0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 Month Temp

Total Page:16

File Type:pdf, Size:1020Kb

0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0 45.0 Month Temp Final Report on Water Quality Management for Ganga River Volume II, River Pollution Management Plan Simla Dehradun Temp (℃) Monthly Atomospheric Temperature New Delhi Jaipur Lucknow 45.0 40.0 35.0 30.0 25.0 20.0 15.0 10.0 5.0 0.0 Jan. Feb. Mar. Apr. May Jun. Jul. Aug. Sep. Oct. Nov. Dec. Month Monthly Relative Humidity Simla Dehradun Relative Humidity New Delhi Jaipur (%) Lucknow 100.0 80.0 60.0 40.0 20.0 0.0 Jan. Feb. Mar. Apr. May Jun. Jul. Aug. Sep. Oct. Nov. Dec. Month Rainfall (mm) Monthly Rainfall Simla Dehradun New Delhi Jaipur Lucknow 700 600 500 400 300 200 100 0 Jan. Feb. Mar. Apr. May Jun. Jul. Aug. Sep. Oct. Nov. Dec. Month THE STUDY ON WATER QUALITY MANAGEMENT PLAN Fig.B.2.1 Seasonal Variation of FOR GANGA RIVER IN THE REPUBLIC OF INDIA Temperature, Relative Humidity and Rainfall (1) JAPAN INTERNATIONAL COOPERATION AGENCY B-174 Final Report on Water Quality Management for Ganga River Volume II, River Pollution Management Plan Patna Bhopal Temp (℃) Monthly Atmospheric Temperature Ranchi Culcatta Raipur 45.0 40.0 35.0 30.0 25.0 20.0 15.0 10.0 5.0 0.0 Jan. Feb. Mar. Apr. May Jun. Jul. Aug. Sep. Oct. Nov. Dec. Month Monthly Relative Humidity Patna Bhopal Relative Humidity Ranchi Culcatta (%) Raipur 100.0 80.0 60.0 40.0 20.0 0.0 Jan. Feb. Mar. Apr. May Jun. Jul. Aug. Sep. Oct. Nov. Dec. Month Rainfall (mm) Monthly Rainfall Patna Bhopal Ranchi Culcatta Raipur 450 400 350 300 250 200 150 100 50 0 Jan. Feb. Mar. Apr. May Jun. Jul. Aug. Sep. Oct. Nov. Dec. Month THE STUDY ON WATER QUALITY MANAGEMENT PLAN Fig.B.2.1 Seasonal Variation of FOR GANGA RIVER IN THE REPUBLIC OF INDIA Temperature, Relative Humidity and Raifall (2) JAPAN INTERNATIONAL COOPERATION AGENCY B-175 72°0'0"E 74°0'0"E 76°0'0"E 78°0'0"E 80°0'0"E 82°0'0"E 84°0'0"E 86°0'0"E 88°0'0"E 90°0'0"E B HAG IRA THI Upper Yamuna I T O Uppe r Ganga-I N S GA 30°0'0"N GAN 30°0'0"N A N U M G A A Y N Hindo n G A A R A G A N N M R U A A Upper Yamuna II G M G M A A N M G Y A G A R A N Y G A A M Ramganga U H N I N A D O N R G A H A M G Uppe r Ganga-II G H A A R 28°0'0"N 28°0'0"N N A G A G O M A T I I 72°0'0"E T Kalinadi A M O R AP G G TI H Upper Yamuna III Upper Gomati A R G A M GOMA H G TI A G A R N A Ghaghra D B N A A U G R K H A IG A N D LUCKNOW A K Middle Ganga I G O AL H M