District Survey Report Raigarh

DISTRICT SURVEY REPORT RAIGARH

DIRECTORATE OF GEOLOGY AND MINING CHHATTISGARH DISTRICT SURVEY REPORT RAIGARH

TH AS PER NOTIFICATION NO. S.O.141 (E) NEW DELHI, 15

JANUARY. 2016 OF MINISTRY OF ENVIORNMENT,

FOREST AND CLIMATE

YEAR - 2019

DIRECTORATE OF GEOLOGY AND MINING MINERAL RESOURCES DEPARTMENT GOVT. OF CHHATTISGARH CONTENTS

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. Detail production of sand, Bajari and other minor mineral in last three years.

6. Process of Deposition of sediments in the rivers of District.

7. General profile of the District.

8. Land utilisation 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.

Raigarh district is a district of the state of Chhattisgarh, in India. Raigarh is the district headquarters. The total area of the district is 6836.35 sq.km. The district was formed by merging the princely states of Raigarh, Sakti, Sarangarh, Dharamjaigarh and Jashpur. Jashpur is now a separate district. Sakti is now not a part of Raigarh district. Raigarh district is surrounded by Jashpur district in the North, Mahasamund district in the south, the state of Odisha border in the East and Janjgir- Champa and Korba in the west.

Raigarh district is full of vegetation . The forest area of the district is 109687 Hect. As per 2010-2011 data. Mahanadi and its tributaries passes through this district. Southern part of the district consists of totally plain area.Raigarh district has 5 subdivisions, 9 Tahsils, 1 sub Tahsil, 9 Panchayat samitis, 761Gram panchayat and 1485 revenue villages.

The languages spoken in the district are Chhattisgarhi, Odia and Hindi. A large population of Bangali, Telugu, Marathi, Bihari and other community are Living here. Due to Railway and Industial development a fair representation from all over India we can see here.

According to 2011 census record, Raigarh had population of 1,493,984 of which male and female were 750,278 and 743,706 respectively. The Initial provisional data released by census of India 2011, shows that density of Raigarh district for 2011 is 211people/ sq. km.

It is rapidly growing as an industrial district of Chhattisgarh. One of the oldest Jute mill of India is situated here, Mohan jute mill; it was the only Jute mill of the Chhattisgarh state and undivided MP. Raigarh district is full of major minerals like coal. Some minor minerals are also found here like Limestone, Dolomite and Quartzite etc. Raigarh is one of the major producer of steel in country. Here are situated many steel and power plants such as JSPL, MSP, Monnet steel, and many small and medium plants. The volume can be judge by the statement that Raigarh itself is consuming about 20,000 tons of coal per day. LOCATI0N MAP OF RAIGARH DISTRICT 2. OVERVIEW OF MINING ACTIVACTIVITYITY IN THE DISTRICT

Raigarh district is one of the mineral rich district of Chhattisgarh. It is well known for its coal mines. Besides this Quartzite, fireclay and Limestone are also found in this district. Many Quarry leases of different minor minerals are sanctioned and are in working condition.

Mainly 10 mining leases of coal are sanctioned to SECL Barod,Dharam,Chhal, Jampali, Gare IV/1, 2 & 3, other than SECL some coal leases are sanctioned to M/s Ambuja cement Ltd Gare pelma IV/8, M/s Hindalco Industries Ltd IV/4,M/s Hindalco Ltd IV/5, M/s CSPGCL (Dolnara ). M/s K & Rao ( Lime stone major mineral) at Bani Pathar. 03 quarry lease for fireclay, 02 for soil, 10 for ordinary stone, 67 for Limestone, 02 for Quartz & 02 for Quartzite and 14 Nos. Of quarries of Dolomite are sanctioned to different people in different areas of the district. Total 111 nos. of quarry/mining leases are sanctioned in Raigarh district.

List of all the mining leases and Quarry leases of Raigarh district is given below.

S. no. Name of the No.of mining leases/Quarry Mineral Leases 1 Coal 10 Nos. 2 Dolomite 14 No. 3 Soil for brick 02 Nos. making 4 Ordinary Stone 10 Nos. Limestone major mineral 01 Nos. 5 Limestone 67 Nos. 6 Quartz & Quartzite 04 Nos. 7 Fire clay 03 Nos. Total 111 Nos.

3. THE LIST OF MINING LEASES IN THE DISTRICT WITH LOCATION , AREA AND PERIOD OF VALIDITY jk;x<+ ftyk esa fo|eku eq[; [kfut [knkuksa dh lwph ØØØ-Ø--- [kfuiV~Vs/kkjh dk uke o irk [kfut LohLohLoh— Loh ———rr {ks= xzke ,oa rgl hy LohLohLoh—Loh ———fr fr fnukad@ vof/kvof/kvof/k vkbZch,e iath;u dk;Z'khy@ ¼gsDVs;j esa½ ¼ dkW &vkfMZusV ;fn fu"iknu fnukad ØekadØekadØekad f'kfFkyf'kfFkyf'kfFky ¼ou@jktLo@fu miyC/k gksa½ th½th½th½ 1 2 3 4 5 6 7 8 9 111 ,l- bZ- lh-,y- dksy [knku & cjkSn dks;yk 72-043 gs- cjkSn 07-07-1954 07.07.1954 (Nationaliatisation & dk;Z'khy date 01-05-1973) 222 ,l- bZ- lh-,y- dksy [knku & /kje dks;yk 731-16 gs- /kje 24-09-1993 24.09.1993 & dk;Z'khy 333 ,l- bZ- lh-,y- dksy [knku & Nky dks;yk 721-313 gs- Nky 24-04-2006 24.04.2006 To 23.04.2036 & dk;Z'khy 444 ,l- bZ- lh-,y- dksy [knku & dks;yk 559-149 gs- tkeikyh 02-05-2014 02.05.2014 To 01.05.2039 & dk;Z'khy tkeikyh 555 ,l- bZ- lh-,y- dksy [knku & dks;yk 705-556 gs- MksaxkekSgk] ukxjkeqM+k & Hkkjr ljdkj dksy ea=ky; d ukfeusV & dLVksfM;u daiuh xkjsisyek IV/1 tkatxhj] Vijaxk ,o vFkkfjVh ds }kjk dksy bafM;k fyfeVsM dks ,lbZlh,y ds }kjk a/kSjkHkkBk rglhy fnukad 01-04-2015 dsk dLVksfM;u fu;qDr dks;yk [kuu dk dk;Z reukj fd;k x;k gSA ugha fd;k tk jgk gSA 666 ,l- bZ- lh-,y- dksy [knku & dks;yk 964-650 MksaxkekSgk] dksMdsy] & Hkkjr ljdkj dksy ea=ky; d ukfeusV & dLVksfM;u daiuh xkjsisyek IV/2 &3 lkjleky] fycjk ,oa vFkkfjVh ds }kjk dksy bafM;k fyfeVsM dks ,lbZlh,y ds }kjk yenjgk] rglhy fnukad 01-04-2015 dsk dLVksfM;u fu;qDr dks;yk [kuu dk dk;Z reukj fd;k x;k gSA ugha fd;k tk jgk gSA 777 esllZ fg.MkYdks b.MLVªht fyfeVsM+] dks;yk 884-846 gs- dksMdsy] cu[ksrk ,oa Ø- ,Q 3&20@2015@12 16.10.2015 to 15.10.2035 & dk;Z'khy xkjs isyek & IV/4 vU;] rglhy & jk;iqj 24-07-2015 reukj ¼fu"iknu fnukad 16-10- 2015½ 888 esllZ fg.MkYdks b.MLVªht fyfeVsM+] dks;yk 829-821 gs- feywikjk ,oa vU;] Ø- ,Q 3&8@2015@12 16.10.2015 to 15.10.2045 & dk;Z'khy xkjs isyek & IV/5 rglhy reukj jk;iqj 09-07-2015 ¼fu"iknu fnukad 16-10- 2015½ 999 esllZ vacqtk lhesaV~l fyfeVsM xkjs dks;yk 474-703 gs- [kEgfj;k] ehywikjk] Ø- ,Q 3&22@2015@12 31.12.2015 to 30.12.2045 & dk;Z'khy isyke & IV/8 djokgh o vU;] jk;iqj 17-08-2015 rglhy reukj 101010 esllZ NRrhlx<+ LVsV ikoj tujs'ku dks;yk 629-538 gs-

