District Survey Report

Preface

In compliance to the Notification Issued by the Ministry of Environment, Forest and Climate Change dated 15 th January, 2016, the preparation of District Survey Report of River bed mining sand other minor minerals is in accordance appendix X of the notification. It is also mentioned here that the procedure of preparation of District Survey Report is as per notification guidelines. Every efforts have been made to cover sand mining location, area and overview of mining activity in the district with all its relevant features pertaining to geology and mineral wealth in replenishable and non-replenishable areas of rivers, stream and other sand sources. This report will be a model and guiding document which is a compendium of available mineral resources, geographical set up, environmental and ecological set up of the district and is based on data of various departments, published reports, and websites. The data may vary due to floods, heavy rains and other natural calamities. Therefore, it is recommended that Sub divisional Level Committee may take into consideration all its relevant aspects/data while scrutinizing and recommending the application for EC to the concerned authority.

DISTRICT SURVEY REPORT FOR RIVER SAND MINING PROJECT DISTRICT – AKOLA

As per Gazette Notification of 15 th January 2016 of Ministry of Environment, Forest and Climate change a Survey shall be carried out by the District Environment Impact Assessment Authority (DEIAA) with assistance of irrigation department, Drainage department, Forest department, Mining Department and Revenue department in the district for preparation of District Survey Report as per the sustainable Sand Mining can be allowed; and identification of areas of erosion and proximity to infrastructural structures and installations where mining should be prohibited and calculation of annual rate of replenishment and allowing time for replenishment after mining in that area. Every efforts have been made to cover sand mining locations, areas and overview of Mining activity in the district with all its relevant features pertaining to geology and mineral wealth in replenish-able and non-replenish-able areas of rivers, stream and other sand sources. The mineral potential is calculated based on field investigation and geology of the catchment area of the river or streams. Also as per the site conditions and location, depth of minable mineral is defined. The area for removal of the mineral in a river or stream is decided depending on geomorphology and other factors, it can be 50% to 60% of the area of a particular river or stream. Other constituents like clay and silt are excluded as waste while calculating the mineral potential of particular river or stream. This District Survey Report shall form the basis for application for environment clearance, preparation of reports and appraisal of projects. The report shall be updated once every five years.

1. INTRODUCTION

Akola district is one of the eleven districts of region of State. It is situated in the northern part of the state abutting and lies between north latitudes 20°16’ and 21°17’ and east longitudes 76°38’ and 77°38’. The total area of the district is 5417 sq.km. falls in parts of Survey of degree sheets 55 C, 55 D, 55 G and 55 H. The district is bounded on the north by Madhya Pradesh State, on the east by , on the west by and on the south and south east by district. The district headquarter is located at Akola town. For administrative convenience, the district is divided in 7 talukas viz., Akola, , Murtijapur, , , Balapur and . It has a total population of 1,818,617 as per 2011 census. The district has 7 towns and 992 villages in 542 grampanchyat out of which 120 villages are inhabited and 872 are habited villages. The district does not have any large area under extensive hill ranges. The northern extreme of the district in the foothills of Satpuda and the ghat country through which the land rises from the Purna plains to the Balaghat plateau. The major part of the district comes under Purna-Tapi basin. Purna is the main

river flowing through the district. Katepurna, Uma, Morna, Man and Nirguna, which are the tributaries of the Purna.

2. Brief Details of Akola 2.1 GENERAL PROFILE Geographical Area 5417 sq. km. Administrative Divisions Taluka-7; Akola, Barshitakli, Murtijapur, Akot, Telhara, Balapur and Patur.

Villages 1009 Population 16,30,239 Average Annual Rainfall 740 mm to 860 mm

2.2 GEOMORPHOLOGY Major Physiographic unit Two; Satpuda hill range and Purna plain Major Drainage One; Purna

2.3 LAND USE Forest Area 467 sq. km Net Area Sown 3878 sq. km Cultivable Area 4437 sq. km.

2.4 SOIL TYPE Medium black and deep black soil.

2.5 PRINCIPAL CROPS (2005-06) Cotton 1975.01 sq. km. Pulses 1225.31 sq. km. Jowar 868.65 sq. km. Seeds 695.22 sq. km.

2.6 IRRIGATION BY DIFFERENT SOURCES (2000-01) Nos. / Potential Created (ha) Dugwells 18729 / 44563 Tubewells/Borewells 400 / 717 Tanks/Ponds 7939 / 10726 Other Minor Surface Sources 2094 / 3407 Net Irrigated Area 28874 ha

2.7 GROUND WATER MONITORING WELLS Dugwells 81

2.8 GEOLOGY Pliestocene-Recent Alluvium Upper Cretaceous-Lower Eocene Basalt (Deccan Traps)

2.9 HYDROGEOLOGY

Water Bearing Formation Basalt (Deccan Traps) fractured, jointed. Under phreatic conditions Alluvium- Sand and Gravel, Under semiconfined to confined conditions.

3. Land Utilization Pattern in the District

Utilization Total Geographical Area of the District Total Area Covered Pattern Forest 5417 sq. km. 467 Sq.km. Agriculture 4764.19 sq. km. Holticulture 5500 ha Sand 37.80 ha Mining

4. BRIEF DESCRIPTION OF PROJECT AND PROJECT PROPONENT.

4.1 Aim - having major river Purna in mature stage where the flow rate is slightly low than younger stage. In this pattern, river may change its behavior from erosion to deposition. In this stage river may deposit the sand & gravels.

Hydrologically if sand deposition in river bed could not be excavated regularly/ yearly basis, excessive sand thickness may causes to change the flow pattern of river that may damage the nearby crop and farms. It also affects on soil pattern of the adjoining area.

To avoid the above situation and keep the flow pattern as usual on regular basis, District Mining authority, Hydrologist from Groundwater surveys and Development agency and Tehsildar doing a joint scientific survey of sand plot (Pre monsoon & Post Monsoon) and measure the depth of sand thickness, check the water level scenario of the area and without affecting any environmental specification as mention in Govt. resolution dated 12.03.2013 they recommend a sand thickness for excavation.

4.2 Period Of Project - Period of the Project is 1st October 2017 to 30 September 2018.

4.3 Monitoring Authority - Talathi, Circle Officer, Tehsildar, Sub divisional Magistrate (Revenue), District Mining Officer, Additional Collector and Collector as well as the Officer from Directorate of Geology and Mining, Maharashtra state is the monitoring authority. Officer deputed by district authority for monitoring an illegal sand excavation and transportation is also authority. 5. Location and Geographical Area :

The total geographical area of Akola district is 5417 sq.km and its only 1.76 % of Maharashtra. 65.86% area is covered by Basalt while 34.41% is covered by Purna Alluvial. The global location of the District extends between north latitudes 20°16’ and 21°17’ and east longitudes 76°38’ and 77°38’. Akola district is located in the Vidharbha region on the north eastern side of the State of Maharashtra. The district is bounded on the north by Madhya Pradesh State, on the east by Amravati, on the west by Buldhana district and on the south and south east by .

5.1 Connectivity : Railway : Important railway stations with their codes are Paras, , Akola Junction (AK), Murtijapur Junction (MZR) and are under - Section of Bhusawal Railway Division of Central Railway.

The other stations under meter gauge are , Adgaon Buzurg (ABZ), Akot (AKOT), Patsul (PTZ), Ugwe (UGWE), Akola Junction, Shivani Shivpur (SVW), Barshitakli (BSQ), Lohogad (LHD), Amna Vadi (AMW), Jaulka (JUK) are under Purna - Section of South Central Railway.

The stations under narrow gauge are Lakhpuri, Junction, Karanja under two Narrow Gauge Branch lines viz Murtajapur- and Murtajapur- of Bhusawal Railway Division of Central Railway.

Roadways : The National Highway 6 runs between -Kolkatta passes through the District, thus making markets accessible and helping trade and business in the district. 5.2 PROJECT RELATED TRIBUTARY

The Purna River forms the part of north boundary of the district, and the top north portion of the district lies within its watershed along with Aas River and Shahnur River. Most of the sand plot comes Purna river and quality of sand is famous in entire Akola district as well as adjoining districts like Amravati and Washim. The Vaan River forms the part of northwest boundary of the district after entering from the . The Man River drains the southwestern portion of the district, drains the midsouth portion of the district, while the southeast is drained by the Katepurna River and Uma River.

6. GEOMORPHOLOGY AND HYDROLOGY

6.1 GEOMORPHOLOGY AND SOIL TYPES - The northern fringe of the district is hilly and forms part of . South of these hill ranges, covering almost entire north-central part constitutes the Alluviam plain.