B K A M N K A SA T Gandak CH KANPUR I O D Burhi Gandak S IN Lo we r Go mati I S Sai 26°0'0"N Middle Ganga II 26°0'0"N G A N Sind D Ko s i A K WA T I BE SAI S O K GA Middle Ganga III NG D A KO DH N I SI S ALLAHABAD Lower Yamuna SA NA M Middle Gang a IV AM A R A U KALI SIN N K G D Ka rma nas a L P N N A N A Lo we r Ganga I A E E K U F K K VARANASI P IUL Chambal N K R I N N U B A E I P Kiul AS A S N K O IU N T A Falgu A I S L B H To ns Punpun D S N TO PADMA Be twa J Ke n Lo we r Ganga II A L Dwarka A N G 24°0'0"N 24°0'0"N I ND B Ajay R A A A H R N NI I A R O AT R K MO S K A A R JA Jalangi Sone I N Damodar DA A M ODAR S N A R O H UP D R NA T RA H Y AN R K I H O A E J N K O L S D S HI ON H L E Rupnarayan A IP R A N A H K Haldi H AL 22°0'0"N DI 22°0'0"N 74°0'0"E 76°0'0"E 78°0'0"E 80°0'0"E 82°0'0"E 84°0'0"E 86°0'0"E 88°0'0"E 90°0'0"E LEGEND SCALE 1:5,000,000 Fig.B.2.2 Divided 6 Major Sub-basins (River System) and 38 Sub-basins UPPER YAMUNA LOWER YAMUNA The Study on WaterQuality ManagementPlan ForGanga River Kilo me te rs UPPER GANGA MIDDLE GANGA 010020050 GOMATI LOWER GANGA B-176 72°0'0"E 74°0'0"E 76°0'0"E 78°0'0"E 80°0'0"E 82°0'0"E 84°0'0"E 86°0'0"E 88°0'0"E 90°0'0"E Upper Yamuna I Up pe r Gang a-I 30°0'0"N 30°0'0"N Hind o n Upper Yamuna II GALETA Ramganga DELHI Up pe r Gang a-II 28°0'0"N MO HA NA 28°0'0"N SOURCE: CENTRAL WATER COMMISSION Kalinadi DABRI (ZINARAHIMPUR) Upper Yamuna III Up pe r Go mati FATEHGARH BEWAR Ghaghra ANKINGHAT LUCKNOW ETAWAH Mid d le Ga ng a I UDI SEONDHA KANPUR Gandak Mid d le Ga ng a II Lower Gomati Burhi Gandak 26°0'0"N Sai 26°0'0"N Sind BHITAURA Ko s i Lo wer Yamuna SHAHZADPUR JALAPUR MA IG HA T Mid d le Ga ng a III BUXAR SAHIJNA ALLAHABAD BANDA PRATAPPUR Mid d le Ga ng a IVVARANASI Karmanas a MEZAROAD KARANNASA Rly.St. Lower Ganga I Chambal MIRZAPUR Kiul To ns Punpun Falg u Betwa Ke n Dwarka 24°0'0"N 24°0'0"N Ajay So ne Jalangi Damo dar Rupnarayan Lower Ganga II Hald i 22°0'0"N 22°0'0"N 74°0'0"E 76°0'0"E 78°0'0"E 80°0'0"E 82°0'0"E 84°0'0"E 86°0'0"E 88°0'0"E LEGEND SCALE 1:5,000,000 RIVER FLOW MONITORING SITE Fig .B.2.3 CWC RIVER FLOW MONITORING SITES Kilo me te rs OTHER RIVER 010020050 GANGA THE STUDY ON WATER QUALITY MANAGEMENT PLAN FOR GANGA RIVER YAMUNA SUB BASIN BOUNDRY B-177 Final Report on Water Quality Management for Ganga River Volume II, River Pollution Management Plan Kanpur Flow Rate (m3/s) Seasonal Variation of River Flow Rate (Ganga) Allahabad Varanasi 16000 14000 12000 