LIST OF QUARRY LEASES OF MINOR MINOR MINERALS

ØØØ iV~Vsnkj dk uke o irk xzke ,oa rglhy [kljk uEcj jdck ¼g ss--s-s esa½esa½esa½ [kfut dk uke izFke vuqca/k vof/k fu"iknu fnukad 111 222 333 444 555 666 777 888 1 esllZ ; axVh baVjizkbZlsl izks- Jherh xzke fVik[kksy] 108@1 6-175 DokVZtkbZV 26 -06 -03 26 -06 -2003 ls 25 -06 -2053 nqxkZ fnuksfn;k fuoklh nkuhikjk rglhy jk;x<+ jk;x<+ ftyk jk;x<+ ¼N -x-½ 2 esllZ vkslh,y daiuh fyfeVsM xzke fpjkbZikuh ] ou dkEik -ua-81 19 -00 DokVZtkbZV 27 -01 -81 27 -01 -1981 ls 26 -01 -2031 jktxkaxiqj ftyk lqUnjx<+ ¼mfM+lk½ rglhy jk;x<+ 3 jkek LVksu Øs'kj xzke dksrjfy;k] 46 1-267 iRFkj 18 -11 -11 18 -11 -2011 ls 17 -11 -2041 izks- Jh eukst vxzoky fuoklh rglhy jk;x<+ egkiYYkh jk;x<+ 4 Jherh m"kk vxzoky ifr Jh xzke lgtikyh] 287@2] 287@3] 287@4[k] 1-056 pwukiRFkj 03 -10 -11 03 -10 -2011 ls 02 -10 -2041 gqdqepUn vxzoky] fuoklh xzke rglhy cjedsyk 287@5] 291] 291@2] uokikyh] rglhy cjedsyk] ftyk 291@3] 290@5 ]oa 291@4 jk;x<+ ¼N -x-½ 5 Jh dSyk'k uk;d firk Jh 'kØkthr xzke lgtikyh] 308@1] 308@2d] 308@2[k] 0-981 pwukiRFkj 03 -10 -11 03 -10 -2011 ls 02 -10 -2041 uk;d] fuoklh uokikyh rglhy rglhy cjedsyk 308@3] 308@4] 308@5] cjedsyk] ftyk jk;x<+ ¼N-x-½ 308@6] 312 ,oa 307@1 6 esllZ egkfe;k feujYl izks- Jh xzke dVaxikyh] 227@2] 227@3] 227@4] 4-016 MksyksekbZV 21 -03 -11 21 -03 -2011 ls 20 -03 -2041 f=yksd pUn vxzoky firk Jh eqjkjh rglhy cjedsyk 227@5] 227@6]227@7] yky vxzoky fuoklh jk;x<+ 228@1d] 228@1[k] 228@1x]228@1?k] 228@2]228@3d] 228@3[k]228@3x]228@4]228 @5d] 228@5[k]228@5x]228@5?k] 228@6] 228@7] 232@1] 232@2] 232@3] 232@4d] 232@5] 232@6 7 Jh vk'kh"k xks;y NSyQksjk ,oa 2@1] 2@2]@2@5] 4-242 MksyksekbZV 24 -12 -09 24 -12 -2009 ls 23 -12 -2029 vkRet Lo- Jh gfjfd'ku xks;y dVaxikyh] rglhy 4&5&6@2] 10@1] 10@4] fuoklh txriqj] ftyk jk;x<+ cjedsyk 244@1] 244@3] 249@1] 250@2] 252@2] 251@1 [k] 253@1] 3] 250@3] 250@4 ,oa 282@2 x 8 esllZ g"kZ feujYl xzke dVaxikyh] 220@1d] 220@1[k] 4-992 MksyksekbZV 29 -08 -09 29 -08 -2009 ls 28 -08 -2029 izks- Jh lq'khy feRry rglhy cjedsyk 220@1x] 220@1?k] fuoklh u;kxat brokjh cktkj 220@1³] 220@1p] ftyk jk;x<+ ¼N-x-½ 220@1N] 220@1t] 220@1>] 220@2] 200@3] 220@4] 221@1] 221@2] 222@2] 222@4] 222@1] 222@3] 222@5]223@1d] 223@1[k] 223@4d]223@4[k] 223@2] 223@3] 223@5] 223@6] 224@2] 224@1] 225@1] 225@2] 225@3] 227@1] 235@2d] 235@2[k] 235@2?k] 235@3] 235@4d] 235@4[k] 235@4x] 235@5d] 235@5[k] 235@5x] 235@4] 236@1d] 236@1[k] 236@1x] 236@1?k] 236@2] 226 ,oa 35@2 9 esllZ vxzlsu ekbZUl ,.M feujYl] xzke tksriqj] rglhy 86@2] 87@3p ls 87@3´ 4-592 MksyksekbZV 04 -12 -12 04 -12 -2012 ls 03 -12 -2042 ikVZ loZ Jh uhjt vxzoky] lqHkk"k cjedsyk 87@3[k] 87@3x] 94@1 ls vxzoky ,oa v'kksd vxzoky fuoklh 3] 95@1 ls 4] 87@2] 87@3] lRrhxqM+h pkSd jk;x<+] ftyk j k;x<+ 102@2] ] 103@1] 103@2] ¼N-x-½ 103@3 ,oa 103@4 10 esllZ lrxq: lkbZ feujYl izk - fyfe - xzke dVaxikyh] 102@1@d]102@1[k] 4-399 MksyksekbZV 20 -10 -10 20 -10 -2010 ls 19 -10 -2030 Mk;jsDVj Jh fl)kFkZ lkjnk] vkfQl rglhy cjedsyk 102@2]102@3]102@4]102@6 uEcj 44] d`".kk 'kkfiax ekWy] pSrU; @d]102@6[k] uxj] f