• Southern part of the district is characterized by hilly rugged terrain as a part of . Purna is the main river flowing through the district. Other important rivers are Shahanur, Pathar, Aas, Morna, Man, Uma, Gandhari, Nirguna, Vishwamitri, Utawali, Katepurna, Pedhi, Vaan and Vidrupa.

Two types of soils have been observed in the district namely medium black soil occurring in plain central part of trap origin and deep black soil occurring in valley in northern part.

6.2 – HYDROGEOLOGY - Deccan Trap Basalt of upper Cretaceous to lower Eocene age is the major rock formation in the district covering the southern part, whereas almost entire northern part is underlain by Recent Alluvium. A map depicting hydrogeological features is presented as

6.2.1 Deccan Trap Basalt - Ground water in Deccan Trap Basalt occurs mostly in the upper weathered and fractured parts down to 20-25 m depth. At places potential zones are encountered at deeper levels in the form of fractures and inter-flow zones. The upper weathered and fractured parts form phreatic aquifer and ground water occurs under water table (unconfined) conditions. At deeper levels, the ground water occurs under semi-confined conditions. The yield of dugwells tapping upper phreatic aquifer ranges between 20 and 90 m3/day. Borewells drilled down to 70 m depth, tapping weathered and vesicular basalt are found to yield 2 to 10 m3/day. 6.2.2 Alluvium - Northern part of the district, covering about 2650 sq. km. in parts of Akot, Akola and Telhara talukas is underlain by Purna Alluvium. Purna Alluvium can be subdivided into two sub units, i.e., younger Alluvium extending down to 70-80 m depth and older Alluvium attaining a maximum depth of 450 m. However, only upper 70-80 m of Alluvium, comprising sand and gravel, forms the potential aquifer. At deeper levels the Alluvium is mostly clayey and does not form potential aquifer. Ground water in Alluvium occurs both under water table and semi-confined conditions. The yield of wells constructed in Alluvium varied between 5 and 100 m3/hr.

6.2.3 Process of Deposition of Sediments

Purna River is the main water source for Akola District. It rises in eastern Satpula Range of Madhya Pradesh State and flows westward, draining Maharashtra’s Marathawada, Vidharbha Region, before merging the Tapi River.

Purna River is the left bank of tributary Tapi. The watershed lies mostly in eastern Vidharbha Region of Maharashtra State and is nearly 18929 Sq.km. It originates in Pokharni village in Baitul District, Madhya Pradesh, adjoining Amravati District of Maharashtra and flows through Akola. The total length of river is 334 sq.km.

The whole basin can be divided into three prominent physiography zones.

1. Easter Zone 2. Middle Zone 3. Coastal Zone

The eastern zone of the basin covers a chain of rugged mountain ranges of the western ghats. The middle zone of the basin is mark by high relief zone with ridges and valleys. The hilly regions then merges into the planes through a coastal piedmont coastal zone running parallel to the sea. Deccan trap occupy the most part of the basin in the east. There are high ridges and deep valley and towards the west they merge into the lower ridge composed of recent and subrecent alluvium and sand. The straight graphical sequences of the rock found in the basin are neogenes, paleogenes and early paleogenes. Gopalkhed Tq. Akola is one of the full fledged observation center in Akola District. Working under regional center based at .

Co-relation between siltation and Sediment load

Siltation is deposition by fine particulate terrestial clastic material, with the partical size dominated by silt or clay. It refers both to the increase the concentration of suspended sediment, and to the increased accumulation, (temporary or permanent) of fine sediments on bottom where they are undesirable. Siltation is most often caused by soil erosion or sediment spill. Sometimes siltation is called sediment pollution.

Process of sedimentation- Water flow tries to scour its surface whenever it flows in the channel. Silt or gravel even larger boulder are detached from its beds or banks. The moving water sweeps these detached particles in downstream along its flow.

Hydrogeology of Akola District

7. Climate and Rainfall

Akola district shows a little variation in its climate along the North-South direction. Akola district mainly features Tropical Savannah Climate. But the Northern parts of the district consisting of hills and mountains that are raised to about 950 to 1000 meters shows a subtropical climate featuring heavily cold winters. The summers are extremely hot while the winters are dry and very cold the temperature may drop to or below 2 °C. The district has recorded a minimum temperature of 2 °C while a maximum of 47.7 °C. Akola has recorded a minimum temperature of 11.9 °C in the month of May which is considered to be the hottest month in the state of Maharashtra .

Climate data for Akola

Month Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Year

29.9 33.2 37.2 40.7 46.7 37.4 32.0 30.5 32.1 38.8 31.5 29.4 34.2 Average high °C (°F) (85.8) (91.8) (99) (105.3) (116.1) (99.3) (89.6) (86.9) (89.8) (101.8) (88.7) (84.9) (93.6)

13.5 15.7 20.0 24.8 28.0 26.1 24.1 23.4 23.0 20.1 15.9 13.2 20.7 Average low °C (°F) (56.3) (60.3) (68) (76.6) (82.4) (79) (75.4) (74.1) (73.4) (68.2) (60.6) (55.8) (69.3)

Average precipitation mm 7.8 4.5 11.0 5.1 6.6 146.3 210.7 199.7 122.0 45.4 19.5 14.2 792.8 (inches) (0.307) (0.177) (0.433) (0.201) (0.26) (5.76) (8.295) (7.862) (4.803) (1.787) (0.768) (0.559) (31.213)

Source: IMD

The normal annual rainfall over the district varies from about 740 mm to 860 mm. The average annual rainfall for the last ten years 2007-2017 ranges from 656.20 mm (Balapur) to 742.80 mm (Murtizapur) and the same is presented in Table-.

Sr. Taluka Aver Actual Rainfall (June to September) no. age 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 Rain fall 1 Akola 725.2 757.9 624.7 504.0 908.1 670.4 739.25 853.32 555.72 725.5 780.9 492.5 2 Akot 679.4 933.2 555.6 627.8 831.1 726.85 974.0 831.88 722.5 668.4 766.5 486.5 3 Balapur 656.2 603.5 490.4 525.0 633.8 476.0 653.64 797.71 519.0 581.2 651.9 428.0 4 Barshit 666.3 1152.2 555.8 595.5 853.1 614.2 845.8 875.40 542.03 672.0 765.4 462.6 akli 5 Murtiza 742.8 1006.7 483.3 485.6 838.8 876.7 861.3 881.34 678.5 654.4 793.6 495.8 pur 6 Patur 739.1 1006.7 530.0 706.0 671.0 461.0 725.5 1069.7 672.0 700.0 930.6 519.8 7 Telhara 672.0 962.4 499.0 597.4 707.1 521.1 799.4 1114.43 561.8 589.8 617.3 559.9 (source –GSDA Akola) Humidity : Relative humidity in summer season ranges from 9% to 100%, while in rainy and winter season is varies from 11% to 100%.

Wind : Winds are generally light to moderate with some strengthening during the south west monsoon. In the winter months, winds generally blow from directions between east and northeast. During the southwest monsoon, winds low between southwest and northwest directions. The winds during the month of March blow from south west to west and in rest of the summer, winds are mostly between south-west and north-west.

• Drainage system with description of main rivers

The list of Mining leases in the District with location, area and period of validity – Validity up to 30 Sept. every year.