10000 8000 6000 4000 2000 0 June July August Sept. Oct. Nov. Dec. January February March April May Month 3 Flow Rate (m /s) Seasonal Variation of River Flow Rate (Yamuna at Delhi Rly.Bridge) 800 700 600 500 400 300 200 100 0 June July August Sept. Oct. Nov. Dec. January February March April May Month Flow Rate (m3/s) Seasonal Variation of River Flow Rate (Gomati at Lucknow) 200 180 160 140 120 100 80 60 40 20 0 June July August Sept. Oct. Nov. Dec. January February March April May Month THE STUDY ON WATER QUALITY MANAGEMENT PLAN FOR GANGA RIVER IN THE REPUBLIC OF INDIA Fig.B.2.4 Seasonal Variation of River Flow Rate JAPAN INTERNATIONAL COOPERATION AGENCY B-178 72°0'0"E 74°0'0"E 76°0'0"E 78°0'0"E 80°0'0"E 82°0'0"E 84°0'0"E 86°0'0"E 88°0'0"E 90°0'0"E 1492 1491 1493 Upper Yamuna I 1494 1510 1495 1490 Up pe r Gang a-I 1554 1553 1485 1486 30°0'0"N 30°0'0"N 1117 1488 1489 1484 1060 1496 1487 1061 1357 Hind o n 1477 1118 1478 Upper Yamuna II 1119 1483 1062 Ramganga 1120 1121 1358 1375 1480 1812 Up pe r Gang a-II 1145 28°0'0"N 1497 28°0'0"N SOURCE: CENTRAL POLLUTION CONTROL BOARD Kalinadi 1123 1350 1124 Upper Yamuna III Up pe r Go mati 1125 1126 1064 1063 1065 Ghaghra 1361 1498 1066 1127 1351 Mid d le Ga ng a I 1352 1363 1609 1354 1376 1146 1499 1067 Gandak 1607 1068 Lower Gomati Burhi Gandak Mid d le Ga ng a II Sai 26°0'0"N 26°0'0"N 1433 1355 Sind 1147 1413 1356 Ko s i 1608 1460 1076 Lo wer Yamuna 1078 1353 1074 Mid d le Ga ng a III 1075 1077 1072 1073 1046 1079 1069 1129 1372 1049 Mid d le Ga ng a IV 1071 1059 1289 1070 1288 Karmanas a Lower Ganga I Chambal 1143 Kiul To ns Punpun Falg u 1144 1418 1432 1735 Betwa Ke n 1360 1080 1371 Dwarka 24°0'0"N 1612 1359 24°0'0"N 1142 Ajay 1615 So ne Jalangi 1336 1613 Damo dar 1332 1331 1366 1763 1365 1333 1614 1611 1370 1334 1764 1368 1369 1468 1610 Rupnarayan Lower Ganga II 1472 1367 1053 1470 1471 Hald i 1052 1337 1054 1469 22°0'0"N 1335 22°0'0"N 74°0'0"E 76°0'0"E 78°0'0"E 80°0'0"E 82°0'0"E 84°0'0"E 86°0'0"E 88°0'0"E SCALE 1:5,000,000 LEGEND WATER QUALITY MONITORING LOCATIONS Fig.B.3.1 CPCB RIVER WATER QUALITY MONITORING LOCATIONS Kilo me te rs OTHER RIVER THE S TUDY ON WATER QUALITY MANAGEMENT PLAN FOR GANGA RIVER 010020050 GANGA YAMUNA SUB BASIN BOUNDRY B-179 Final Report on Water Quality Management for Ganga River Volume II, River Pollution Management Plan BOD (mg/l) The sampling point is immediately after Varuna river, which is highly polluted by domestic wastewater.