43 esllZ iq:"kksRre Øs'kj m|ksx izks- xzke [kjhZcM+s] rglhy 214] 215] 216] 217] 218@1] 1-049 pwukiRFkj 08 -03 -11 08 -03 -2011 ls 07 -03 -2041 Jherh iq"ik nsoh vxzoky fuoklh lkjax<+ 218@2] 218@4] 221@1] lkjax<+ ftyk jkx;<+ ¼N -x-½ 221@2] 221@4 ,oa 355 44 esllZ vxzoky Øs'kj m|ksx izks- xzke [kjhZcM+s] rglhy 207@2] 207@4] 357] 1-365 pwukiRFkj 08 -03 -11 08 -03 -2011 ls 07 -03 -2041 Jherh e/kq nsoh vxzoky ifr Jh lkjax<+ 359@1] 359@2 & 497 jkts'k vxzoky fuoklh jk;x<+ 45 esllZ vxlsu Øs'kj m|ksx] xzke [ kjhZcM+s] rglhy 354] 354@4] 354@6] 0-990 pwukiRFkj 08 -03 -11 08 -03 -2011 ls 07 -03 -20 21 izks- Jh fnus'k dqekj vxzoky] lkjax<+ lkjax<+ 354@7] 356@1] 356@2] 499@1] 499@2 46 esllZ 'kqHke feujYl izks- Jherh lhek xqM+syh 393@2d] 393@2[k] 1-056 pwukiRFkj 06 -12 -10 06 -12 -2010 ls 05 -12 -2020 vxzoky ifr Jh lqHkk"k vxzoky 393@2x ,oa 393@2p fuoklh xka/khxat rg- o ftyk jk;x<+ ¼N-x-½ 47 esllZ ,l - ,u - feujYl Jherh lhek xzke ljljk rglhy 127 -129@1Ka] 127 - 1-619 pwukiRFkj 06 -12 -10 06 -12 -2010 ls 05 -12 -2040 dsfM;k ifr Jh egs'k dqekj dsfM;k lkjax<+ 129@1Anga] 127-129@1Chha fuoklh jk;x<+ 48 esllZ Jh x.kifr xzkeks|ksx] izks- xzke xqM+syh] rglhy 408@2[k] 408@2t] 2-- 153 pwukiRFkj 04 -11 -10 04 -11 -2010 ls 03 -11 -2040 Jherh jf'e vzxzoky ifr Jh iadt lkjax<+ 408@2N] 408@2 408@2]3] vxzoky fuoklh nkuhikjk okMZ Ø&18 408@2]9] 408@2d] jk;x<+ ¼N -x-½ 408@2n] 408@2x] 411@1] 411@2 ,oa 411@3 49 Jh eukst flag firk Jh dfiynso xzke fVejyxk] 1496] 1497 & 1507 0-631 pwukiRFkj 11 -03 -11 11 -03 -2011 ls 10 -03 -2021 flag fuoklh jk;x<+ rglhy lkjax<+ 50 Jh jktho Hkw"k.k ik.Ms; firk Jh c`t xzke xqM+syh ] rglhy 439@3] 439@4] 439@6] 0-603 pwukiRFkj 10 -04 -12 10 -04 -2012 ls 09 -04 -2042 Hkw"k.k ik.Ms; fuoklh cM+SeB ikjk lkjax<+ 439@7] 439@8] 439@9 ,oa lkjax<+ ftyk jk;x<+ ¼N -x-½ 439@10 51 eaxy LVksUk Øs'kj izkbZosV fyfeVsM] xzke ckuhikFkj ] 541@2]571@2] 572@1] 1-524 pwukiRFkj 30 -01 -17 30 -01 -2017 ls 29 -01 -2047 Mk;jsDVj dey xxZ fuoklh [kj fl;ka rglhy [kjfl;k 572@3] 575@2] 572@4] rglhy [kjfl;k ftyk jk;x<+ 571@4] 571@1[k] 572@4] 572@5] 543] 571@3] 571@4] 544@1] 540] 571@4] 572@4] 573 ,oa 574 52 larks"k vxzoky vkRet Jh jkevorkj xzke xqM+syh] rglhy 505 & 506 0-63 pwukiRFkj 27 -12 -10 27 -12 -2010 ls 26 -12 -2040 vxzoky fuoklh lkjax<+ ftyk lkjax<+ jk;x<+ 53 ckck feujYl xqM+syh izks- Jh jkts'k xzke xqM+syh ] rglhy 442@3] 442@4] 442@5] pwukiRFkj 08 -03 -11 08 -03 -2011 ls 07 -03 -2021 vxzoky firk Jh dk'khjke vxzoky lkjax<+ 408@2Ga] 408@2Cha] fuoklh jk;x<+ 408@2Iya 1-478

54 esllZ txnEck LVhy ,.M ikojVsd xzke ljljk] rglhy 128@2[k 0-61 pwukiRFkj 22 -10 -10 22 -10 -2010 ls 21 -10 -2020 fyfeVsM MkW;- Jh ckyeqdqUn vxzoky lkjax<+ fuoklh lRRkhxqM+h pkSd jk;x<+ ftyk jk;x<+ ¼N -x-½ 55 esllZ NRrhlx<+ VªsM fyad izks- Jh xzke xqM+syh] rglhy 128@1Ka 0-825 pwukiRFkj 22 -10 -10 22 -10 -2010 ls 21 -10 -2020 foosd vxzoky firk Jh fjf'k vxzoky lkjax<+ fuoklh xka/khxat jk;x<+ 56 esllZ guqek u feujYl izks- Jh iou xzke fVejyxk] 827@22 & 826@3 0-355 pwukiRFkj 02 -04 -11 02 -04 -2011 ls 01 -04 -2041 vxzoky firk Jh ctjax yky rglhy lkjax<+ vxzoky fuoklh nkuljk] rglhy lkjax<+ ftyk jk;x<+ N -x- 57 esllZ txnEck LVhy ,.M ikojVsd xzke xqM+syh] rglhy 66@1] 66@2] 67@1] 67@2] 2-454 pwukiRFkj 30 -10 -10 30 -10 -2010 ls 29 -10 -2040 fyfeVsM MkW;- Jh ckyeqdqUn vxzoky lkjax<+ 67@3] 67@4] 67@6] 69@2] fuoklh lRRkhxqM+h pkSd jk;x<+ ftyk 70@1] 80@1] 70@2] 83@3] jk;x<+ ¼N -x-½ 68] 415@1d] 416@2] 375@1[ka] 376 ,oa 413 58 esllZ iwtk feujYl] izks-Jherh dfork xzke fVejyxk] 898@1] 898@2] 898@3] 0-781 pwukiRFkj 22 -01 -11 22 -01 -2011 ls 21 -01 -2021 vxzoky ifr Jh jktdqekj vxzoky rglhy lkjax<+ 898@4] 899@1] 899@2d] fuoklh jk;x<+ ¼N-x-½ 899@2[k] 899@3 ,oa 899@4 59 esllZ ';ke LVksu Øs' kj] izks- Jh xzke fVejyxk] 1516@1d] 1516@2d ,oa 0-947 pwukiRFkj 11 -03 -11 11 -03 -2011 ls 10 -03 -2041 fot; dqekj vxzoky firk Jh rglhy lkjax<+ 1516@2[k ykypan vxzoky fuoklh ySywaxk rglhy ySywaxk ftyk jk;x<+ ¼N -x-½ 60 esllZ t; ekrk nh Øs'kj m|ksx izks- 33@1 pwukiRFkj 11 -03 -11 11 -03 -2011 ls 10 -03 -2021 Jh feudsru oekZ firk Jh izrki flag xzke veyhikyh] rglhy 0-729 oekZ fuoklh xzke nsoxkao] rglhy lkjax<+ cjedsyk ftyk jk;x<+ ¼N-x-½