Availa lengt widt Dept Upset Sr.no. Taluka Sand Ghat Survey/Gat No. River Bank ble h h h sand Price

1 20 to 24 Akola Katyar 1 Purna 240 30 1 2544 2531280 2 25, 31, 32 Akola Katyar 2 Purna 260 30 1 2756 2742220 3 25, 1, 739, 740, 711 Akola Mhaisang Purna 645 13.5 0.8 2461 2448695 4 36, 37, 104, 111, 112, 138 Akola Nimbhora Purna 80 10 0.5 141 140295 5 Hingna 163 to 170, 9 to 11 Akola Purna 105 12 1 445 442775 Tamaswadi 6 39, 40, 41, 180 Akola Gandhinagar Purna 196 12 0.8 665 661675 7 128, 126, 118, 117, 105, Akola Walad Kh. 103, 102, 92, 93, 94, 95 Purna 938 17 0.6 3381 3364095 8 1, 2, 58, 101, 134, 135 Akola Kati Purna 350 15 0.8 1484 1476580 9 139, 140 Akola Gopalkhed Purna 119 12 0.8 404 401980 10 63 Akot Bhod Purna 160 30 0.8 1357 1350215 11 18, 19, 20, 26, 27, 34, 35 Tehlara Daula Purna 165 10 0.5 291 289545 12 72, 73, 74 Tehlara Purna 180 19 1 1208 1201960 13 69 Tehlara Wangargaon Purna 150 20 0.6 636 632820 14 105, 132, 140, 165, 119, Tehlara Adsul 102, 131, 163 Purna 400 6 1 848 843760 15 228, 235, 236, 238 Tehlara Umari Purna 190 10 1 671 667645 16 36 to 45 Balapur Andura 2 Purna 205 4 0.9 261 259695 17 227, 228, 230 to 234, 215 to Tehlara Ner 218, 210 to 213 Purna 590 20 0.8 3335 3318325 12 to 15, 17, 18, 21 to 23, Borgaon 18 Balapur 32 to 39, 52 to 55, 285 to Purna 400 4 0.6 339 337305 Vairale 292, 296, 19 22, 23, 24, 31, 32, 47, 59 to Balapur Purna 290 4 0.7 287 71, 75 285565 622 to 624, 626, 627, 20 Balapur Andura 1 630,635,631, 639,642, 662 Purna 325 15 1 1722 1713390 to 669, 676, 675, 677, 681 3, 251, 248, 233, 232, 231, 21 Balapur Nagad 229, 228, 227, 226, 225, Purna 334 12 0.6 850 845750 224, 223, 177, 173, 172 22 2 to 4, 36 to 44, 239 Balapur Sagad Purna 280 12 0.6 712 708440 858, 859, 861, 862, 863, 23 Balapur Hata 864, 694, 767, 14, 15, 16, Purna 598 12 0.9 2282 2270590 35, 36, 39 to 43 24 112, 113, 1,2, 3, 4, 5 Balapur Dagadkhed Purna 105 15 0.5 278 276610 25 1, 2, 3, 10, 15, 204,192, 198 Balapur Mokha Purna 325 12 0.8 1102 1096490 26 99 to 101, 93, 88, 89, Balapur Kajikhed 1 128,129,131 to 133 Purna 550 10 1 1943 1933285 27 155 to 159 Balapur Swarupkhed Purna 350 15 0.9 1670 1661650 28 4, 5, 6, 9, 40, Murtizapur Sangwi 1 Purna 675 15 0.5 1789 1780055

29 80, 78, 67, 68 Murtizapur Sangwi 2 Purna 465 23 0.4 1512 1504440

30 105, 106, 107 Murtizapur Dapura 1 Purna 217 20 0.8 1227 1220865 31 14, 15 Murtizapur Dapura 2 Purna 292 20 0.8 1651 1642745

32 217, 218 Murtizapur Parad Purna 100 20 0.8 565 562175

33 1, 2, 22, 23, 235 to 241 Murtizapur Wirwada Purna 520 30 0.8 4410 4387950

34 2, 3,4, 5, 6 ,113 Murtizapur Ghungshi H. Purna 230 33 0.8 2146 2135270

35 37, 38, 39, 2, 3 Murtizapur Mungshi Purna 510 20 0.8 2883 2868585

36 274, 275, 276, 277 Murtizapur Sangwa Mel Purna 615 17 1 3694 3675530

37 468, 473,474,475 Murtizapur Bhatori Purna 500 20 0.8 2827 2812865 38 37, 7, 6, 5, 4 Akola Bramhpuri Purna 304 18 0.8 1547 1539265 39 Khaparwada 63 Murtizapur Purna 319 20 0.8 1804 1794980 1 40 Khaparwada 37, 38, 39, 40 Murtizapur Purna 294 20 0.8 1662 1653690 2 41 3, 5, 8 Murtizapur Yendli Purna 105 15 0.8 445 442775

42 83, 11/1 Murtizapur Pingla 1 Purna 340 15 0.6 1081 1075595

43 77, 78, 80, 84, 86 Murtizapur Pingla 2 Purna 340 15 0.6 1081 1075595

44 1, 2, 3, 243 to 247, 249 Murtizapur Durgwada Purna 540 15 0.8 2290 2278550 45 67,69 Akola Vallabhnagar Morna 65 15 0.5 172 171140 46 Gaothan Akola Faramarbad Morna 20 10 0.4 28 27860 47 71, 72, 74 Akola Sangwi Kh. Morna 55 15 0.4 117 116415 10 to14,7, 603 to 611, 571,555, 5, 6, 15, 578, 602, Balapur Hatrun Morna 90 10 0.5 159 158205 48 601, 600, 612, 622, 554 to 558 77, 76, 81, 93, 97, 98, ते 49 Barshitakli Sindkhed 124, 127, 153 157, Morna 99 10 0.5 175 174125 160, 160/2 Sukli 3, 2, 4 50 Barshitakli Warkhed Morna 156 10 0.6 331 329345 Shivar 51 5, 6, 7 Akola Jawala Bk Katepurna 32 30 0.5 170 169150

52 33 Akola Chandi pend Katepurna 22 15 0.6 70 69650

53 2, 4 Akola Takli Pote Katepurna 80 20 0.4 226 224870 54 adjecant to Gaothan Murtizapur Samsherpur Katepurna 20 10 0.3 21 20895

55 34, 35, 36 Murtizapur Datala 1 Katepurna 250 15 0.4 530 527350

56 34, 35, 36, 25 Murtizapur Shelu Najak Katepurna 140 15 0.5 371 369145

57 Mangurl Murtizapur Katepurna 210 15 0.4 445 442775 Kambe 58 1, 4, 11 Murtizapur Jambha Bk Katepurna 70 12 0.6 178 177110

59 141, 142, 145 Murtizapur Gajipur Katepurna 40 20 0.3 85 84575

60 3, 4, 5, 6, 7 Murtizapur Salatwada Katepurna 35 15 0.4 74 73630

61 259 Murtizapur Goregaon Katepurna 30 16 0.6 102 101490

62 24,25 Barshitakli Donad kh Katepurna 227 10 0.5 401 398995

63 1 Barshitakli Khambora Katepurna 53 15 0.5 140 139300

64 25, 160, 159, 158, 157, Barshitakli Nimbhara Katepurna 30 15 0.5 80 79600 152 65 7 Barshitakli Rahit Katepurna 57 15 0.5 151 150245

173 ते 176, 182, 185, 66 Barshitakli Donad Bk Katepurna 113 15 0.8 479 476605 188, 204 67 1, 18, 17 Barshitakli Douchaka Katepurna 76 15 0.5 201 199995 736, 720,722, 583, 582, 68 Tehlara Sirsoli 580,579,578,575,705,706,70 Vidrupa 150 3.5 0.5 93 92535 7,590 69 62 to 65, 16,17,70,72 Tehlara Manatri kh Vidrupa 180 7 0.6 267 265665

70 51, 50 e, 73e, 76, 68, 52, 78, Tehlara Manatri Bk 67, 69 Vidrupa 215 5 0.7 266 264670 71 57,56,55,54,53,52,47,51,49 Tehlara Khakta Vidrupa 97 5 0.5 85 84575 106, 109, 108, 105, 114, 72 Tehlara Talegaon Bk 126, 120, 119, 118, 109, Vidrupa 300 4 0.5 212 210940 112, 171, 16, 174, 75, 77 87, 86, 68, 75, 76, 79, 329, 73 Tehlara Talegaon Kh 330, 497, 69 to 74, 14 to 18, Vidrupa 150 2 0.3 32 31840 1, 4 1, 26, 25, 98, 101, 104, 108, 74 Tehlara Atkali 111, 278, 271, 279 to 281, Vidrupa 50 5 0.3 26 25870 283, 264, 265 75 3, 4, 5, 45, 19, 100, 48, 67 Tehlara Bhokar Vidrupa 90 3 0.6 57 56715 723, 735,728,757,766,803,586, Tehlara Pathardi 2 553, 587, 97, 7,95, 94, 96, Vidrupa 90 5 0.5 79 78605 76 62, 61, 102, 86, 66, 50, 220, 41, 40, 790, 541, 506 583 to 587, 595 to 604, 77 Balapur Dongargaon 630 to 641, 653 to 665, 1, Man 355 8 0.4 401 398995 2, 5, 6, 7 78 3,6 to 13,15, 16, 17, 207, Balapur Kalamba kh Man 50 10 0.7 123 122385 208, 1 ते 5, 301, 297, 279, 79 Balapur Kasura 277, 276, 273, 272, 270, Man 50 15 0.6 159 158205 269 80 Kalambi 224, 225 & 1 Balapur Man 50 10 0.4 71 70645 Maha 618, 630, 650, 645 to 647, 81 Balapur Lohara 1 558 to 567, 570 to 582 Man 445 9 0.5 708 704460