Recommended publications
  • Census of India, 2001A, 2001B) the Population of India on 1St Mar 2001 Stood at 1027.02 Million (Male-531.28, Female-495.74)
    THE STATUS OF RIVER GANGES IN THE MIDDLE STRETCH ______________________________________________________ 1 1. DEMOGRAPHIC FEATURES According to Census of India (Census of India, 2001a, 2001b) the population of India on 1st Mar 2001 stood at 1027.02 million (Male-531.28, Female-495.74). The population growth in India is fairly in tune with classical theory of demographic transition. During most of the nineteenth century, India witnessed a fluctuating but ultimately more or less a stagnant growth of population, which drifted into the twentieth century until 1921. Thereafter, the country passed through successively all the phases of demographic transition and is now widely believed to have entered the fifth phase, usually characterized by rapidly declining fertility. As per 2001 census the population density stood at 324 people per km2. The overall literacy rate was 65.38% (Male-75.85%, Female-54.16%). The share of Uttar Pradesh and Bihar in total population was 16.17 and 8.07%, thus forming about 1/4th of the country’s population. The population of districts along the river Ganga (Kanpur-Bhagalpur stretch) in U.P. and Bihar formed 20.43 and 32.36% of the respective state’s population. The decadal population growth, sex ration and population density for the districts is depicted in Table 1. From the table it is obvious that population pressure is much more in the districts of Bihar as compared to U.P. The literacy status in different districts is presented in Table 2. The literacy states was poor in Bihar as compared to Uttar Pradesh. Table
    [Show full text]
  • Migration of the Ganga River and Its Implication on Hydro-Geological Potential of Varanasi Area, U.P., India
    Migration of the Ganga river and its implication on hydro-geological potential of Varanasi area, U.P., India U K Shukla∗ and N Janardhana Raju Department of Geology, Banaras Hindu University, Varanasi 221 005, India. ∗ e-mail: shukla−[email protected] Borehole data reveals that during Late Quaternary, the Ganga river was non-existent in its present location near Varanasi. Instead, it was flowing further south towards peripheral craton. Himalayan derived grey micaceous sands were being carried by southward flowing rivers beyond the present day water divide of Ganga and mixed with pink arkosic sand brought by northward flowing peninsular rivers. Subsequently, the Ganga shifted to its present position and got incised. Near Varanasi, the Ganga river is flowing along a NW–SE tectonic lineament. The migration of Ganga river is believed to have been in response to basin expansion caused due to Himalayan tectonics during Middle Pleistocene times. Multi-storied sand bodies generated as a result of channel migration provide excellent aquifers confined by a thick zone of muddy sediments near the surface. Good quality potable water is available at various levels below about 70 m depth in sandy aquifers. Craton derived gravelly coarse- to-medium grained sand forms the main aquifer zones of tens of meter thickness with enormous yield. In contrast, the shallow aquifers made up of recycled interfluve silt and sandy silt occur under unconfined conditions and show water-level fluctuation of a few meters during pre- and post- monsoon periods. 1. Introduction rivers coming from Himalaya meet at right angles to it (figure 1A). The Ganga river separates the Formed in response to the Himalayan orogeny, northern plains formed of Himalayan sediments the Indo-Gangetic Plains form the largest allu- from the southern plains built up by sediments vial tract in the world.
    [Show full text]
  • Assessment of Water Quality of Budhi Gandak River at Muzaffarpur, Bihar, India S
    Int. J. Chem. Sci.: 7(4), 2009, 2429-2433 ASSESSMENT OF WATER QUALITY OF BUDHI GANDAK RIVER AT MUZAFFARPUR, BIHAR, INDIA S. MUMTAZUDDIN *, ABUL KALAM AZAD and MANOJ KUMAR University Deptt. of Chemistry, B. R. A. Bihar University, MUZAFFARPUR – 842001 (Bihar) INDIA ABSTRACT This paper represents the results of chemical characteristics during one year across five sampling stations located on the bank of Budhi Gandak river at Muzaffarpur. The water quality parameters like pH, TDS, DO, BOD, COD, hardness, chloride, calcium and magnesium were studied by various analytical techniques. It was observed that most of the water quality parameters are in the acceptable limits in accordance with WHO standards. Key words : Water quality, Budhi Gandak river, Muzaffarpur. INTRODUCTION The river Budhi Gandak, also known as Burhi Gandak, is an important perennial river of north Bihar. It is believed that the river “Vishala” or “Vihalya”, which finds a description in the Mahabharatta, is present day Budhi Gandak. The Chaur of small village Vishambar in the east of Chautarwa near “Bagha” in the district of West Champaran is supposed to be its point of origin. However, its original source is Someshwar mountain range near West Champaran. The river Budhi Gandak, passing through the district of West Champaran, East Champaran, Muzaffarpur, Samastipur, Darbhanga, Begusarai, Munger and Khagaria, covers a distance of about 410 km and finally merges into the river Ganges near a village called Mansi in the east of Khagaria 1. The river Budhi Gandak is an important source of drinking and domestic water, irrigation and fish protein. But due to intense human interferences and rapid urbanization, this river has become contaminated with discharge of municipal wastes, domestic sewage and fertilizers from fields with receding flood water.