61 esllZ fgyczks esVsfyd ,.M daLVªD'ku xzke fVejyxk] 823@1] 823@2] 823@3Ka] 1-003 pwukiRFkj 05 -06 -11 05 -06 -2011 ls 04 -06 -2041 fyfeVsM MkW;- Jh lquhy dqekj rglhy lkjax<+ 823@3Kha] 827@5] 827@6] vxzoky fuoklh jk;x<+ 827@7] 827@13] 827@14] 827@15 & 827@16 62 esllZ fgyczks esVsfyd ,.M daLVªD'ku xzke fVejyxk] 835] 836] 837] 838@1] 1-648 pwukiRFkj 05 -06 -11 05 -06 -2011 ls 04 -06 -2041 fyfeVsM MkW;- Jh lquhy dqekj rglhy lkjax<+ 838@2] 839] 840] 842@1] vxzoky fuoklh jk;x<+ 842@2] 842@3] 895@2Ga] 841@4Kha] 842@4Kha] 841] 842@4Ka] 842@5] 842@3] 895@2Ka] 842@3 & 895@2Kha 63 ts-ds- Øs'kj izks- Jh jkeizrki lkgw xzke xqM+syh] rglhy 495@1Ka] 495@2] 495@3 & 0-7 pwukiRFkj 03 -06 -11 03 -06 -2011 ls 02 -06 -2021 firk Jh js'ke yky lkgw fuoklh lkjax<+ 510@1 jk;x<+ 64 Jh lqHkk"k vxzoky firk Lo - Jh xzke fVejyxk] 1880] 1881] 1879@1Kha & 0-429 pwukiRFkj 03 -06 -11 03 -06 -2011 ls 02 -06 -2021 fd'ku yky vxzoky fuoklh jk;x<+ rglhy lkjax<+ 1879@2 65 Jh Hkkuwnkl th feujYl izk -fy - MkW; xzke xqM+syh ] rglhy 297@1?ka] 297@2] 296@2[k] pwukiRFkj 12 -12 -11 12 -12 -2011 ls 11 -12 -2021 Jh vfer dqekj caly fuoklh Ýs.M~l lkjax<+ 296@2d] 298@1[k] 1-223 dkyksuh jk;x<+ ¼N-x-½ 298@2d] 298@2[k] 298@2x] 298@3 ,oa 298@1d 66 esllZ lkbZa esVy izks- Jh v'kksd xzke xqM+syh ] rglhy 17@1 0-562 pwukiRFkj 22 -05 -14 22 -05 -2014 ls 21 -05 -20 44 vxzoky Lo- Jh Hkxoku nkl vxzoky lkjax<+ fuoklh jkx;<+ 67 esllZ eka pUnzgkfluh Øs'kj m|ksx izks- xzke lsUnqjl] rglhy 97 0-79 pwukiRFkj 20 -11 -14 20 -11 -2014 ls 19 -11 -2024 Jherh 'kf'k vxzoky ifr Jh jkts'k lkjax<+ vxzoky fuoklh LVsfM;e ds ikl jk;x<+ 68 Jherh e/kq vxzoky ifr Jh lq'khy xzke xqM+syh ] rglhy 501] 504 & 505 0-67 pwukiRFkj 27 -12 -10 27 -12 -2010 ls 26 -12 -2020 vxzoky fuoklh jk;x<+ lkjax<+ 69 Jh iznhi vxzoky vk - Lo - egkohj xzke fVejyxk] 1049@3] 1049@21] 1049@4] 0-748 pwukiRFkj 03 -04 -06 03 -04 -200 6 ls 02 -04 -2036 izlkn vxzoky rglhy lkjax<+ 1049@13 ]oa 1039@4 70 esllZ f'koe feujYl izks- Jh jkts'oj xzke fVejyxk rglhy 846] 884@1] 884@1] 1-105 pwukiRFkj 05 -04 -19 05 -04 -19 ls 04 -04 -49 rd iVsy fuoklh fVejyxk rglhy lkjax<+ 884@2] 885] 886@1] lkjax<+ ftyk jk;x<+ 886@2] 886@3 ¼N-x-½ 71 esllZ xq# baVjizkbZtsl izks- Jh vkyksd xzke fVejyxk rglhy 671@1] 677@1] 677@3] 1-470 pwukiRFkj 05 -04 -19 05 -04 -19 ls 04 -04 -49 rd vxzoky fuoklh iqjkuk lnj cktkj lkjax<+ 677@4] 672@1[k] 672@2[k] ftyk jk;x<+ 673] 677@2] 677@5] 680] ¼N-x-½ 681@682] 683] 684 72 Jh jkts'k vxzo ky vkRet Jh xzke lkYgsvksuk ,oa 1155@13] 1155@14] a 4 -813 MksyksekbZV 27 -10 -16 27 -10 -2016 ls 26 -10 -2066 t;ukjk;.k vxzoky] fuoklh lfj;k] fcykbZx<+] rglhy 1155@15] 1155@16 ,oa ftyk jk;x<+ ¼N-x-½ cjedsyk 1155@17 73 esllZ fyIrh fczd vFkZDys ekbZu ,oa xzke fyIrh] rglhy 329@1 1-845 feV~Vh ¼fQDl fpeuh½ 22 -12 -14 22 -12 -2014 ls 21 -12 -2044 fQDl fpeuh IykaV] /kjet;x<+ izks- Jh vfuy dqekj vxzoky] vk- Jh xus'k izlkn vxzoky fuoklh xzke iRFkyxkao] rglhy iRFkyxkao ftyk t'kiqj ¼N-x-½ 74 Jh Hkjr dqekj ehjkuh] fuokl h xzke ckuhikFkj ] 188@1p] 188@1N] 188@2] 0-902 pwukiRFkj 24 -12 -15 24 -12 -2015 ls 23 -12 -2020 [kjfl;ka rglhy [kjfl;ka ftyk rglhy [kjfl;k 191@1] 191@5] 189@2] jk;x<+ 189@2] 189@1 ,oa 190@2 75 Jh egs'k dqekj xxZ] vk - Jh lqHkk"k xzke ckuhikFkj ] 534] 535@1@da] 1-926 pwukiRFkj 03 -04 -10 03 -04 -2010 ls 02 -04 -2040 dqekj xxZ fuoklh [kjfl;k rglhy rglhy [kjfl;k 535@1@[k] 535@1@x] [kjfl;ka ftyk jk;x<+ ¼N-x-½ 535@1@M] ¼537@3] 538@4½] 535@1@N (¼537@4] 538@5½] 535@2 ¼537@1½] 536@5] 537@2 ¼538@2] 538@3½] 538@1] 538@6] 538@7] 538@8] 538@9 ,oa 574 76 Jh eqds'k vxzoky fuoklh LVs'ku jksM+ xzke tke>ksj] rglhy 150@2] 166@1&167@1 ,oa 1-781 pwukiRFkj 21 -02 -17 21 -02 -2017 ls 20 -02 -2047 [kjfl;ka] rg- [kjfl;k ftyk jk;x<+ [kjfl;k 169 ¼N-x-½ 77 Jh v'kksd dqekj vxzoky firk Jh xzke deyhikB ] 17@4 0-615 pwukiRFkj 20 -11 -11 20 -11 -2011 ls 19 -11 -2041 jkefuokl vxzoky fuoklh [kjfl;k rglhy [kjfl;k jk;x<+ 78 Jh vHk; egarh firk esllZ vjfoan xzke tke>ksj] rglhy 239@ 1 1-210 pwukiRFkj 20 -10 -10 20 -10 -2010 ls 19 -10 -2020 Øs'kj LVksufuoklh xzke tke>ksj] [kjfl;k rglhy [kjfl;k] ftyk jk;x<+ ¼N -x- ½ 79 Jh t;izdk'k 'kekZ firk Jh oklqnso xzke ckuhikFkj ] 553@1] 553@3 & 553@4 0-404 pwukiRFkj 18 -06 -09 18 -06 -2009 ls 17 -06 -2019 'kekZ fuoklh [kjfl;k] ftyk jk;x< rglhy [kjfl;k ¼N-x-½+ 80 Jh izgykn vxzok y firk Jh cuokjh xzke pks<+k] rglhy 323@1k 0-567 pwukiRFkj 