tk;loky 174]@8 ¼feV~Vh 20-03- 2017 ls 20-03- 7 fuoklh bZV½ 2047 rd 2047 ard jsoriqj] jktiqj Jherh 'kdqUryk nsoh ifr Jh jktsUnz fQDl 21-03- 03-03- izlkn i'kqifriq fpeuh 2017 ls 2017@21-03- 59 okMªQuxj 1173 3 21/03/201 & dk;Z'khy futh tk;loky j ¼feV~Vh 20-03- 2017 ls 20-03- 7 fuoklh bZV½ 2047 rd 2047 ard i'kqifriqj] okMªQuxj *Source of information Mining Section Balrampur-Ramanujganj (C.G.)

4. Details of Royalty collected in last three years Royalty Collected from Minor Minerals

S. No. Year Royalty (in Rs.) 1 2016-17 43772175.00 2 2017-18 45025908.00 3 2018-19 65444882.00 Total 154242965.00

Royalty Collected from Major Minerals

S. No. Year Royalty (in Rs.) 1 2016-17 477815998.00 2 2017-18 857887915.00 3 2018-19 65444882.00 Total 1401148795.00

Royalty Collected from Sand mines

S. No. Year Royalty (in Rs.) 1 2016-17 535600.00 2 2017-18 0.00 3 2018-19 124250.00 Total 659850.00

*Source of information Mining Section Balrampur-Ramanujganj (C.G.) 5. Details of Sand production in last 3 years:

mRiknu ¼?k0eh0½ Øekad foRrh; o"kZ izkIr jk;YVh esa

1 2016-17 535600.00 26780

2 2017-18 0.00 0

3 2018-19 124250.00 2485 ;ksx 659850.00 29265

*Source of information Mining Section Balrampur-Ramanujganj (C.G.)

6. Process of deposition of sediments in the rivers of the district Weathering cycle of River (Fluvial) comprises of three stages viz. erosion, transportation and deposition. A river/stream in its course to mouth erodes the country rocks through which it flows. Erosion comprises of mechanical as well as chemical process nowadays man-made erosion also contributes. These eroded sediments then transported by river in suspension or solution until the river runs outs of its capacity to transport. When river enters its flood plain or reaches its mouth its velocity gets checked due to widening of its channel and deposition of sediments takes place. Natural levees, oxbow lakes are depositional features formed by river in its course. Deltas/Alluvial fans/plains are generally formed when a river ends in a ocean/sea. River sediments are generally well sorted and well rounded. Following factors impacts river cycle of weathering:

1. Annual Rainfall 2. Geographical Relief 3. Geology of the river course 4. Discharge of river and its tributaries 5. Activities nearby rivers (Man-made activities; forestation/deforestation, mining, ghats) 6. Engineering structures (Dams, diversions) 7. Climatic conditions. 7. General profile of the District Revenue Division : Balrampur falls under Surguja Division.

District Formation : 1st January 2012

No. of Tehsil : 06 1. 2. Ramanujganj 3. Balrampur 4. Samri (Kusmi) 5. Rajpur 6. Sankargarh

No. of Villages: - 645 1. Revenue villages - 642 2. Forest village/Abandoned villages - 03

No. of Legislative Assemble seats: - 03 1. Pratapur (S.T.) 2. Ramanujganj (S.T.) 3. Samri (S.T.

Postal Code of Balrampur : - 497119

Nearest Railway Head : Ambikapur Railway Station (84 km)

Nearest Airport : (285 km), (418 km)

Nearest Port : Kolkata (685 km)

National Park : None

Wildlife Sanctuary : 1. Tamor Pingla 2. Semarsot

8. Land utilization pattern Land use:

Total Area - 380600 Hectares

Forest – 73621.00 Hectares

Agriculture – 219270.00 Hectares

Horticulture – 31228.00 Hectares

Mining - 4150.459 Hectares

Others(Settlements, - 52331 Hectares Infrastructures)

9. Physiography of the district

Physiographically Balrampur-Ramanujganj district can be roughly sub- divided into Rihand basin, Kanhar Basin, Changbakhar-Deogarh hills. originates from Churi-Matiringa hill of Mainpat Tehsil and flows in northern direction. During its course it drains Wadrafnagar, part of Rajpur and part of Balrampur Tehsil along with its tributaries. Rising from Bakhona hill of Bagicha Tehsil (Jashpur) flows in north-east direction and meets in Satna (M.P.). Kanhar and its tributaries drain Kusmi, Sankargarh, Balrampur and Ramnujganj. Changbakhar-Deogarh series is a part of Satpura mountain range. It forms the northwest boundary of Chhattisgarh. It extends from Ramanujganj, Kusmi, Ambikapur, Manendragarh, Baikunthpur, Pratapur tehsil of Balrampur, Surguja, Koriya and Surajpur districts.