    [Show full text]
  • Ffi".E (R2g Alok Kumar, Member Secretary
    BTHAF BIEIAR, STATE PoLLIITIoN CoNTR,oL BoAItD sar|r,.w Pariwestr El}:awar! Patliputra Industrial Area, P.O.-sadakat Ashram, Patna--8OOO10 EPABX-o6L2'226t25O/226.2265,Fax-o6L2-2267',O5O Patna, dated-)r: '7)<a-ts ffi".e_(r2g Alok Kumar, Member Secretary. To, The Member Secretary, Control Boerqr Central Pollution .. Parivesh Bhawan, East Arjun Nagar, Delhi-110032. Sub:-Submission of monthly progress report by State as per orders of the Hon'ble NGT dated-o6.!2.2OL9 in o.A. No.673l2018. Sir, please find herewith the monthly progress report in compliance with the orders of the Hon'ble NGT dated-06. Lz.z}tg in O.A. No.673/2018 for needful action. Encl: As above. !, llv 1,b 9 ao Kumar) Member SecretarY. National Mission for Clean Ganga Format for Submission of Monthly Progress Report by States/UTs (Hon'ble NGT in the matter of OA No. 673/2018 dated 06.12.2019) Sl. Activity to be Timeline Submission of Progress by State/UT- No. monitored Compliance Status 1. Ensure 100% 31.03.2020 In-situ treatment facilities (bio -remediation) treatment of sewage has been provided at Rajapur drain at Patna. at least in-situ remediation commencement of 31.03.2020 Presently, there is no sewerage network & STP setting up of STPs (except Patna) for sewage management along and connecting all the Ganga River. Out of 34 projects on 23 the drains and other Ganga front towns, 03 relate with setting up sources of generation of STP, 05 relate with Sewerage Network of sewage to the alone, 07 relate with Sewerage Network with STPs must be STP and 19 relate with I&D and STP.
    [Show full text]
  • Combating Flood with Information Driven Actions, Bihar
    Best Practices Water Resources Sector Combating flood with information driven actions, Bihar Project details: • Scheme Name: Flood Management Information System (FMIS) • Target Area: Bihar • Total Project Cost: Bihar – Rs. 10.86 Cr. funded by World Bank • Scheme Scope: ▪ Development of technical and institutional capacity of the State for flood management ▪ Improved flood forecasting in terms of lead time and accuracy ▪ Prediction of expected inundation ▪ Development of updated flood control manuals ▪ Upgrading hydrologic measurements ▪ Use of Online Analytical Processing (OLAP) and data mining tools for planning of schemes using forecasted data • Implementing Agency: Flood Management Information System Cell (FMISC), Government of Bihar • Area covered: Phase – I : Flood prone area in North Bihar, from Burhi Gandak river in the west to Kosi river in the east, including the districts of East Champaran, Muzaffarpur, Begusarai, Samastipur, Dharbanga, Sitamarhi, Sheohar, Madhubani, Supaul, Saharsa, and Khagaria covering about 26,000 sq. km. in area; Phase – II: Entire North Bihar together with Patna, Bhagalpur and Munger district have been targeted to be developed. Intervention: Flood Management Information System, Bihar finds its genesis in the brainstorming meeting on Jan 18, 2006 in which the Government of Bihar (GoB) and the World Bank agreed on a water sector partnership matrix and action plan in three time horizons. In the short term, it was proposed to improve the technical and institutional capacity of the State of Bihar for flood
    [Show full text]
  • RAINFALL RUNOFF MODELING of PUNPUN RIVER BASIN USING ANN –A CASE STUDY Subha Sinha Asst
    International Journal of Research in Engineering and Social Sciences ISSN 2249-9482, Impact Factor: 5.343, Volume 5 Issue 5, May2015 Website: www.indusedu.org RAINFALL RUNOFF MODELING OF PUNPUN RIVER BASIN USING ANN –A CASE STUDY Subha Sinha Asst. Professor, Dept. of Civil Engineering, B.I.T. Mesra, Patna Campus, Patna V. Singh Professor, N.I.T., Patna Campus M. P. Jakhanwal Professor, ABESIT, Noida ABSTRACT In this paper, rainfall-runoff models of Punpun river basin have been developed using the ANN Technique. Punpun River carries huge water during monsoon and discharges in the river Ganga at Fatuha in downstream of Patna. Some part of this basin is inundated during monsoon, which creates lot of problems to the people who live nearby. This monsoon water may be utilized in the lean season by conserving it on the upstream side of the River, Punpun. Keeping this in view, this study has been carried out. For this purpose a three-layered feed forward network structure with back propagation algorithm was used to train the ANN model. The monthly and seasonal rainfall and runoff data from 1990 to 2010 of Punpun river basin has been considered in this study. The runoff data have been considered at Sripalpur gauging site. Performance evaluation of the model has been carried out using statistical parameters. Two sets of data have been used to make several combination of year keeping in view the highest peaks of hydrographs. It was found that the first set of data gave better result than second set of data. The study also demonstrates the applicability of ANN approach in developing effective non-linear models of Rainfall-Runoff process without the need to explicitly representing the internal hydraulic structure of the Punpun basin.