91 to 95, 113 to 118, 134, 82 Balapur Lohara 2 139, 806, 807, 894, 895, 901 Man 535 9 0.4 681 677595 to 913, 954, 959 83 1 e, 5e, 14, 15, 19, 23, 29 Patur Tulanga Kh Man 655 7 0.3 486 483570

84 35 Murtizapur Bramhi Kh Kamalganga 100 15 0.4 212 210940

85 4,5 Murtizapur Kharabnawale Kamalganga 30 5 0.3 16 15920

86 39, 40, 4 Murtizapur Waghjali Kamalganga 200 14 0.3 297 295515

87 17, 18, 128, 129 Murtizapur Hendaj Kamalganga 59 5 0.4 42 41790

88 1, 2, 63, 64 Murtizapur Matoda Kamalganga 30 5 0.3 16 15920

89 18, 19 Murtizapur Tiptala 1 Kamalganga 100 20 0.3 212 210940 Adgaon Bu. 155, 164, 142, 145, 184, 204, 205, 192, Tehlara nagar Bordi 98 5 0.5 87 86565 90 193, 206 Shivaji Nagar 68, 59, 67, 66, 60 91 16 to 20, 32 to 34, 1 Patur Belura Bk Bordi 190 7 0.4 188 187060 47, 57, 58, 243, 232, 236, 92 Patur Belura Kh 234, 235, 237 Bordi 210 9 0.4 267 265665 93 1, 2, 3, 4, 120 Patur Malsur Vishwamitra 140 10 0.6 297 295515

94 138, 71, 56, 68, 69, 71, Patur Channi Vishwamitra 42 10 0.5 74 73630 101 95 56, 47, 48 Patur Khetri Vishwamitra 70 15 0.4 148 147260 96 15, 16, 66 Murtizapur Kolsara 3 Pedhi 300 15 0.4 636 632820

97 14, 15, 138, 139, 147, Murtizapur Lonsana 150, 152, 154 Pedhi 415 16 0.3 704 700480 98 33, 35 ,84, 101 Murtizapur Kawtha Kh2 Pedhi 740 15 0.4 1569 1561155

99 294, 282, 226, 257, 58, Murtizapur Khadad 2 Pedhi 120 5 0.6 127 126365 59, 60 100 Gothan Murtizapur Hiwra Korde Pedhi 150 15 0.9 716 712420

101 135, 138, 43, 134 Murtizapur Sonori Pedhi 514 18 0.5 1635 1626825

102 419 Murtizapur Bapori Pedhi 230 17 0.3 414 411930

103 108 Murtizapur Ballarkhed Pedhi 50 10 0.4 71 70645 94, 98, 97, 46, 48, 10 , 11, Khaparwada Murtizapur 12, 13, 18, 19, 20, 99, Uma 950 11 0.4 1477 1469615 104 3 103, 9, 8, 7, 6, 5, 264

105 140, 139, 138,170 Murtizapur Borta Uma 60 10 0.3 64 63680

106 143, 239, 238, 237, 236, Murtizapur Langhapur Uma 110 10 0.3 117 116415 235 107 4, 33, 34, 35, 37 Murtizapur Gunjwada Uma 110 15 0.3 175 174125

106 ते 109, 112,113, 104, 108 Murtizapur Takwada 103, 2, 3, 126, 97, 98, 99, Uma 850 11 0.3 991 986045 101, 102, 1, 7, 5, 6, 4 109 72,64 Murtizapur Rohana 1 Uma 50 10 0.5 88 87560

110 Andhar 14, 28, 6, 7, 11, 10, 8 Patur Nigurna 60 8 0.3 51 50745 sangwi 111 13, 14, 45e, 31 Patur Charangaon Nigurna 80 10 0.5 141 140295

112 42, 41,159,163, 164 Tehlara Malthana Bk Chillar Nala 70 5 0.4 50 49750

113 40,38,36, 191, 194, 186, Tehlara Malthana Kh 183, 195, 196 Chillar Nala 84 5 0.3 45 44775 114 Wadi 42, 55, 41 Tehlara Nagzari 50 5 0.5 44 43780 adampur 115 35, 61 Tehlara Isapur Nagzari 22 8 0.4 25 24875 47, 45, 44, 42, 717 to 721, 745, 709 to 714, 701, 702, Tehlara Danapur Wan 300 10 0.6 636 632820 116 703, 667, 658, 664, 666, 667, 670, 655, 650 117 44, 45, 43 Tehlara Jafrapur Gautama 12 15 0.3 20 19900 118 61 to 67, 89, 90, 86, 87, 91, Patur Raher 84, 85, 1, 12, 2 Utawali 85 20 0.6 360 358200 119 52, 60,63, 59 Murtizapur Rohana 2 Rohana 50 5 0.6 53 52735

Details of Royalty or Revenue received in last three years (fig.in lacks) District Year 2014-15 Year 2015-16 Year 2016-17 Target Achievement % Target Achievement % Target Achievement %

Akola 3100 1712.84 55.25 4200 2757.20 65.64 4200 2900 69.05

Detail of Production of Sand

District Year No. of Auctioned sand Deposition Revenue Ghat received 2014-15 104 70840 527.62 Akola 2015-16 107 81371 704.25 2016-17 116 84522 899.53

Process of Deposition of Sediments in the rivers of the District :

Sand is replenishable. Due to sparse rainfall over the last few years the river flows to an average height but flows to its maximum height only during and just after monsoon season. Mining of Building Grade sand from the river bed will not have any impact on the ground waterbody in the area. During heavy rains the floodwaters overflow the bank and inundate the fields and dry regions. The floods have its own ways of depositing sand not only at the bank but also on the dry surface region. Added to the deposition of sand on the river basin by stratification through lateral deposition of sands on the land surface is by Differential Lateral Deposition (DLD). The later grade is coarse, medium and fine sand to mud and soil beyond. In this soil, agricultural operation goes on from the bank to the cultivated land surface.

The yearly deposition of sand is by natural filling during flood season with slight variation depending upon the amount of river flow, the quantity of water flowing and the amount of sand load carried during the river flow. The deposition pattern will be monitored every year & measurements will be carried out as soon as the monsoon comes to an end. Deposition rate for the year 2018-19 is monitored, calculated and mapped with the help of technical consultant. Data for gauging of stream is mapped and enclosed below. Data for Siltation is mapped and enclosed..

Based on siltation rate and survey every year sand ghats are proposed for scooping of sand and auctioned as per the State Government Policy empowered under rule 15 of Mines and Minerals (Development and Regulation) Act 1957 and amendments thereof.

Sediment refers to the conglomerate of materials, organic and inorganic, that can be carried away by water, wind or ice. While the term is often used to indicate soil-based, mineral matter (e.g. clay, silt and sand), decomposing organic substances and inorganic biogenic material are also considered sediment. Most mineral sediment comes from erosion and weathering, while organic sediment is typically detritus and decomposing material such as algae.

Sediment particles come in different sizes and can be inorganic or organic in origin. These particulates are typically small, with clay defined as particles less than 0.00195 mm in diameter, and coarse sand reaching up only to 1.5 mm in diameter. However, during a flood or other high flow event, even large rocks can be classified as sediment as they are carried downstream. Sediment is a naturally occurring element in many bodies of water, though it can be influenced by anthropogenic factors.

In an aquatic environment, sediment can either be suspended (floating in the water column) or bedded (settled on the bottom of a body of water) In other words water flow tries to scour its surface whenever it flows in the channel. Silt or gravels even larger boulders are detached from its bed or banks. The moving water sweeps these detached particles in downstream along its flow. Silting and scouring is not very uncommon and must be avoided by proper designs. It reduces supply level of water. The channel section gets reduced by silt and reduces discharging capacity. Sediments seriously threatens various projects due to silt carried out by rivers up to point of interceptions. Sediment is also threatening denudation of forests. Sediment is a major obstruction on the flow line . It shorten longevity of channel. It causes soil erosion. Therefore data base must be needed for policy making and planning. Coarse Particle size above 0.2mm Water sample passing through 100/72 mesh sieve Sediments (BSS). Residue over sieve is washed, dried and weighed It gives coarse sediments in gm/lit Medium Particle size ranging 0.075mm - After removal of coarse sediments res idual water Sediments 0.2mm passed through 200mesh sieve (BSS), we get medium sements Fine Particle size less than Filtrate and washing residue allowed to settle for Sediments 0.075mm 12hrs. About 5-10 % alum solution is added to hasten coagulation of colloidal silt Using Whatman Paper no 02 filter paper, residue is filtered, dried and weighed. We will get fine sediments in gm/lit

Co-relation between Siltation & Sediment Load

Siltation is deposition by fine particulate terrestrial clastic material, with a particle size dominated by silt or clay. It refers both to the increased concentration of suspended sediments, and to the increased accumulation (temporary or permanent) of fine sediments on bottoms where they are undesirable. Siltation is most often caused by soil erosion or sediment spill.