24 -01 -07 24 -01 -2007 ls 23 -01 -2037 yky vxzoky fuoklh jk;x<+ [kjfl;k 81 esllZ ,e -,l -ekbZUl b.MLVªht] izks- xzke ckuhikFkj ] 37@4] 38@1] 0-773 pwukiRFkj 11 -04 -12 11 -04 -2012 ls 10 -04 -2042 Jh eqjyh/kj vxzoky firk Jh xtkuan rglhy [kjfl ;k 37@6&38@3@1] vxzoky fuoklh jk;x<+ ¼N-x-½ 37@7&38@3@1] 38&607@1 ,oa 38&607@2 82 Jherh f'kodqekjh jkfB;k] ifr Jh xzke pks<+k] rglhy 324@1] 324@2] 328] 1-132 pwukiRFkj 21 -03 -18 21 -03 -2018 ls 20 -03 -2048 ds'ko izlkn jkfB;k] fuoklh xzke [kjfl;k 329@2] 329@3 pks<+k] rglhy [kjfl;k ftyk jk;x<+ ¼N-x-½ 83 Jh jkts'k vxzoky] vk - Jh jkewyky ckuhikFkj 330] 331@1] 33@2] 332 2-185 pwukiRFkj 27 -02 -18 27 -02 -2018 ls 26 -02 -2048 vxzoky fuoklh [kjfl;k ftyk ¼360½] 333@1] 357] 358] jk;x<+ ¼N -x-½ 359@1] 333@3 ¼357]358]359½] 334] 369] 335 (¼336½] 359@2 ¼357]358]333@2½ 84 Jh jklfcgkjh xqIrk xzke tke>ksj ] 270 ] 271 1-429 pwukiRFkj 12 -02 -18 12 -02 -2018 ls 11 -02 -2048 vk- Jh fxj/kj xIrk rglhy [kjfl;k fuoklh iksLV vkfQl ds ihNs dU;k Hkou jksM] rglhy [kjfl;k ftyk jk;x<+ ¼N-x-½ 85 Jherh deyk 'kekZ ifr Jh jkefd'kksj xzke fot;uxj] 1732@1] 1735@2] 1739 ,oa 1-449 feV~Vh 02 -04 -11 02 -04 -2011 ls 01 -04 -2021 'kekZ fuoklh iRFkyxkao ftyk t'kiqj rglhy /kjet;x<+ 1760 ¼N-x-½ 86 Jh fot; dqekj vxzoky] fuo klh xzke rstiqj ] rglhy 330 2-000 lk/kkj.k iRFkj 19 -11 -09 19 -11 -2009 ls 18 -11 -2034 iRFkyxkao] rglhy iRFkyxkao ftyk /kjet;x<+ t'kiqj ¼N-x-½ 87 Jh uVoj xksiky vxzoky xzke ckydik sM+h] 13@1 ,oa 13@2 4-314 DokVZt 13 -11 -17 13 -11 -2017 ls 12 -11 -2067 vk- Lo- enu yky vxzoky rglhy /kjet;x<+ fuoklh iRFkyxkao] rglhy iRFkyxkao ] ftyk t'kiqj ¼N-x-½ 88 Jh mes'k vxzoky xzke eka>hvkek] 314] 315 ,oa 316 0-960 iRFkj 04 -04 -12 04 -04 -2012 ls 03 -04 -2022 vk-Lo- nqyhpUn vxzoky fuoklh rglhy ySywaxk ysywaxk ftyk jk;x<+ ¼N-x-½ 89 Jh foady feRry vk - Jh v'kkd xzke tkecgkj] rglhy 534@2 1-850 lk/kkj.k iRFkj 03 -09 -09 03 -09 -2009 ls 02 -09 -2039 feRry fuoklh tkecgkj] rglhy ySywaxk ySywaxk ftyk jk;x<+ ¼N-x-½ 90 Jherh lfork vxzoky ifr Jh ujs'k xzke dqikdkuh ] 44 0-728 iRFkj 29 -08 -11 29 -08 -2011 ls 28 -08 -2021 vxzoky fuoklh ySywaxk] ftyk rglhy ySywaxk &jk;x<+ ¼N-x-½ 91 Jh lat; feRry vk - cuokjh yky xzke dq:at[kksy] 25, 26, 27, 28, 30, 32 4-111 Qk;jDys 28 -03-20 17 28 -03 -20 17 ls 27 -03 -20 67 feRry fuoklh ekSgkikyh jksM] rglhy ySywaxk and 33 [kjfl;k] ftyk & jk;x<+ ¼N-x-½ 92 Jh lat; feRry fuoklh ekSgkikyh xzke VwjVwjk ] rglhy 46@2] 49] 54 4-638 DokVZt 28 -03 -2017 28 -03 -2017 ls 27 -03 -2067 jksM] [kjfl;k] ftyk & jk;x<+ ySywaxk ¼N-x-½ 93 Jh lTtu vxzoky firk vkRet Jh xzke ckEguikyh] 59] 60] 61 4-950 Qk;jDys 17 -10 -07 17 -10 -2007 ls 16 -10 -2027 :M+ey vxzoky fuoklh jsYos LVs'ku rglhy ?kj?kksM+k pkaik ds ihNs] rglhy pkaik] ftyk tkatxhj pkik ¼N-x-½ 94 Jh gselqUnj iVsy xzke iM+dhigjh 48] 49 ,oa 50 4-235 Qk;jDys 11 -10 -17 11 -10 -2017 ls 10 -10 -2067 vkRet Jh nhucU/kq iVsy rglhy ?kj?kksM+k fuoklh xzke Hkkywekj rglhy ?kj?kksM+k] ftyk & jk;x<+ ¼N-x-½ 95 esllZ ek#fr LVksu dzs'kj izks- Jh xguk>fj;k] ySywaxk 1643 dk Hkkx 2-000 lk/kkj. k iRFkj 03-08-19 08 -03 -2019 ls 07 -03 -2049 jktsUnz izlkn 'kekZ fuoklh xzke lq[kkikjk rglhy iRFkyxkao ftyk t'kiqj+¼N-x-½ 96 Jh d`".k dUgS;k iVsy vk - Jh [kSjikyh] lkjax<+ 229] 280@2] ,oa 194 1-154 lk/kkj.k iRFkj 03-08-19 08 -03 -2019 ls 07 -03 -2049 Vhdkjke iVsy fuoklh xzke ijlnk NksVs rglhy lkjax<+ ftyk jk;x< +¼N -x-½ 97 esllZ jkedh bUÝk LVªDpj] vf/k —r xzke xqMsyh ] rglhy 260@2@[k] 127@1x 'kkfey 1-000 pwukiRFkj 09 -03 -17 9-03 -2017 ls 08 -03 -2019 flXuspjh Jh ctjax vxzoky fuoklh lkjax<+ 129@1x ,oa 1?k 'kkfey lsokdqat jksM+ jk;x<+ ftyk jk;x<+ 129@1?k ¼N-x-½ 98 esllZ Jh ckykth bathdkEl izk -fy - xzke lksguiqj] rglhy 517]518 ,oa 519 1-000 lk/kkj.k iRFkj 09 -01 -18 09 -01 -2018 ls 08 -01 -2020 esllZ lquhy dqekj vxzoky] ySywaxk fuoklh pkanuh pkSd] jk;x<] ftyk jk;x<+ ¼N-x-½ 99 esllZ Jh ckykth bathdkEl izk -fy - xzke lksguiqj] rglhy 519 ,oa 520 1-000 lk/kkj.k iRFkj 09 -01 -18 09 -01 -2018 ls 08 -01 -2020 esllZ lquhy dqekj vxzoky] ySywaxk fuoklh pkanuh pkSd] jk;x<] ftyk jk;x<+ ¼N -x-½ 100 esllZ jkedh bUÝkLVªDpj] vf/k —r xzke tke>ksj rglhy 224] 22@1d] 225@1x] 0-011 lk/kkj.k iRFkj 04 -06 -18 04 -06 -2018 03 -06 -2020 flXuspjh Jh ctjax vxzoky fuoklh [kjfl;k 225@1?k ,oa 226@1 lsokdqat jksM+ jk;x<+ ftyk jk;x<+ ¼N-x-½ 444.4... DETAILS OF ROYALTY OF REVENUE RECEIVED IN LAST THREE YEARS