    [Show full text]
  • Day Date :- 18Th and Tr9th April, 2019
    Surendra Singh,IFS STATE LEVEL ENVIRONT\,I ENT Member Seeretary IMPACT ASSESSMENT SELd.A, Bihar AUTIIORITY" BIHAR ( r;aiz r-ri LetterNo.- 90 Patna, Dated- Ll. 04 'L9 I{OTICE andr A meeting of SEIAA shall be held on 13th 19th April, 2019" All the Honaurable Members are requested to make it convenient to attend the meeting at the venue & time mentioned below: Day :- Thursday amd Friday Date :- 18th and tr9th April, 2019 Time :- lSth April (4:00 PM onward) and 19th April (1 1:00 AM onward) Venue :- Chairman's Chamber 2no Floor, Beltron Bhawan, Shastri Nagar, Patna-23 Agenda o I" Proposed Expansion of Induction Furnace & Rolling Unit (from 1,09,100 TPA to 1"66,320 TPA) Located at Sabalpur, Deedarganj, Patna , Bihar by N,4/s Neelkamal Steels Pvt" Ltd., (tISPL), (Proposal No" - SIA/3(a)/6A3ft9)" Online Proposal,No":- SIA/BR/IND/30735/20X8)" o 2" Garsanda Sand Ghat on Kiul River of District- Jamui, Area - 24 Ha (File No. SIA/1 (a)/55811 8). O nline Proposal No. : - SIA/BR/MIN/3096 1/2 0 I 9). 3. Kendua Balu Ghat on Barnar River of District- Jamui, Area - 23 Ha (File No. SIA/1 (a)/559/1 : 8). On line Proposal No" - SIA./BR/MIN/3 09 68 /2019) " 4" Sono Balu Ghat on Barnar River of District- Jamui, Area - 2I Ha (File No. - SIAI1(a)/561/1S). : Online Proposal No" - SIA,/BR/MIN/3 I 0 27 /2019\ " 5" Smarak Sand Ghat on Kiul River of District- Jamui, Area - 22 Ha (File No" - SIA/1(a)/563/1S).
    [Show full text]
  • CHAPTER II Environment a I) the River Son a Small Stream Which
    CHAPTER II Environment a i) The River Son The river Son, (Sanskrit - Sona, red, crimson) a large river of Northern India rises from the Maikal range—its nominal source located at Amarkantak hill is called Sonbhadra or more commonly Sonmunda • It runs first north and then east and joins the Ganges ten miles above Binapore, after a course of about 792 Kms. A. Origin A small stream which falls down vertically from some 76 metres, is pointed out by the local people as the 3on. However, this belief does not appear convincing. The stream Which is designated as the Son really falls into a small river which flows between Pendra and Amar- kantak and is a tributary of the great Mahanadi. Legenis also explain its disappearance after falling from the hill by saying that it flows underground up to the place^ where 1. Luard, C»5,, and Prasad, Janki, Rewah State Gazetteer 2. The Imperial Gazett-er of fndia. Vol.XXITI, p. 76 3. ARA3I.« Vol, VII, p. 235 4. Ihi-i., p. 235 it re-emerges. In fact the source of this river is at fhe Sonmunda— where it is seen, between Pendra and Kenda. Here is a long, narrow valley which starts about two miles south of the place where the present Pcndra-Amarkantak road crosses the valley* This valley 5s marshy. At the junction of the valley and the road is a small tank (locally named bauli) of green water. This is regarded as the source of the Son, though really the line of marshy pools come from a long distance^.