Sometimes siltation is called sediment pollution. The total Sediment load includes all particles moving as bedload, suspended load, and wash load

Bedload

Bedload is the portion of sediment transport that rolls, slides or bounces along the bottom of a waterway. This sediment is not truly suspended, as it sustains intermittent contact with the streambed, and the movement is neither uniform nor continuous . Bedload occurs when the force of the water flow is strong enough to overcome the weight and cohesion of the sediment While the pa’rticles/ are pushed along, they typically do not move as fast as the water around them, as the flow rate is not gr/eat enough to fully suspend them. Bedload transport can occur during low flows (smaller particles) or at high flows (for larger particles). Approximately 5-20% of total sediment transport is bedload . In situations where the flow rate is strong enough, some of the smaller bedload particles can be pushed up into the water column and become suspended.

Suspended Load

While there is often overlap, the suspended load and suspended sediment are not the same thing. Suspended sediment are any particles found in the water column, whether the water is flowing or not. The suspended load, on the other hand, is the amount of sediment carried downstream within the water column by the water flow. Suspended loads require moving water, as the water flow creates small upward currents (turbulence) that keep the particles above the bed . The size of the particles that can be carried as suspended load is dependent on the flow rate . Larger particles are more likely to fall through the upward currents to the bottom, unless the flow rate increases, increasing the turbulence at the streambed. In addition, suspended sediment will not necessarily remain suspended if the flow rate slows.

Wash Load

The wash load is a subset of the suspended load. This load is comprised of the finest suspended sediment (typically less than 0.00195 mm in diameter). The wash load is differentiated from the suspended load because it will not settle to the bottom of a waterway during a low or no flow period. Instead, these particles remain in permanent suspension as they are small enough to bounce off water molecules and stay afloat. However, during flow periods, the wash load and suspended load are indistinguishable. Turbidity in lakes and slow moving rivers is typically due the wash load. When the flow rate increases (increasing the suspended load and overall sediment transport), turbidity also increases. While turbidity cannot be used to estimate sediment transport, it can approximate suspended sediment concentrations at a specific location.

River Dynamics (Physical)

The major part of the district comes under Purna-Tapi basin. Purna is the main river flowing through the district. Katepurna, Uma, Morna, Man and Nirguna, which are the tributaries of the Purna. The Purna river meanders with convex & concave shape. The river in its course impinges on convex side. The concave side abounds with sand grain. The mining operation is most profitable on the concave side. There is yearly deposition of sand as the amount of sand excavated gets redeposit in the pits by natural filing during flood season with slight variation depending upon the amount of river flow, the quantity of water flowing and the amount of sand load carried during the river flow. The deposition pattern will be monitored every year & measurements will be carried out as soon as the monsoon comes to an end and fresh excavation will be carried.

Stream Flow Guage Map for rivers in Akola district :

*cum/min

Siltation is mapped for the rivers using slope –discharge-silt formula as below

. 

       ..    



             

   

   

  .   .           .      .                 .                  .         .    .  .                . .  .          .                 .    . .       .   .       .  .  ...  .        ..   

   .     .  ... .  .

              

                    

                           

                               

                                                     

             .                 . .  .  .     .  . ....  ..   .           ..   ..         .   .          . .             . .       .    .         

                                                                    

                                    

 ...  .    .   

      .                         

                 

 .    ..                        .   

  .    .               .       .  .      .       .       .        .   .   .           ..  .             .                  . .          .      .        .  .          .       

     .      .    .        

..      .. . ELEVATION EXISTING CHAINAGE 242.700 243.200 243.700 244.200 244.700 245.200 245.700 246.200

245.500 00.00

245.497 10.00

245.494 20.00

245.491 30.00

245.488 40.00 SECTION ( 2000, ( H SECTION V 100) 245.485 50.00

245.482 60.00 B.L.M. 244.675

245.479 70.00 SAND

245.476 80.00

245.474 90.00

245.471 100.00

245.468 110.00

245.465 120.00

245.462 130.00

245.459 140.00

245.456 150.00

245.453 165.00

Y

D

O B

R E T A

W P urna River BP-4 PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 BP-1 (Upto 0.8m. depth thefrom Deposit) sand 245.48 245.50 DEPOSIT EXPOSED SAND EXPOSEDSAND 245.45 BP-3 245.48 BP-2 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY INDEX BP SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT Area ha.,Area of =0.5280 Date Suvey: 05.12.17 Nearest Gut No. 63 Mauja: Bhod Bhod Gut Tq. Nearest 63 No.Akot Mauja: AND AND BELIEFIS THIS CORRECT PLAN TahsildarSGY/Successful Bidder Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE 247.650 248.150 248.650 249.150 249.650 250.150 250.650 251.150

250.350 00.00

250.347 10.00

250.345 20.00 BP-1

250.342 30.00 250.30 BP-4

250.339 40.00

W

A 250.337 50.00 T E R

B O 250.334 60.00 D Y

250.332 70.00 SECTIONV(H 1000, 100)

250.329 80.00 B.L.M. 249.625 SAND

250.326 90.00 PRODUCTION PROGRAMME 30.09.2019 UPTO (Upto 0.7Deposit) m. depthsand the from

250.324 100.00

P u DEPOSIT r EXPOSEDSAND n a

250.32 250.321 110.00 R

iv W e A r T E 250.318 120.00 R

250.32 B O D Y 250.316 130.00

250.313 140.00

250.311 150.00

250.308 160.00

250.305 170.00

250.303 185.00 PLANTATION EXPOSED SAND DEPOSIT MINING LEASE BOUNDARY RAMP PLAN &PRODUCTION SECTION 250.35 THIS IS TO KNOWLEDGE CERTIFY MY THATOF TO THEBEST QUARRYTO LEASE GRANTED FOR EXPOSED DEPOSITE SAND NearestGutNo.37,8,7,6,5,4,1,2 Akola Mauja: Bramhapuri Tq. CERTIFIEDON BASED THAT THEPREPARED PLANIS BP-3 THE LEASE MAP AUTHENTICATEDMAP THETHE STATELEASE BY DEVELOPMENT AND Area =0.4255ha., Dateof Suvey:05.12.17 AND BELIEFCORRECT THISIS PLAN Tahsildar(SGY)/Successful Bidder INDEX Dist.: Akola Akola Dist.: (Maharashtra) RQP/NGP/467/2013/A SIGN.OFQ. R. P. (SCALE-- 1:1000) Sand GhatAt A. P. SARAF GOVT. BP SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT Plate No. 4 ELEVATION EXISTING CHAINAGE 233.600 234.100 234.600 235.100 235.600 236.100 236.600 237.100

236.400 00.00

236.398 10.00

236.397 20.00

W

A 236.395 30.00 W T A E T R E SECTION ( 1000, ( H SECTION V 100) R B

B.L.M. 235.590 O

B 236.393 40.00 D O

SAND Y D Y

236.392 50.00 BP-1 BP-4 236.390 60.00 236.38

236.388 70.00

236.387 80.00 P U R N A

236.385 90.00 R I V

PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 E R (Upto 0.8m. depth thefrom Deposit) sand

236.383 100.00 DEPOSIT EXPOSED SAND EXPOSEDSAND 236.382 105.00 236.39 236.39 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY INDEX 236.40 BP-2 BP-3 BP SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT

W

A T E R

B O D Y PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY Nearest GutBalapur No.112,.113,1,2,3,4,5 Tq. Dagadkhed, Mauja: QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT Area ha.,Area of =0.1575 Date Suvey: 07.11.17 TAHSILDAR (SGY)/SUCCESSFULBIDDER AND AND BELIEFIS THIS CORRECT PLAN Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:1000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION CHAINAGE 260.050 260.550 261.050 261.550 262.050 262.550 263.050 262.50 BP-1 BP-4

262.550 00.00

262.546 40.00

W A T E R B O W D 262.543 80.00 Y A T E R B O D Y 262.539 120.00

262.536 160.00 SECTIONV(H 3000, 100)