ROYALTY COLLECTED FROM MAJOR AND MINOR MINERALS

Ø- foRrh; eq[; [kfut xkS.k [kfut o"kZ jk;YVh jkf'k fizeh;e jkf'k jk;YVh jkf'k uhykeh jkf'k

1 2 3 4 5 6 1- 2016&17 1549057790 6527633448 134267722 & 2 2017&18 3163029353 5520498129 183399292 & 3 2018&19 2832700666 5454690422 258690444 110800

555.5... DETAILS OF PRODUPRODUCTIONCTION OF SAND , BAJARI OR OTHER MINOR MINERALS

foRrh; o"kZ jsr ¼?k ---eheheh ---½½½ 2016&17 135900 2017&18 157500 2018&19 4927955

666.6... PROCESS OF DEPOSITION OF SEDIMENTS IN THE RIVERS OF THE DISTRICT

Some of the important factors which are responsible for the process of sedimentation in a river basin are :- a) The stage of river(the infant, youth, mature or old stage )

b) Lithology and structures of the upstream region or provenance from where sediments eroded/migrated/travelled. c) Geomorphology and gradient of provenance.

d) Anthropogenic activities such as mining, industrialization and mega engineering projects such as Dam also affects the process of sedimentation.

e) The thickness of the sequence is determined by the depth of the stream channel during flood stage and is related to the size of river itself.

The district forms a part of a Mahanadi basin drained by the Mahanadi and its tributaries viz Mand, Kelo, Kurket, Lath and Kenkamdi. Kelo and Mand are the main rivers which flows through this district. Kelo river originates from the Gharghoda tehsil’s Ludega hills of the district. Flowing direction of Kelo and mand river is almost North to South. In its flow direction these rivers erode out mainely the semiconsolidated sediments (Gondwana) which covers the maximum area of Raigarh district. During its course at some places erosion of granite/gneisses. Deccan traps and intertrappeans also takes place. Mainly these two rivers are responsilble for the sedimentation in the Raigarh district. 777.7... GENERAL PROFILE OF THE DISTRICT

S.No. Particulars Year Unit Statistics 1. Country India 2. State Chhattisgarh 3. Headquarter Raigarh 4. Geographical data (i)Latitude 21°20’21’’:22°47’13’’N

(ii)Longitude 82°55’36’’:83°42’16’’E

(iii)Geographical area Sq.Km 6836.35

5. Administrative units (i)subdivisions 6

(ii)Tahsil 9

(iii)Sub Tahsil 1

(iv)Nagar Nigam 1

(v)Nagar palika 2

(vi)Gram Panchayat 761

(v)Assembly area 5

6. Population (i)Total Population 2011 1,493,984

(ii)Male 2011 750,278

(iii)Female 2011 743,706

(iv)Sex ratio 2011 991 (v)Literacy 2011 63.7 %

7. Land utilisation (i)Agricultural land 2017 5328 Hect.

(ii)Non Agricultural 2017 71858 Hect. land (iii)Cultivable barren 2017 - Hect. land 8. Forest 2017 61204.206 Hect.

9. Average annual 167.4129 inches - - Precipitation 10. Major Highways - - NH -49,NH -153(new numbering after a gazzet notification of march 5, 2010

8.8.8.LAND8. LAND UTILISATION PATTERN IN THE DISTRICT : FOREST, AGRICULTURE, HORTICULTURE, MINING ETCETC....

