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Water quality hot-spots in rivers of India – A report by Central Water Commission

River Water QualityThis report by the Central Water Commission (CWC) attempts to provide the water quality scenario of our rivers and evolve a methodology for identifying hot spots in Indian rivers. The water quality data is based on the average values observed during the last ten years (2001-2011) at 371 monitoring stations of CWC on almost all major, medium and minor rivers in India. In respect of Dissolved Oxygen and Biochemical Oxygen Demand, the Central Pollution Control Board's classification has been considered for evaluating the hot spot in the rivers.

The physical and chemical quality of river water is important in deciding its suitability for drinking purposes. As such the suitability of river water for potable uses with regard to its chemical quality has to be deciphered and defined on the basis of the some vital characteristics of the water. Bureau of Indian Standards (BIS) vide its document IS: 10500:1991, edition 2.2 (2003‐09) has recommended the quality standards for drinking water and these have been used for finding the suitability of river water. On this basis of classification, the natural river water of India has been categorized as desirable, permissible and unfit for human consumption.

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Water quality hot-spots in rivers of India – A report by Central Water Commission (2011)3.94 MB

Location

Erode, TN, India
Latitude: 11.342235, Longitude: 77.727477

Use of ICT for effective urban governance and service delivery in India - A selection of cases - ASCI and CISCO

This compendium published by Administrative Staff College of India (ASCI) and CISCO presents selective cases on the use of ICT for effective urban governance and service delivery in India. The document includes the following chapters/sections:Read More

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Use of ICT for effective urban governance and service delivery in India - A selection of cases - ASCI and CISCO (2011)645.06 KB
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Dynamic groundwater resources of Maharashtra – A report by CGWB and GSDA (2004)

This report on “Dynamic Ground Water Resources of Maharashtra (2004)” presents the groundwater estimates for the State of Maharashtra as computed by the Central Ground Water Board (CGWB) and Groundwater Survey and Development Agency (GSDA) based on the guidelines given by the Groundwater Estimation Committee (GEC-1997) constituted by Ministry of Water Resources (Government of India). The report gives the groundwater potential of different districts of the State on watershed basis and also information about the semi-critical, critical and over-exploited watersheds.

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Dynamic groundwater resources of Maharashtra – A report by CGWB and GSDA (2004)1.1 MB
Districtwise assessment - Dynamic groundwater resources of Maharashtra – A report by CGWB and GSDA (2004)77.5 KB
Talukawise assessment - Dynamic groundwater resources of Maharashtra – A report by CGWB and GSDA (2004)637 KB
Watershedwise assessment - Dynamic groundwater resources of Maharashtra – A report by CGWB and GSDA (2004)1.43 MB
Maps - Dynamic groundwater resources of Maharashtra – A report by CGWB and GSDA (2004)1.33 MB

Location

Ratnagiri, MM, India
Latitude: 16.992020, Longitude: 73.292313

Bringing water to your door step - Urban water reforms for the next decade – A report by Price Waterhouse Coopers

PWCThis report by Price Waterhouse Coopers India Limited for the Second Annual India Water Conference in April 2011 presents its view on urban water reforms for the next decade. India is still at an early stage of the urbanisation process and will witness exponential growth in many of its cities over the next few decades. By 2030 the urban population is expected to reach more than 590 million. This will put enormous pressure on all existing resources, especially water. Despite sufficient availability of raw water, many of its cities struggle to provide more than a few hours of water supply.

Improving water availability in the cities requires addressing complex policy, institutional and funding challenges. According to the report, the collective vision should be to provide good quality, reliable, affordable and continuous (24x7) water supply to residents. The core of the new approach will include instituting a new era of greater accountability and a performance-driven approach. Service delivery to urban poor has to be an integral part of this approach to bring about greater inclusiveness.

Recent experience with Public-Private-Partnerships (PPP) in urban water supply shows that with a customer focused approach and demonstration of clear benefits, there will be greater political and public acceptability of private participation. At the same time, fiscal framework at the local level has to be considerably strengthened before attempting wide scale replication of PPP. 