    [Show full text]
  • Bihar. Area - 30.50 Ha (File No
    Kamaljeet Singh, tns STATE LDVEL ENVIRONMI'NT Nlember Secretary IMPACT ASSESSMEN'I SEIAA" Bihar AUTHORITY, BIHAR LetterNo.- 299 Fatna,Dated- tsitoltg NOTICE A meeting of SEIAA shall be held on Wednesday & Thursday, l6th &. l7th October, 2019" All the F{onourable Members are requested to make it eonvenient to attend the meeting at the venue & time mentioned below: Day :- Wednesday & Thursday Date :- I6th & l7'h octob er,2ol9 Time :- 4:00 PM onward. Venue :- Chairman's Chamber 2nd Floor, Beltron Bhawan, Shastri Nagar, patna-23 Agenda t6-10-2019 (Wednesdav) o the followings:- 1. Sand Mining Project on Falgu river at Alipur Glrat of District- Gaya, State- Bihar, Area - 30.05 Ha (File No" - SIA/1(a)1323/16), Online propos:rl No.: -SAVBRIVIIN/I790212016). 2" Sand Mining Project on Shanti Nagar Ghat (Stretch2 of Block -l l) of District:- Gaya, State:- Bihar. Area - 30.50 Ha (File No. - SIA/l(a) l44l/17), Online Proposal No. : - s rA/B RA{IN I t7 9 2s I 20 | 6',). 3. Sand Mining Project on Bajitpur Ghat (Stretch 4, Block - 2) of District:- Gaya, State:- Bihar, Area - 30 Ha (File No. - SIA/l(a)/439117),, Online proposal No.:- SIA/BR/MIN/I7918/2016)" o 4" SHRI RAM JANAKI MEDICAL COLLEGE AND HOSPITAL, Village:- Narghoghi, Tehsil:- Sarairanian, District:- Samastipur, Bihar Total Plot Area:- 85,652 m2. Total Build-up Area:- 1,74,?titi ? l4 n1' (illl+ No. - slA/t(u)/b9J/l!r)" untino propooal No"r SIA,rBRiTvtISi I I 5 I riSiltf I e)" 5. Sand Mining Project on river Kiul at Kishanpur Sand Ghat of Lakhisarai rdistrict, Area - 23 Ha (Proposal No.
    [Show full text]
  • Geomorphological Studies and Flood Risk Assessment of Kosi River Basin Using Remote 2011-13 Sensing and Gis Techniques
    Contents List of Tables ............................................................................................................................... 4 Lists of Figures ............................................................................................................................ 5 1. Introduction ........................................................................................................................ 7 1.1 General .......................................................................................................................... 7 1.2 Flood Risk Concept ....................................................................................................... 7 1.3 Background and Motivation ....................................................................................... 12 1.4 Research Questions and Objectives ............................................................................ 13 1.5 Study Area .................................................................................................................. 14 1.6 Organization of Thesis Chapters ................................................................................. 14 2. Literature Review ............................................................................................................. 16 2.1 General ........................................................................................................................ 16 2.2 Geomorphic Controls of Floods .................................................................................