262.532 200.00 B.L.M. 262.23 P R O ( D U U

SAND p C t o T I 0 O . E 3 N D X

m E P P P O . R O S d O e S E G p I D t T h R S A f A r M o N m M D

t E h e U

262.529 240.00 s P a T n O d

D 3 0 e . p 0 o 9 . s 2 it 0 ) 1 9

262.525 280.00 S H A N U R

R IV E R 262.521 320.00 262.53 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY 262.53

262.518 360.00 INDEX 262.514 400.00

W W A A T T E E R R

B B O O D D 262.511 440.00 Y Y BP SECTIONLINE RIVER BANK BOUNDARY PILLARS PIT LIMIT

262.507 480.00

262.504 520.00 PLAN &PRODUCTION SECTION NearestGut No.246 248,252to To 267,270, To 257,260,263 263,264,267,270,273,274,276Mauja: Tq. Dahihanda, Akola THIS IS TO KNOWLEDGE CERTIFY MY THATOF TO THEBEST QUARRYTO LEASE GRANTED FOR EXPOSED DEPOSITE SAND CERTIFIEDON BASED THAT THEPREPARED PLANIS THE LEASE MAP AUTHENTICATEDMAP THETHE STATELEASE BY DEVELOPMENT AND Area =1.020 Dateha., Suvey:12.06.17 of AND BELIEFCORRECT THISIS PLAN TahsildarSGY/Successful Bidder Dist.: Akola Akola Dist.: (Maharashtra) RQP/NGP/467/2013/A SIGN.OFQ. R. P. SandAt Ghat (SCALE-- 1:3250) A. P. SARAF GOVT. BP-2 BP-3 262.55 Plate No. 4 ELEVATION CHAINAGE 250.220 250.720 251.220 251.720 252.220 252.720 253.220

252.720 00.00 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY

252.716 20.00

252.712 40.00 INDEX BP-4 252.708 60.00 252.67 252.67

SECTION ( 2000, ( H SECTION V 100) W

BP

252.705 80.00 A

T BP-1 E

SECTIONLINE R BOUNDARY PILLARS RIVER BANK

PIT LIMIT

B

O

252.701 100.00 B.L.M. 252.325 D

Y W

SAND A T

E

R

B

252.697 120.00 O

D Y PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 (Upto 0.4m. depth thefrom Deposit) sand 252.693 140.00 DEPOSIT EXPOSED SAND EXPOSEDSAND

252.689 160.00

252.685 180.00

P

W U

R

252.682 200.00 A N T

E A

R

252.70

R

B

I

V

O

E D

R 252.678 220.00 Y

252.674 250.00

W

A

BP-3 T

E

R

B

252.72 O

D Y BP-2 PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND NearestGutNo.7,8,5,307,306,303,274,272,279,271, CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT Area Area ofha.,=1.25 Date Suvey: 12.06.18 AND AND BELIEFIS THIS CORRECT PLAN 270,268,269,264,271,254,253, Tahsildar-SGY/Successful Bidder Mauja: Ekalara Tq.Akola Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. Sand Ghat At (SCALE-- 1:2000) ______GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE BP-4 BP-1 230.650 231.150 231.650 232.150 232.650 233.150 233.650 233.40

233.450 00.00

233.447 40.00

W

A

233.443 80.00 T

E

R

B

O

233.440 120.00 D

W Y

A

T

E

233.437 160.00 R

B

O

D SECTION ( 4000, ( H SECTION V 100) 233.433 200.00 Y B.L.M. 232.625

233.430 240.00 SAND

233.427 280.00

233.423 320.00

233.420 360.00

233.417 400.00

233.413 440.00 PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019

P (Upto 0.7m. depth thefrom Deposit) sand

U

R

233.410 480.00 N DEPOSIT EXPOSED SAND EXPOSEDSAND A

R

I V

E

233.407 520.00 R PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY

233.403 550.00 233.38 233.38 INDEX

W

A

T

E

BP R

B

O SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT

D W

Y

A

T

E

R

B

O

D

Y PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON Nearest Gut No.99to103,93,88,89,111to113,125to129, LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT TAHSILDAR (SGY)/SUCCESSFULBIDDER Area Area ofha.,=0.55 Date Suvey: 22.11.17 AND AND BELIEFIS THIS CORRECT PLAN 131to133 Mauja:Balapur Tq. Kajikhed, Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2000) Sand At Ghat A. P. SARAF GOVT. BP-2 Plate No. BP-3 233.45 4 ELEVATION CHAINAGE 249.890 250.390 250.890 251.390 251.890 252.390 252.890 BP-4 252.34

252.390 00.00

BP-1

W A

252.387 50.00 T E

R

W

B

A

O

T

D

E

Y

R

252.383 100.00

B

O

D Y

252.380 150.00 PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 (Upto 0.5m. depth thefrom Deposit) sand

252.377 200.00 DEPOSIT EXPOSED SAND EXPOSEDSAND

252.373 250.00 SECTIONV(H 4000, 100)

252.370 300.00 B.L.M. 251.865

252.36 P SAND

252.367 350.00 U

R

N

A

252.36

R

I V

252.363 400.00 E R

252.360 450.00

W

A

T

E

R

W

252.357 500.00 B

A

O

T

D

E

PLANTATION Y

EXPOSED SAND DEPOSIT R RAMP MINING LEASE BOUNDARY

B

O

252.353 550.00 D Y

252.350 600.00 INDEX

252.347 650.00 BP 252.39 BP-3

252.343 701.00 SECTIONLINE RIVER BANK BOUNDARY PILLARS BP-2 PIT LIMIT PLAN &PRODUCTION SECTION THIS IS TO KNOWLEDGE CERTIFY MY THATOF TO THEBEST QUARRYTO LEASE GRANTED FOR EXPOSED DEPOSITE SAND CERTIFIEDON BASED THAT THEPREPARED PLANIS THE LEASE MAP AUTHENTICATEDMAP THETHE STATELEASE BY DEVELOPMENT AND Area =3.775 Dateha., Suvey:15.2.18 of AND BELIEFCORRECT THISIS PLAN Nearest Gut No.204-207,219,223-226 TahsildarSGY-Akola/Successful Bidder Kapileshwar,Tq.Mauja: Akola Dist.: Akola Akola Dist.: (Maharashtra) RQP/NGP/467/2013/A SIGN.OFQ. R. P. (SCALE-- 1:4000) SandGhat At A. P. SARAF GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE 247.530 248.030 248.530 249.030 249.530 250.030 250.530 251.030

250.330 00.00

250.328 20.00 BP-1

250.326 40.00 BP-4 250.30 250.324 60.00

250.323 80.00 W

A

SECTION ( 2000, ( H SECTION V 100) T 250.321 100.00 E R

B

O

250.319 120.00 D

Y PRODUCTION PROGRAMME30.09.2019 UPTO B.L.M. 249.515 (Upto 0.8 m.Deposit) depth sand fromthe SAND 250.317 140.00 DEPOSIT EXPOSED SAND EXPOSEDSAND

250.315 160.00

P 250.313 180.00 u r

n 250.32 a

R

250.311 200.00 iv 250.32 e r

250.309 220.00

250.308 240.00 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY

250.306 260.00

250.304 280.00 INDEX

250.302 300.00 BP BP-2 SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT 250.33 BP-3 PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND Nearest Akola Gut Tq. No.1,2,58,101,134,135Kati Mauja: CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT AND AND BELIEFIS THIS CORRECT PLAN Area Area ofha.,=0.69 Date Suvey: 13.2.18 TahsildarSGY/Successful Bidder Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2500) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION CHAINAGE 246.300 246.800 247.300 247.800 248.300 248.800 249.300

248.800 00.00 248.75 248.797 50.00 BP-1 BP-4

248.793 100.00

248.790 150.00

248.787 200.00

248.783 250.00 B.L.M. 248.275

W

A

W

T

248.780 300.00 SAND

A

E SECTION ( 4000, ( H SECTION V 100)

T

R

E

R B

O

B

D

O

Y

D

248.777 350.00 Y

P

R

O

(

U

D

p

U

t

C o

T

0

I

.

O

6

N

m

D

E

P .

d E

X

R

e P

248.773 400.00 P

O

p

O

O

G

t

h

S

S

R

I

f E

T

A r

o

D

M

m

S

M

t

A

h

E

N

e

U

D

s

P

a

T

n

O d

D

3

e

0

p

.

