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Waste

Status of water quality in India – Reports by the Central Pollution Control Board for 2007, 2008 and 2009

This post presents reports on  the status of water quality in India  by the Central Pollution Control Board, Ministry of Environment and Forests  for the years 2007, 2008 and 2009. These reports present the outputs of water quality monitoring done under the project on Monitoring of Indian Aquatic Resources (MINARS). This helps in evaluating the nature and extent of pollution control required, and effectiveness of pollution control measures already in existence. It also helps in drawing the water quality trends and prioritising pollution control efforts.
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Status of water quality in India – A report by the Central Pollution Control Board (2007)5.92 MB
Status of water quality in India – A report by the Central Pollution Control Board (2008)70.78 MB
Status of water quality in India – A report by the Central Pollution Control Board (2009)28.76 MB

Location

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

Identification of water quality monitoring sites on Kshipra river – A research report by National Institute of Hydrology

The study deals with identification of water quality monitoring sites on Kshipra river of Ujjain. The location of permanent sampling station is probably the most critical factor in a monitoring network which collects water quality data. If the samples collected are not representative of the water mass, the frequency of samplings as well as the mode of data interpretation and presentation become inconsequential.Read More

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Identification of water quality monitoring sites on Kshipra river by NIH (1997-98)912.92 KB

Location

Ujjain, MP, India
Latitude: 23.177169, Longitude: 75.782888

Identification of sampling sites for water quality monitoring in Narmada basin – A research report by National Institute of Hydrology

The report attempts to identify sampling sites for water quality monitoring in Narmada basin. The assessment of water quality conditions over a wide area with respect to time and space requires the monitoring of activities to be carried out in a network. The location of a permanent sampling station is probably the most critical factor in a monitoring network which collects water quality data. If the samples collected are not representative of the water mass, the frequency of sampling as well as the mode of data interpretation and presentation becomes inconsequential.Read More

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Identification of sampling sites for water quality monitoring in Narmada basin by NIH (1996-971.09 MB

Location

Hoshangabad, MP, India
Latitude: 22.746128, Longitude: 77.719356

Learning package for hydrology – A report by National Institute of Hydrology

The report emphasizes the necessity of Computer Aided Learning and presents a Learning Package on Hydrology covering various important elements of hydrology including the definitions and figures in a simple and straight forward language.Read More

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Learning package for hydrology by NIH (1999-2000)369.53 KB

Location

Roorkee, UL, India
Latitude: 29.860324, Longitude: 77.893305

Distribution of heavy metals on sediments under different flow conditions – A research report by National Institute of Hydrology

The study deals with the distribution of heavy metals on sediments under different flow conditions in the river Hindon. The river is subjected to varying degree of pollution caused by numerous untreated waste outfalls of municipal and industrial effluents.Read More

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Distribution of heavy metals on sediments under different flow conditions by NIH (1999-2000)1017.31 KB

Location

Saharanpur, UP, India
Latitude: 29.970000, Longitude: 77.550000

Trace analysis of pesticides by gas chromatography – A research report by National Institute of Hydrology

The report attempts to do a trace analysis of pesticides using gas chromatography technique. Pesticides are bio-accumulative and relatively stable, as well as toxic or carcinogenic, and therefore, require close monitoring. The identification and quantification of pesticides in different water bodies is a very important part of water analysis. The gas chromatography technique is considered appropriate, as most of the pesticides are volatile at the working temperature of gas chromatography. However, a pre-derivatization of a very few pesticides may be required prior to the analysis.Read More

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Trace analysis of pesticides by gas chromatography by NIH (1997-98)904.6 KB

Groundwater quality monitoring and evaluation in and around Greater Guwahati – A research report by National Institute of Hydrology

The study deals with the detection of trace elements – Cu, Co, Cd, Zn, Fe, Mn, Ni and Pb along with pH and ORP in the groundwater of Guwahati and its adjacent areas. Toxicity of a metal depends on its concentration, which adversely affects any biological activity. Almost all the metals are toxic at higher concentrations, few in low concentrations and few others even in trace like As, Pb, Hg, Cd etc. The presence of such metals in groundwater is a subject of concern. Groundwater that contains higher amount of metals affects public health to a great extent when it is used for drinking and domestic purposes.Read More

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Groundwater quality monitoring and evaluation in and around Greater Guwahati by NIH (1997-98)1.58 MB

Location

Kamrup, AS, India
Latitude: 26.080287, Longitude: 91.559612

Safe and Sustainable Disposal of Solid Waste at Village Levels - Experiences; Examples

From Shailja Kishore, Total Sanitation Campaign, Ahmedabad

Posted 1 October 2009

I work for the Total Sanitation Campaign (TSC). Under this campaign, we are looking for various safe disposal mechanisms for solid waste that can be replicated at the community level in the rural areas of Gujarat.  The focus is on sustainable and economically viable options which can be operated and maintained by the local communities.Read More

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Safe and Sustainable Disposal of Solid Waste at Village Levels367.07 KB

Reverse Osmosis Plants For Rural Water Treatment In Gujarat

Sundrerajan Krishnan,et al, study the recent spread of reverse osmosis technology for treating domestic water in Gujarat and analyse various economical, social and cultRead More

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Gujarat_RO_Plants.pdf142.24 KB
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