10. Rainfall data (Month-wise)

vDVwc Øekad fooj.k twu tqykbZ vxLr flracj ;ksx j 1 2 3 4 5 6 7 8

1 lkekU; o"kkZ 140.0 584.6 310.0 214.5 0.0 1249.1

2 o"kZ 2016&17 dh o"kkZ 62.7 465.5 828.0 326.6 0.0 1682.8

3 o"kZ 2017&18 dh o"kkZ 137.1 782.0 396.2 162.1 0.0 1477.4

4 o"kZ 2018&19 dh o"kkZ 174.8 391.8 657.4 322.0 0.0 1546.0 L=ksr& Hkw&vfHkys[k 'kk[kk cyjkeiqj&jkekuqtxat

11. Geology & Mineral Wealth: The district comprises rock formations of Archaen to Eocene age. Granitoids and the metasediments belonging to the Chota Nagpur Gneissic complex, forms the basement of overlying Gondwana sediments, Lameta beds and Deccan Traps. The Precambrian metamorphics of Archaean to Proterozoic age comprise granite gneiss, amphibolites, metasediments etc. Pegmatite and quartz veins forms minor intrusive. Major Portion of the district is covered by Archaens and thereafter by Chota Nagpur Gneissic Complex. Archeans dominate the northern part whereas rocks of Chota Nagpur Gneissic complex are dominant lithology in the southern part of the district. Gondwana rocks are exposed in central part and south western parts of district. Gondwanas of central part have undergone diastrophic events and display numerous faults of varying extension. Due to aforesaid diversified geological profile, Balrampur district is bestowed with rich resources of economic minerals. Polymetallic mineralization has been reportd in Oranga-Dhulangi mineralized zone. Calc-silicate rocks with Galena-Chalcopyrite-Sphalerite- Scheelite association and Pyrite-Arsenopyrite-Chalcopyrite association have been observed here. Graphite bearing schists have also been recorede in the village Oranga and surroundings. Laterite present in district is aluminous at places and contains pockets of pisolitic and massive bauxite. SECL, a Coal India Subsidary is operating an open cast coal mines at Bhatgaon area. Hindalco (Aditya Birla Group) is holding mining leases of Bauxite at Samri, Kudag and Tatijharia villages of Kusmi block. S.J. Minerals is holding mining lease of Graphite at Indravatipur, Ramanujganj block.

11(a) District wise detail of river/stream and other sand sources:

Scale : 20 mm = 1 km

S. Name of Scaled Length in Source End in C.G. Scaled Length Length in Remarks No. River Length C.G. (km) (mm) Balrampur Distt. (mm) (km) Meet in Rehar River Then 1 Mahan River 3101 155.05 Mahnai Girhulghutra 1708 85.40 becomes the part of Rehar

Banki Dumarkhola Meet in Mahan River Then 2 1124 56.20 Chainpur 323 16.15 (Mahan) (Mandru Pahar) becomes the part of Mahan Meet in Mahan River Then 3 Geor River 1406 70.30 Chhichhli Chilma 1002 50.10 becomes the part of Mahan Meet in Mahan River Then 4 Gagar River 1322 66.10 Unchdih Urmadand 817 40.85 becomes the part of Mahan Meet in Mahan River Then 5 Sasu River 589 29.45 Badi Chalgali Latkur 589 29.45 becomes the part of Mahan Meet in Pangan River Then Flow 6 Kanhar River 3981 199.05 Lavmurha Sundari 2888 144.40 in UP Karamkhar at the meeting point of Meet in Kanhar River Then 7 Riger 201 10.05 Kedlijharia Nala Piyartola 201 10.05 becomes the part of Kanhar & Saunghagh Nala Meet in Kanhar River Then 8 Galphula 1009 50.45 Khajri karmi 1009 50.45 becomes the part of Kanhar

Meet in Kanhar River Then 9 Chanan 656 32.80 Sitarampur Korhati 656 32.80 becomes the part of Kanhar