0

o

9

s

.

i

2

t

)

0 1 248.770 450.00 9

248.767 500.00 248.83 248.83 PLANTATION EXPOSED SAND DEPOSIT

RAMP MINING LEASE BOUNDARY

P U

248.763 550.00 R

N

A

R

I

V

E R 248.760 600.00 INDEX

248.757 650.00

248.753 680.00 BP

SECTIONLINE W BOUNDARY PILLARS RIVER BANK PIT LIMIT

A

T

E

W

R

A

B

T

O

E

D

R

Y

B

O

D

Y PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON NearestAkot Tq. Gut No.41,39,40,33Keliweli, Mauja: LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT Area Area ofha.,=1.02 Date Suvey: 19.07.17 AND AND BELIEFIS THIS CORRECT PLAN TahsildarSGY/Successful Bidder Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:3000) Sand GhatAt A. P. SARAF GOVT. BP-3 BP-2 248.80 Plate No. 4 ELEVATION EXISTING CHAINAGE 446.000 446.500 447.000 447.500 448.000 448.500 449.000

448.500 00.00

448.496 15.00

448.493 30.00 BP-4 448.45 448.489 45.00 2000, ( H SECTION V 100) BP-3

448.486 60.00

448.482 75.00

B.L.M. 447.975

W A SAND

448.479 90.00 T

E

W

R

A

B

448.475 105.00 T

O

E

D

R

Y

B

448.471 120.00 O

D Y 448.468 135.00

448.464 150.00 PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2018

448.461 165.00 (Upto 0.5m. depth thefrom Deposit) sand DEPOSIT 448.457 180.00 EXPOSEDSAND

448.454 200.00

A

a

d

R

448.48 i

448.48

v

e

r

PLANTATION

EXPOSED SAND DEPOSIT

RAMP MINING LEASE BOUNDARY

W

A

T E

INDEX

R

B

O

D

W

Y

A

T

E

R

BP B

O D SECTIONLINE BOUNDARY PILLARS RIVER BANK

PIT LIMIT Y PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND Nearest Gut No.2,39,38,36 Mauja: Khirkhund Bk.Khirkhund Mauja: Gut Nearest No.2,39,38,36 Tq. Akot CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT BP-1 AND AND BELIEFIS THIS CORRECT PLAN Area Area ofha.,=0.20 Date Suvey: 11.2.18 TahsildarMahsul/Successful Bidder 448.50 Dist.: Akola (Maharashtra) BP-2 RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE 261.550 262.050 262.550 263.050 263.550 264.050 264.550 265.050

264.550 00.00 BP-8 264.50 BP-1

264.547 50.00

264.543 100.00 BP-7

264.540 150.00 264.51 BP-2

W

A

T

264.537 200.00 E

R

B

O

D

Y 264.533 250.00 SECTION ( 4000, ( H SECTION V 100)

264.530 300.00 B.L.M. 263.525 SAND 264.52 264.527 350.00

P U 264.523 400.00 R N A

R I V E R 264.520 450.00 PRODUCTION PROGRAMME UPTO30.09.2019 (Upto 1.0m. depth thefrom Deposit) sand DEPOSIT EXPOSED SAND EXPOSEDSAND

264.517 500.00 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY

264.513 550.00 BP-3 264.53 BP-6

264.510 600.00

INDEX W A T E R B O D 264.507 650.00 Y BP

264.503 700.00 SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT BP-4 264.55 BP-5 PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON Nearest Gut No.1,2Murtijapur Tq. , , Mauja: Lakhpuri LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT Area Area = Date 0.90 ofSuvey:ha., 03.08.17 AND AND BELIEFIS THIS CORRECT PLAN TahsildarSGY/Successful Bidder Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:3000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE 264.550 265.050 265.550 266.050 266.550 267.050 267.550 268.050

267.550 00.00

267.547 50.00 BP-4 BP-1 267.50 267.543 100.00

267.540 150.00 SECTIONV(H 4000, 100)

267.537 200.00 W

A

T

E

R

B O B.L.M. 266.525

267.533 250.00 D Y SAND

267.530 300.00

267.527 350.00

267.523 400.00 PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 (Upto 0.50 m.depth from Deposit) the sand 267.520 450.00 DEPOSIT EXPOSED SAND EXPOSEDSAND

267.517 500.00

P

U R

PLANTATION N

EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY

A

R I

267.513 550.00 V

E R 267.52 267.52

267.510 600.00 INDEX BP SECTIONLINE

RIVER BANK BOUNDARY PILLARS

PIT LIMIT W PLAN &PRODUCTION SECTION

THIS IS TO KNOWLEDGE CERTIFY MY THATOF TO THEBEST A

QUARRYTO LEASE GRANTED FOR EXPOSED DEPOSITE SAND

T

E R CERTIFIEDON BASED THAT THEPREPARED PLANIS

NearestGutNo.531 Lakhpuri Mauja: Tq. Murtijapur ,

THE LEASE MAP AUTHENTICATEDMAP THETHE STATELEASE BY

B O

DEVELOPMENT AND D

Area ha.,=1.05 Dateof Suvey:03.08.17 AND BELIEFCORRECT THISIS PLAN Y TahsildarSGY/Successful Bidder 267.55 Dist.: Akola Akola Dist.: (Maharashtra) BP-3 RQP/NGP/467/2013/A BP-2 SIGN.OFQ. R. P. (SCALE-- 1:3000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4

ELEVATION CHAINAGE 247.890 248.390 248.890 249.390 249.890 250.390 250.890

250.390 00.00 250.34

250.387 50.00 BP-8 BP-1

250.384 100.00 SECTIONV(H 4000, 100) 250.381 150.00 PRODUCTION PROGRAMME UPTO30.09.2019 (Upto 0.4m. depth thefrom Deposit) sand DEPOSIT EXPOSED SAND EXPOSEDSAND 250.378 200.00

250.374 250.00 BP-2 BP-7 B.L.M. 249.97 250.371 300.00

SAND W A T W E A R T B E O 250.368 350.00 R D B Y O D

Y 250.37

250.365 400.00 250.37

P U 250.362 450.00 R N A R IV E R 250.359 500.00 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY

250.356 550.00 BP-3 BP-6

250.353 600.00

INDEX

W

A W

T

A

E

T

R

E

250.349 650.00

B R

O

B

D

O

Y D

BP Y

250.346 700.00 SECTIONLINE RIVER BANK BOUNDARY PILLARS PIT LIMIT BP-5

250.343 750.00 BP-4 250.39 PLAN &PRODUCTION SECTION THIS IS TO KNOWLEDGE CERTIFY MY THATOF TO THEBEST QUARRYTO LEASE GRANTED FOR EXPOSED DEPOSITE SAND Nearest Gut No.4,17,18,19,20,21,38,39,40,41,43,45Nearest CERTIFIEDON BASED THAT THEPREPARED PLANIS THE LEASE MAP AUTHENTICATEDMAP THETHE STATELEASE BY DEVELOPMENT AND AND BELIEFCORRECT THISIS PLAN Area ha.,=1.42 Dateof Suvey:19.7.17 Tahsildar-SGYAkola/Successful Bidder Dist.: Akola Akola Dist.: (Maharashtra) Mauja: Rohna Mauja: Rohna Tq. Akola RQP/NGP/467/2013/A SIGN.OFQ. R. P. (SCALE-- 1:4000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE 234.650 235.150 235.650 236.150 236.650 237.150 237.650

237.450 00.00

237.447 20.00

237.443 40.00

237.440 60.00 SECTION ( 2000, ( H SECTION V 100) 237.437 80.00

237.433 100.00 B.L.M. 236.625 237.430 120.00 SAND

237.427 140.00 W A TE BP-1 R BO 237.423 160.00 DY BP-4 237.40 237.420 180.00

237.417 200.00 PU RN A RI 237.413 220.00 VE R PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 (Upto 0.8m. depth thefrom Deposit) sand

237.410 240.00 237.42 DEPOSIT 237.42 EXPOSED SAND EXPOSEDSAND W AT ER 237.407 260.00 B PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY O DY

237.403 280.00 INDEX 237.45 BP-2 BP-3 BP SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND Nearest GutBalapur No.2to4,36to44,239Tq. Sagad, Mauja: CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT Area Area Date =0.336 Suvey:ha., of 12.02.18 TAHSILDAR (SGY)/SUCCESSFULBIDDER AND AND BELIEFIS THIS CORRECT PLAN Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE 230.750 231.250 231.750 232.250 232.750 233.250 233.750 234.250

233.350 00.00

233.347 20.00

233.344 40.00 BP-1 BP-4

233.342 60.00 233.30

233.339 80.00 W A T E R SECTION ( 2000, ( H SECTION V 100) B 233.336 100.00 O D Y

233.333 120.00 B.L.M. 232.725 233.331 140.00 SAND

233.328 160.00 P U R N A 233.325 180.00 R IV

PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 E R (Upto 0.6m. depth thefrom Deposit) sand 233.322 200.00 DEPOSIT EXPOSED SAND EXPOSEDSAND