    [Show full text]
  • Town Wise Revised Action Plan for Polluted River Stretches in the State of Bihar Original Application No: 200/2014 (Matter : M.C
    INDEX Town wise Revised Action Plan for polluted River Stretches in the State of Bihar Original application No: 200/2014 (Matter : M.C. Mehta Vs Union of India & Orgs) S.No. Particulars Page No 1 Synopsis 1-7 Maps showing ongoing /Proposed Sewerage Scheme in 2 8 Towns under Polluted Stretch & Tributaries Map showing Patna town division into zones for Sewerage 3 9 Schemes Compliance report in terms of progress in Quarter related to 4 10-15 STPs in the state of Bihar Report related to Polluted Stretches and Lying of sewage 5 network, collection and disposal of sewage, interception and 16-33 diversion of drains carrying sewage to STP. 6 Ganga River Tributary Towns 34-35 7 SWM Status & Action Plan for Ganga & its Tributaries 36-38 8 ODF Status & Action Plan of Ganga & its tributaries 39 9 Status of Plastic Waste Management 40 10 Annexures Status of Ongoing / Tendered / Tender to be floated of Schemes under Namami Gange Program i. and 41-48 Status of Screening with Sewerage Schemes : Annexure- i Solid Waste Management Status Report in Ganga Towns and ii. Status of different Components of SWM and allied Works at 49-52 Ghats: Annexure- ii Report of Plastic Carry Bags Since coming into effect of iii. Plastic Waste Management Byelaws till date: 53-56 Annexure- iii Toilet Status of Ganga Town ULBs and Status of ODF ULBs iv. Certified by QCI: 57-59 Annexure- iv 60-68 and 69 11 Status on Utilization of treated sewage (Column- 1) 12 Flood Plain regulation 69 (Column-2) 13 E Flow in river Ganga & tributaries 70 (Column-4) 14 Assessment of E Flow 70 (Column-5) 70 (Column- 3) 15 Adopting good irrigation practices to Conserve water and 71-76 16 Details of Inundated area along Ganga river with Maps 77-90 17 Rain water harvesting system in river Ganga & tributaries 91-96 18 Letter related to regulation of Ground water 97 Compliance report to the prohibit dumping of bio-medical 19 98-99 waste Securing compliance to ensuring that water quality at every 20 100 (Column- 5) point meets the standards.
    [Show full text]
  • Master Plan for Patna - 2031
    IMPROVING DRAFT MASTER PLAN FOR PATNA - 2031 FINAL REPORT Prepared for, Department of Urban Development & Housing, Govt. of Bihar Prepared by, CEPT, Ahmadabad FINAL REPORT IMPROVING DRAFT MASTER PLAN FOR PATNA-2031 FINAL REPORT IMPROVING DRAFT MASTER PLAN FOR PATNA - 2031 Client: Urban Development & Housing Department Patna, Bihar i Prepared by: Center for Environmental Planning and Technology (CEPT) University Kasturbhai Lalbhai Campus, University Road, Navrangpura, Ahmedabad – 380 009 Gujarat State Tel: +91 79 2630 2470 / 2740 l Fax: +91 79 2630 2075 www.cept.ac.in I www.spcept.ac.in CEPT UNIVERSITY I AHMEDABAD i FINAL REPORT IMPROVING DRAFT MASTER PLAN FOR PATNA-2031 TABLE OF CONTENTS TABLE OF CONTENTS i LIST OF TABLES v LIST OF FIGURES vii LIST OF MAPS viii LIST of ANNEXURE ix 1 INTRODUCTION 10 1.1 Introduction 11 1.2 Planning Significance of Patna as a City 12 1.3 Economic Profile 14 1.4 Existing Land Use – Patna Municipal Corporation Area 14 1.5 Previous Planning Initiatives 16 1.5.1 Master Plan (1961-81) 16 1.5.2 Plan Update (1981-2001) 17 1.5.3 Master Plan 2001-21 18 1.6 Need for the Revision of the Master Plan 19 1.7 Methodology 20 1.7.1 Stage 1: Project initiation 20 1.7.2 Stage 02 and 03: Analysis of existing situation & Future projections and Concept Plan 21 1.7.3 Stage 04: Updated Base Map and Existing Land Use Map 21 1.7.4 Stage 5: Pre-final Master Plan and DCR 24 2 DELINEATION OF PATNA PLANNING AREA 25 i 2.1 Extent of Patna Planning Area (Project Area) 26 2.2 Delineation of Patna Planning Area (Project Area) 27 2.3 Delineated
    [Show full text]