Meet in Kanhar River Then 10 Sandur 1288 64.40 Asantola Tankiya 1288 64.40 becomes the part of Kanhar Khokrajharia Banki Pahar Meet in Sandur River Then 11 737 36.85 Maharganj 737 36.85 (Sandur) (Balrampur- becomes the part of Sandur Gurgoli) Meet in Kanhar River Then 12 Kursa 769 38.45 Belsar Dongaghat 769 38.45 becomes the part of Kanhar Ranikothi Pahar Meet in Kanhar River Then 13 Pangan 843 42.15 Sundari 843 42.15 (Randah) becomes the part of Kanhar Sukhari Beora Pahar Meet in Pangan River Then 14 607 30.35 Baina 0 0.00 Pangan (Bajia) becomes the part of Pangan Ranhat Meet in Rehar River Then 15 Moran 2793 139.65 Chakddehi 2793 139.65 Pahar(Duwari) becomes the part of Rehar

Banki Datari Pahar Inside of Meet in Moran River Then 16 505 25.25 505 25.25 (Moran) (Bhauti) Pingla Forest becomes the part of Moran Khokhrakharia Meet in Moran River Then 17 Iria 939 46.95 Pahar Dhawalpur 939 46.95 becomes the part of Moran (Manpur R.F.) Belsar Meet in Iria River Then becomes 18 Ledo 495 24.75 Bhadar 495 24.75 (Alur Pahar) the part of Iria

11(b) District wise avialablity of Sand/gravel/aggregate resources:

S. Name of River Length in Catchment Avg. Total Run-off Sediments Total Quantity of Sand No. Balrampur Area Rainfall (In MCM) Load @ lit. Sediments Componenet Distt. (km) (sq-km) Yearly (In R = kiA, (k=0.40) per cum (In Th- @40% cm) cum) (In Th-cum) 1 Mahan River 85.40 2003.02 120 961.45 2 1922.90 769.16 Banki 2 16.15 207.86 120 99.77 1.5 149.66 59.86 (Mahan) 3 Geor River 50.10 573.15 120 275.11 1.5 412.67 165.07 4 Gagar River 40.85 584.22 120 280.42 1.5 420.63 168.25 5 Sasu River 29.45 101.38 120 48.66 1.5 72.99 29.20 6 Kanhar River 144.40 5922.57 120 2842.83 2 5685.66 2274.26 7 Riger 10.05 147.36 120 70.73 1.5 106.10 42.44 8 Galphula 50.45 268.54 120 128.9 2 257.80 103.12 9 Chanan 32.80 133.68 120 64.16 2 128.32 51.33 10 Sandur 64.40 484.81 120 232.71 1.5 349.07 139.63 Banki 11 36.85 197.67 120 94.88 1.5 142.32 56.93 (Sandur) 12 Kursa 38.45 188.66 120 90.56 1.5 135.84 54.34 13 Pangan 42.15 426.40 120 204.67 1.5 307.01 122.80 14 Sukhari Pangan 0.00 0.00 120 0 0 0.00 0.00 15 Moran 139.65 1399.47 120 671.74 2 1343.48 537.39 Banki 16 25.25 111.04 120 53.3 1.5 79.95 31.98 (Moran) 17 Iria 46.95 243.70 120 116.97 1.5 175.46 70.18 18 Ledo 24.75 97.36 120 46.73 1.5 70.10 28.04 Total = 11689.83 4675.93 Th-cum Th-cum Source – Water resource depertment, Balrampur district, Chhattisgarh

Above table gives the quantity of sediments deposited by the rivers/streams in a year. Quantity of sand component is calculated about 4675.93 Th-cum. According to Notification of Ministry of Environment, Forest and Climate Change on January 2016 appendix-X 60% of the available resources can be declared to be mineable hence forth the calculated value of available sand resource for mining is about 2805.558 Th-cum. At present 05 sand mines are operational in the district and 17 mines are sanctioned. Total capacity of working mines = 306000 cu. m./annum

 Data collection is under progress Drainage system with description of main rivers S.No. Name of the River Area drained (Sq. Km) % Area drained in the District 1 Details metioned in 11(a) (part) 2  Data collection is under progress

Salient Features of Important Rivers and Streams: Name of the River or Total Length in the District (in S.No. Stream Km) Place of Origin Altitude at Origin 1 Details metioned in 11(a) (part) 2

Portion of the River Length of area Average width of area Area recommeded for Mineable mineral potetial (in or Stream recommended for recommended for mineral mineral concession (in metric tonne) (60 % of total Recommeded for mineral concession (in concession (in meters) square meter) mineral potential Mineral Concession kilometer)