9.9.9.PHYSIOGRAPHY9. PHYSIOGRAPHY OF THE DISTRICT

Raigarh district is situated in the northeastern part of the Chhattisgarh. It falls in Survey of India’s degree sheet nos. 64J,K,N and O between latitudes 21°20’21” : 22°47’13”N and Longitudes 82°55’36” : 83°42’16”E.

Geomorphologically , the area of the district to the north of Mahanadi River exhibits landforms of low-level structural plateaus, structural plain, pediplain/pediment, denudational hills and valleys and the region of middle and high level plateaus. The younger flood plain(including infilled river beds) delineated along the course of the Mahanadi river. The area of the south of Mahnadi River exhibits landforms of structural hills and valleys, older flood plain, denudational slope, pediment/ pediplain and denudational hills and valleys. Physiographically the district forms a part of a Mahanadi basin drained by the Mahanadi and its tributaries viz Mand, Kelo, Kurket, Lath and Kenkamdi. The general slope of the area to the north and south of Mahanadi River is towards south and north direction respectively. The maximum elevation in the area is 1091m above mean sea level and is seen in the northern most part of the district; while the minimum elevation in the area i.e. 190m above mean sea level seen along the Mahanadi River. 10.10.RAINFALLRAINFALL DATA OF THE DISTRICT (MONTHWISE)

FROM 1 JUNE 22016016 TO 30 Sept 2018

o"kZ 2016 01 -01 -2016 ls 31 -01 -2016 rd 2-2 01 -02 -2016 ls 29 -02 -2016 rd 6-44 01 -03 -2016 ls 31 -03 -2016 rd 16 -9 01 -04 -2016 ls 30 -04 -2016 rd 2-11 01 -05 -2016 ls 31 -05 -2016 rd 10 -8 01 -06 -2016 ls 30 -06 -2016 rd 98 -9 01 -07 -2016 ls 31 -07 -2016 rd 422 -1 01 -08 -2016 ls 31 -08 -2016 rd 497 -7 01 -09 -2016 ls 30 -06 -2016 rd 282 -4 01 -10 -2016 ls 31 -10 -2016 rd 37 -7 01 -11 -2016 ls 30 -11 -2016 rd 0 01 -12 -2016 ls 31 -12 -2016 rd 0 o"kZ 2017 01 -01 -2017 ls 31 -01 -2017 rd 6-9 01 -02 -2017 ls 28 -02 -2017 rd 0 01 -03 -2017 ls 31 -03 -2017 rd 0 01 -04 -2017 ls 30 -04 -2017 rd 0 01 -05 -2017 ls 31 -05 -2017 rd 5 01 -06 -2017 ls 30 -06 -2017 rd 844 -2 01 -07 -2017 ls 31 -07 -2017 rd 323 -8 01 -08 -2017 ls 31 -08 -2017 rd 183 -1 01 -09 -2017 ls 30 -09 -217 rd 164 -6 01 -10 -2017 ls 31 -10-2017 rd 29 01 -11 -2017 ls 30 -11 -2017 rd 0-11 01 -12 -2017 ls 31 -12 -2017 rd 0

o"kZ 2018 01 -01 -2018 ls 31 -01 -2018 rd 0 01 -02 -2018 ls 28 -02 -2018 rd 7-8 01 -03 -2018 ls 31 -03 -2018 rd 7-8 01 -04 -2018 ls 30 -04 -2018 rd 4-7 01 -05 -2018 ls 31 -05 -2018 rd 42 01 -06 -2018 ls 30 -06 -2018 rd 98 -7 01 -07 -2018 ls 31 -07 -2018 rd 374 -4 01 -08 -2018 ls 31 -08 -2018 rd 281 -7 01 -09 -2018 ls 30 -09 -2018 rd 161

11. GEOLOGY AND MINERAL WEALTH OF THE DISTRICT

The geological formations occurring in the district represent almost all geological events Archean to Quaternary period. The older metamorphites of Chhota Nagpur Gnessic Complex of Archean to Proterozoic (undifferentiated) age occupy the northern, mid-western and southern most part of the district. It comprises metasediments, biotite gneiss, granite gneiss, meta-basic and ultrabasic, granodiorite,muscovite granite/gneiss, biotite granite, gneissic granite and tonalite(quartz diorite). The above rock assemblages is indication of large scale remobilisation and wide spread granitisation in the area. Younger granitic plutons, basic dykes, pegmatites and quartz veins are found as intrusive within the metamorphites and Chhattisgarh Supergroup.

The Chhattisgarh Supergroup of rocks of Meso to Neo – Proterozoic age occupy the southern part and represented by Singhora, Chandarpur and Raipur groups. The Singhora Group comprises felspathic arenite, arkose, pebble horizon (Rehatikhole Formation) and variegated shale (Saraipali Formation). Chandarpur Group comprises mainly arenite with shale, siltstone,arkose,gritty wacke and conglomerate at the base. Raipur group is represented by the Charmuria, Gunderdehi, Raigarh, Bamandih and Saradih Formation and predominantly comprises an argillite-carbonate sequence with occasional presence of stromatolite at places.

Gondwana Super grup represented by Talchir ,Karharbari ,Barakar and Kamthi Formation occupies the area between the metamorphites in the north and Chhattisgarh Super group in the south. Talchir Formation of Carboniferous to Permian age comprises boulder bed, tillite , sandstone and shale. Karharbari Formation of Permian age comprises sandstone, shale with thin coal seams and pebble bed and exposed in the northen part. Barakar Formation of Permian age comprises arkosic sandstone, shale, fireclay, grit, siltstone and coal seams. The overlying Kamthi Formation of Permian to Triassic age comprises conglomerate, ferruginous to variegated sandstone with argillaceous beds, arenaceous to carboniferous shale, clay beds and coal seams. Lameta Group of Up Cretaceous age is exposed in the northwestern extreme part and comprises limestone, variegated clay and calcareous sandstone.

Deccan Traps of Up cretaceous to Paleocene age represent tholeiitic flows of aphanitic to porphyritic basalts. During the Quaternary period, the area had undergone prolonged weathering/laterisation. As a result, the basaltic flows are transformed partially into discrete bauxite bearing laterite capping in the highland plateau area in the northwestern part of the district.

MMMINERALMINERAL WEALTH OF THE DISTRICT

Raigarh district has huge potential of coal. The other economic mineral reported are clay, limestone, tungusten, and incidences of diamond. The vast potential of coal is reported in Raigarh coalfield and north and south of mand River. A thick zone of white clay occurs over an extensive area at 4km of Purunga and other small deposits occur near Arajhar, Kishnapur, and Parsada. Cement grade limestone deposits occur at Ssrsngarh, Baniapather, Timarlaga- Laladhurva and Jharapdih. Tungsten occurs in the form of Scheelite within tourmalinite bands associated with mica schist and it is reported from the gravel beds of Mahanadi River near the confluence of Mand River. Geological Map of Raigarh Lithology Stratigraphic Status Age Nature & Characterstics

20 Laterite, Bauxite laterite on basalt Cainozoic Dark grey,light brown,brick red, pink,pisolitic,massive,vesicular.

Cretaceous to Black,greenish grey,fine to medium grained,hard massive. 19 Basaltic lava flows Deccan Trap Palaeogene

Black grey,fine to medium grained hard compact and shows Dd Dolerite dyke spherical weathering

Conglomerate,variegated sand - Kamthi Permian to Brownish to red,dominantly coarse grained, friable porous, 18 stone with clay,shale and coal Formation triassic ferruginous to variegated sandstone with argillaceous beds.