233.319 220.00

233.317 240.00 233.32 233.32

W 233.314 260.00 A PLANTATION T EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY E R B O 233.311 280.00 D Y

233.308 300.00 INDEX

233.306 320.00 BP

233.303 350.00 SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT 233.35 BP-2 BP-3 PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND Nearest Gut No.151to159,140,141,142,1Balapur Tq. Mauja: Swarupkhed, CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE DEVELOPMENT ANDDEVELOPMENT TAHSILDAR )/SUCCESSFUL(SGY BIDDER Area Area = Date 0.35 ofSuvey:ha., 12.02.18 AND AND BELIEFIS THIS CORRECT PLAN Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4 ELEVATION EXISTING CHAINAGE

243.750 244.250 244.750 245.250 245.750 246.250 246.750 W

A

T

E

R

B

246.350 00.00 O

D Y

246.346 10.00

246.343 20.00 BP-4 BP-1 246.30

246.339 30.00

246.336 40.00 W

A T

B.L.M. 245.725

E R

SAND

246.332 50.00 B

SECTION ( 1000, ( H SECTION V 100) O

D Y

246.329 60.00 PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019 (Upto 0.70 m.depth from Deposit) the sand 246.325 70.00 DEPOSIT EXPOSED SAND EXPOSEDSAND

246.321 80.00

P

u

r

n

a

246.318 90.00 R

246.38

i

v

e

r

246.314 100.00

246.311 110.00

246.307 120.00

246.304 130.00 BP-3

246.35

W A

BP-2

T

E

R

B

O

D Y PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY NearestGutNo.125,124,128,127,151to153,163 To170,9to12,17,18,19 THIS IS TO CERTIFYKNOWLEDGE MY THATOF TO BEST THE QUARRY LEASEQUARRY EXPOSEDFOR TO SAND DEPOSITE GRANTED PRODUCTIONSECTION & PLAN CERTIFIED CERTIFIED THE THAT ISON PLAN PREPARED BASED THE THE LEASETHE STATE MAPBY AUTHENTICATED Area Area ha.,=0.195 of Date Suvey: 06.12.17 AND BELIEF CORRECT THISIS PLAN Mauja: Akola Hingna Tq. Tamaswadhi DEVELOPMENT ANDDEVELOPMENT INDEX Tahsildar Tahsildar SGY/Successful Bidder Dist.: Akola (Maharashtra) RQP/NGP/467/2013/A SIGN. OF SIGN.OF R. Q. P. (SCALE-- 1:2000) (SCALE-- A. SARAF P. SandAt Ghat GOVT. BP SECTIONLINE RIVER BANK PIT LIMIT Plate No. 4 EXISTING LEVATION CHAINAGE BP-1 BP-4 297.600 298.100 298.600 299.100 299.600 300.100 300.600 301.100 300.10

300.100 00.00

300.094 40.00

300.089 80.00

W

A

300.083 120.00 T

E

R

B

O

300.078 160.00 D

Y

300.072 200.00

300.067 240.00 SECTION ( 4000, ( H SECTION V 100) 300.061 280.00 B.L.M. 299.550 SAND

300.056 320.00

W

A 300.050 360.00 T E

R

B

O

300.044 400.00 D Y

300.039 440.00

300.033 480.00

300.028 520.00 PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY

M

A

300.022 560.00 N

R

I

V

E 300.017 600.00 PRODUCTION PROGRAMME UPTO30.09.2019 R

(Upto 0.5m. depth thefrom Deposit) sand INDEX DEPOSIT EXPOSED SAND EXPOSEDSAND 300.011 640.00 300.006 655.00 BP SECTIONLINE RIVER BANK BOUNDARY PILLARS PIT LIMIT 300.05 300.05 PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND

W

A CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON

T LEASETHE STATE AUTHENTICATEDMAP BY THE

E Nearest Gut No.1,e5e14,15,19,22,23,24,29,khedi,3, 4,sangola,201,208,Patur Tq. , Mauja:Kh. Tulanga DEVELOPMENT ANDDEVELOPMENT R Area ha.,Area of =0.4585 Date Suvey: 04.12.17 TAHSILDAR (SGY)/SUCCESSFULBIDDER AND AND BELIEFIS THIS CORRECT PLAN

B

O

D Dist.: Akola (Maharashtra) Y RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2500) A. P. SARAF Sand At Ghat GOVT. Plate No. BP-2 300.00 BP-3 4 ELEVATION CHAINAGE 244.250 244.750 245.250 245.750 246.250 246.750 247.250 246.70

246.750 00.00 BP-1 BP-4

246.747 35.00

246.743 70.00

246.740 105.00

246.737 140.00 SECTION ( 3000, ( H SECTION V 100) B.L.M. 246.225 SAND SAND

246.733 175.00 W

A

T

E

R

B

246.730 210.00 O

D W

Y

A

T

E

R

246.727 245.00 B O

D

Y

246.723 280.00

246.720 315.00

246.717 350.00 246.73 246.73

P

U

R

N

A

246.713 385.00

R PLANTATION

I EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY V

E PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019

R (Upto 0.5m. depth thefrom Deposit) sand 246.710 420.00 DEPOSIT EXPOSED SAND EXPOSEDSAND

246.707 455.00 INDEX

246.703 470.00 BP

W SECTIONLINE BOUNDARY PILLARS RIVER BANK PIT LIMIT

A

T

W

E

A

R

T

B

E

O

R

D

B

Y

O

D

Y PRODUCTIONSECTION & PLAN THISIS TO CERTIFY THE TO THAT BESTOFKNOWLEDGE MY QUARRYLEASE EXPOSED FOR DEPOSITETO GRANTED SAND CERTIFIED THAT THE CERTIFIED PLAN ISPREPAREDTHAT BASEDON LEASETHE STATE AUTHENTICATEDMAP BY THE Nearest Gut No.1,57,58 Mauja: Pikalwadi, GutTq. AkotNearest Mauja: No.1,57,58 DEVELOPMENT ANDDEVELOPMENT Area ha.,Area of =0.5640 Date Suvey:04.12.17 AND AND BELIEFIS THIS CORRECT PLAN TahsildarSGY/Successful Bidder Dist.: Akola(Maharashtra) RQP/NGP/467/2013/A SIGN.P.OFQ. R. (SCALE-- 1:2000) Sand GhatAt A. P. SARAF GOVT. BP-2 BP-3 246.75 Plate No. 4 ELEVATION EXISTING CHAINAGE 292.500 293.000 293.500 294.000 294.500 295.000 295.500

295.100 00.00

295.097 05.00

295.094 10.00

295.091 15.00

295.088 20.00 SECTIONV(H 1000, 100) 295.084 25.00

295.081 30.00 B.L.M. 294.475

295.078 35.00 SAND

295.075 40.00

295.072 45.00

295.069 50.00

295.066 55.00

295.063 60.00

295.059 65.00

295.056 70.00 BP-4

295.053 75.00 BP-1 PRODUCTION PRODUCTION PROGRAMME UPTO30.09.2019

295.050 80.00 (Upto 0.60 m.depth from Deposit) the sand 295.08 DEPOSIT EXPOSED SAND EXPOSEDSAND 295.10 295.05 295.08 BP-3 BP-2 Ka tepurna River

W ATER BODY WATER BODY PLANTATION EXPOSED SAND DEPOSIT RAMP MINING LEASE BOUNDARY INDEX BP SECTIONLINE RIVER BANK BOUNDARY PILLARS PIT LIMIT PLAN &PRODUCTION SECTION THIS IS TO KNOWLEDGE CERTIFY MY THATOF TO THEBEST QUARRYTO LEASE GRANTED FOR EXPOSED DEPOSITE SAND CERTIFIEDON BASED THAT THEPREPARED PLANIS THE LEASE MAP AUTHENTICATEDMAP THETHE STATELEASE BY NearestPoteGutNo.2,4 Akola Takli Tq. Mauja: DEVELOPMENT AND Area ha.,=0.16 Dateof Suvey:06.12.17 AND BELIEFCORRECT THISIS PLAN TahsildarSGY/Successful Bidder Dist.: Akola Akola Dist.: (Maharashtra) RQP/NGP/467/2013/A SIGN.OFQ. R. P. (SCALE-- 1:1000) Sand GhatAt A. P. SARAF GOVT. Plate No. 4