 Data collection is under progress Mineral Potential Boulder (MT) Bajari (MT) Sand (MT) Total Mineable Mineral Potential (MT)

Details metioned in 11(b) (part)

 Data collection is under progress Annual Deposition S.No. River or Stream Portion of the river or stream Length of area Mineable mineral potential recommended for mineral recommended for mineral (in metric tonne) (60% of concession concession (in meter) total mineral potential) 1 Details metioned in 11(b) (part) 2 Total for the District

11(C) Detail of Existing Sand mining leases: List of Sand Mines (sanctioned) jsr [knku dh fLFkfr jsr [knku lapkyudrkZ tuin iapk;r Ø- unh dk ?kksf"kr jsr [knku dk jdck dk uke xzke ,oa rglhy ,oa fodkl[k.M uke [kljk dzekad gsDVs;j esa dk uke 1 2 3 4 5 6 7 1 ljiap xzke iapk;r ijlMhgk @okMªQuxj okMªQuxj eksju 1 5.06 2 CMO uxj iapk;r jkekuqtxat&1 @jkekuqtxat jkekuqtxat dUgj 5 4.98 3 CMO uxj iapk;r jkekuqtxat&2 @jkekuqtxat jkekuqtxat dUgj 5 4.00 4 ljiap xzke iapk;r ujflagiqj @jktiqj jktiqj egku 44 7.36 5 ljiap xzke iapk;r flaxpkSjk&1 @jktiqj jktiqj egku 1 3.50 6 ljiap xzke iapk;r flaxpkSjk&2 @jktiqj jktiqj egku 1 3.00 7 ljiap xzke iapk;r xksikyiqj&1 @jktiqj jktiqj egku 617 4.80 8 ljiap xzke iapk;r xksikyiqj&2 @jktiqj jktiqj egku 617 3.00 9 ljiap xzke iapk;r f='kwyh @jkekuqtxat jkekuqtxat ikaxu 2704 10.22 10 ljiap xzke iapk;r pkdh @jkekuqtxat jkekuqtxat ckdh 706 5.60

11 ljiap xzke iapk;r iszeuxj @okMªQuxj okMªQuxj ysnks 119]145]146]262]357]410 8.13

12 ljiap xzke iapk;r dqUn: @rkyds'ojiqj jkekuqtxat ikaxu 6 5.00 13 ljiap xzke iapk;r esa<+kjh&1@okMªQuxj okMªQuxj bZfj;k 1127 4.76 14 ljiap xzke iapk;r esa<+kjh&2@okMªQuxj okMªQuxj bZfj;k 1127 5.00 15 ljiap xzke iapk;r rkyds'ojiqj@ jkekuqtxat jkekuqtxat ikaxu 924 4.90 16 ljiap xzke iapk;r ipkoy @jkekuqtxat jkekuqtxat lq[kjh 218 5.00 17 ljiap xzke iapk;r ipkoy @ jkekuqtxat jkekuqtxat ikaxu 390 5.00

*Source of information Mining Section Balrampur Ramanujganj (C.G.)

jsr [knku dh fLFkfr jsr [knku lapkyudrkZ ?kksf"kr jsr Ø- tuin iapk;r ,oa jdck gsDVs;j dk uke xzke ,oa rglhy unh dk uke [knku dk fjekdZz fodkl[k.M dk uke esa [kljk dzekad

1 2 3 4 5 6 7 8 1 ljiap xzke iapk;r esa<+kjh&1 @okMªQuxj okMªQuxj bZfj;k 1127 4.76 2 ljiap xzke iapk;r esa<+kjh&2 @okMªQuxj okMªQuxj bZfj;k 1127 5.00 dk;Z'khy 3 ljiap xzke iapk;r rkyds'ojiqj@ jkekuqtxat jkekuqtxat ikaxu 924 4.90 4 ljiap xzke iapk;r ipkoy @jkekuqtxat jkekuqtxat lq[kjh 218 5.00 5 ljiap xzke iapk;r ipkoy @jkekuqtxat jkekuqtxat ikaxu 390 5.00 *Source of information Mining Section Balrampur Ramanujganj (C.G.)

References: 1. Source of information regarding mining is provided by District Mining office, Balrampur. 2. Geological map is based on DRM, by GSI. 3. River details/deposition detail is provided by Water Resource Deptt. Balrampur. 4. Political Map from CHIPS database