Gondwana Sandstone,shale,fire clay,grit and Barakar Greyish white to milky white,medium to coarse grained,arkosic 17 coal Super Formation sandstone with dark grey micaceous shale grit. group Permian Karharbari White,grey coarse grained,f eldspathic and greywake sandstone 16 sandstone,shale with coal Formation with shale.coal seams at the base.

Tillite,sandstone,shale and Talchir Carboniferous Tillite:composed of clasts of granite,gneisses,banded hematite 15 boulder bed Formation to Permian jasper.

Dolerite:Dark grey,fine to medium grained. Mafic dyke: dark Dd Dolerite and mafic dykes grey,coarsegrained,hard,compact rock.

Sarahdih Dolomite:Grey to pink,fine to medium grained, massive 14 Dolomite,Limestone and Shale Formation .Limestone:Light grey to dark grey,fine grained. Shale:black

Bamandihi Raipur Meso to Neo Calc -argillite:purple,but at places greenish wit h pink stromatolitic 13 Calc-argillite Fomation Group Proterozoic limestone as pocket and lenses.

Raigarh Calc -argillite - purple, flaggy with carbonate -arenite member. 12 Calc-argillite Formation Glauc unitic quartz arenite, shale, Quartz arenite:White,pinkish,light grey ,ferruginous Chhattisgarh siltstone, arkose & gritty,wacke Chandra - Shale:purple,green,grey black intercalated with fine grained 11 arenite with shale partin g & pur Group Group arenite beds. Conglomerate:thickly bedded,matrix supported

conglomerate at the base. polymitic.

Saraipalli Purple,green,laminated,friable shale with dark grey,banded chert 10 Varigated shale Format ion and minor limestone. Singhora Feldspathic arenite:light grey,white,medium grained,moderately

Feldspathic arenite,arkose with Rehatikhol Group sorted with minor shale intercalation.Arkose:pale greenish to light 9 pebble horizon at the base Formation grey,coarse rock.

Quartz,Quartz tourmaline vein Intrusives Proterozoic Quartz vein:grey,white,pink,compact,massive. Pegmatite:medium Qv/Pv reef/pegmatite to coarse grained with pink and white feldspar.

Grey,medium to coarse grained,compact,hard,massive rock. 8 Granite

Biotite granite,gneissic Chhota Archean to Dark grey,greenish grey,med ium to coarse

granite,tonalite(quartz Nagpur Proterozoic grained,compact,massive. 7 diorite)with enclaves of meta - Gneissic (undifferentiat

sediments and meta -basics Complex ed)

Muscovite granite/ g neiss with Leucocratic,medium to coarse grained,fairly compact 6 enclaves of metasediments and and massive rock meta -basics

Dark grey,greenish,black,medium to coarse grained. 5 Granodiorite

Meta-basic:dark grey,fine grained Meta-basics and meta-ultra- Chhota Archean to 4 basics Meta-Ultra basic:dark greenish,blackish green, medim Nagpur Proterozoic to coarse grained. Granite gneiss and migmatite Gneissic (undifferentiat Migmatite:grey,fine to medium 3 with enclaves of meta-sediments Complex ed grained, foliated rocks. and meta-basics Gneiss:comprises mainly pophyroblastic, augen, banded.

Grey to greenish grey,medium to coarse grained,compact 2 Biotite gneiss with well developed gneissocity.

Muscovite and Biotite schist:white to dark grey,fine Meta-sediments:mica 1 to medium to fine grained,well foliated. Chlorite schist,quratz-mica schist etc schist: greenish,medium grained,compact,foliated 11.(A) DISTRICT WISE DETAILS OF RRIVERIVER OR STREAM AND OTHER SAND SOURCESSOURCES....

The district forms a part of a Mahanadi basin drained by the Mahanadi and its tributaries viz Mand, Kelo, Kurket, Lath and Kenkamdi. Kelo and Mand are the main rivers which flows through this district. Kelo river originates from the Gharghoda tehsil’s Ludega hills of the district. Flowing direction of Kelo and mand river is almost North to South. In its flow direction these rivers erode out mainely the semiconsolidated sediments (Gondwana) which covers the maximum area of Raigarh district. During its course at some places erosion of granite/gneisses, Deccan traps and intertrappeans also takes place. Mainly these two rivers are responsilble for the sedimentation in the Raigarhdistrict.

11.(B) DISTRICT WISE AVAILABILITY OF SAND OR GRAVEL OR AGGREAGGREGATEGATE RESOURCES.

Raigarh district have many small and large rivers. Mahanadi, Kelo and Mand are the main river of Raigarh district. These rivers are main source of deposition of sand or gravel in the district. 39 nos. of sand quarries are sanctioned in this district. 17 nos. are the working quarries produced 132900m3, 157500m3 , 43596909m 3 of sand in the year 2016-2017, 2017-2018, 2018-2016 respectively. The main source of sand are Kelo,Mand and its tributaries which flows through the village,Tamnar,Pusour,Gharghoda,Kharsiyan and Raigarh block etc.. In last three years total 4650090 m3 of sand is produced in Raigarh district.

1 Drai nage system with description of main River: - a Name of the river Mahanadi Mand Kelo b Area Drained (sq. km.) 141600 Sqkm 6836.35 Sqkm 1232.83 Sqkm c % Area drained in the district 5% 12% 86% 2 Salient features of important Rivers and a Name of the river and stream Mahanadi Mand Kelo b Total length in the dist. (in Km.) 45 Km 35 Km 107 Km c Place of origin Sihva (Damtari) Shrguja Ludheng Hill (Lailunga) d Altitude at origin 890 Km 686 Km 710.36 Km e Portion of river and stream recommended for mineral concession * - - - e portion of river having sand (approx.) 45 Km 35 Km NA f Length of the area of sand (apporox .) * - - - f.1 Ave rage width of area recommeded for mineral concession (in mtr.) 45 Km 35 Km NA g Average width of area of sand (approx.) * - - - g.1 Ave rage width of area of sand (approx.) 900 M 600 M 100 M h Area recommended for mineral concession * - - - i Mineable mineral potential (In metric tonne) (60% of total mineral - - - potential)* ***Sand resources data collection in process. 11.(C) DETAILS OF EXISTING QUARRY LLLEASES LEASES OF SAND AND AGGREGATES IN THE DISTRICTDISTRICT....

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Reference:

1. Mining related data provided by District Mining Office, Raigarh

2. Geological Map after District Resource Map of Raigarh, by GSI.

3. Political map from CHIPs Database. 4. Location map from www.Echhattisgarh.in & www.veethi.com