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Location

Delhi, DL, India
Latitude: 28.635308, Longitude: 77.224960

Groundwater scenario in major cities of India – A report by Central Ground Water Board

cover pageThis report by Central Ground Water Board presents the groundwater scenario in twenty eight major cities of the country based on a consolidation of the urban studies carried out by it. It covers varying groundwater scenarios in the country including the highly developed metros, the hilly region, the coastal cities, the cities tapping unconsolidated and hard rock aquifers. The report briefly describes the administrative set up, status of water supply and demand, groundwater scenario, feasibility of rainwater harvesting and groundwater development strategy.

It is an updated version of an earlier report on “Groundwater in urban environment in India” (2000). Since then, groundwater regime, urban demography and water demand have changed enormously. This report will form a scientific base for an in-depth understanding of urban groundwater system including aquifer geometry, water level behavior and groundwater quality. The possibility of artificial recharge to rejuvenate the urban aquifers has also been discussed.

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Groundwater scenario in major cities of India – A report by Central Ground Water Board (2011)11.27 MB

Location

Agartala, TR, India
Latitude: 23.833349, Longitude: 91.278855

Watershed prioritisation atlas for Maharashtra – A resource database by MRSAC on 1:2,50,000 scale using GIS technique

This document by the Maharashtra Remote Sensing Applications Centre (MRSAC) presents the “Atlas on Watershed Prioritisation” using resources database on 1:2,50,000 scale adopting advanced techniques such as Remote Sensing and Geographic Information System (GIS). This watershed prioritisation to plan the activities on priority basis and facilitate judicious utilization of the available financial resources was done for the Water Conservation Department (Government of Maharashtra), the nodal agency to service watershed development in the State.

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Location

Mumbai, MM, India
Latitude: 19.017615, Longitude: 72.856164

Urban water pricing: Setting the stage for reforms – A study by National Institute of Public Finance Policy

This study on “Urban Water Pricing” by the National Institute of Public Finance Policy grew out of the need to continue and deepen the process of urban sector reforms. It underlines, in this regard, the importance of a responsible municipal fiscal and financial system, simplification of existing water pricing and tariff structures, and regulatory mechanisms which are able to balance the interests of the producers and consumers of urban services.

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Urban water pricing: Setting the stage for reforms – A study by National Institute of Public Finance Policy (2003)1.75 MB

Location

Delhi, DL, India
Latitude: 28.635308, Longitude: 77.224960

Development of an area based Energy Service Company (ESCO) model for solar water heating in India

This report for the Ministry of New and Renewable Energy (MNRE) deals with the development of an area based Energy Service Company (ESCO) model for solar water heating in India. Internationally, Solar Water Heating (SWH) has been identified as one of the most promising decentralized solar applications, having significant potential to reduce electricity consumption and consequent emissions reduction. Several schemes for promotion of solar water heaters have been in operation in the country.Read More

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Development of an area based ESCO model for solar water heating in India by Mercados (2010)2.66 MB

Location

Tirupur, TN, India
Latitude: 11.098246, Longitude: 77.352695

Brainstorming workshop on interface between water technology developers and other stakeholders by NEERI

A workshop on developing interface between water technology developers and other stakeholders particularly those who actively address water policy issues namely officials of Department of Drinking Water and Sanitation, Public Health Engineering Department, NGOs, International Organisations and Professional Associations was held by the National Environmental Engineering Research Institute (NEERI) with support of the Department of Science and Technology (DST) at Nagpur on 7th September, 2010. Read More

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Brainstorming workshop on interface between water technology developers and other stakeholders by NEERI (2010)7.86 MB
Water treatment technologies: Industries by SEAC Unilever (2010)1.31 MB
Water quality: View from an NGO by Arghyam (2010)4.83 MB
Water technologies by NEERI (2010)5.66 MB
Safe drinking water by DDWS (2010)11.77 MB
Brainstorming workshop proceedings by NEERI (2010)1.22 MB

Location

Nagpur, MM, India
Latitude: 21.153889, Longitude: 79.083056

Groundwater management under the climate change scenario in India – A presentation by ACWADAM

This presentation by ACWADAM deals with the issue of groundwater management under the climate change scenario in India. Climate change is a change in the statistical distribution of weather over periods of time that range from decades to millions of years. The causes are -variations in solar radiations, plate tectonics, volcanism and change in earths orbit & axis.Read More

Location

Pune, MM, India
Latitude: 18.520430, Longitude: 73.856744

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