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Water Environment Research, 2016
A review of the literature published in 2015 on topics relating to water reclamation and reuse is presented. The review is divided into the following sections: (1) General: extent of reuse, research needs, guidelines and monitoring, health effects; (2) Treatment technologies: integrated process design, membrane treatment, membrane bioreactors ...
Huang, Chunkai +4 more
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A review of the literature published in 2015 on topics relating to water reclamation and reuse is presented. The review is divided into the following sections: (1) General: extent of reuse, research needs, guidelines and monitoring, health effects; (2) Treatment technologies: integrated process design, membrane treatment, membrane bioreactors ...
Huang, Chunkai +4 more
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Chemistry: Reuse water pollutants
Nature, 2015Extracting carbon, nitrogen and phosphorus from wastewater could generate resources and save energy, say Wen-Wei Li, Han-Qing Yu and Bruce E. Rittmann.
Wen-Wei, Li +2 more
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Perfluorochemicals in water reuse
Chemosphere, 2008Faced with freshwater shortages, water authorities are increasingly utilizing wastewater reclamation to augment supplies. However, concerns over emerging trace contaminants that persist through wastewater treatment need to be addressed to evaluate potential risks.
Megan H, Plumlee +2 more
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Filtration + Separation, 2021
The world's population is spiralling while climate change is having an increasingly profound impact on the environment, putting finite global water resources under growing pressure. Here we look at how water recycling is becoming a necessity to help ease supply.
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The world's population is spiralling while climate change is having an increasingly profound impact on the environment, putting finite global water resources under growing pressure. Here we look at how water recycling is becoming a necessity to help ease supply.
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Irrigation and Drainage Systems, 2002
Saline-sodic (4 < EC[dS/m] < 30; 10 < SAR < 40) drainage water can be used to irrigate crops that are moderately sensitive, moderately tolerant and tolerant to salinity. However, in order to be sustainable, particular attention is required towards crop selection, control of soil salination, and crop and soil management to maintain soil permeability to ...
J.D. Oster, S.R. Grattan
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Saline-sodic (4 < EC[dS/m] < 30; 10 < SAR < 40) drainage water can be used to irrigate crops that are moderately sensitive, moderately tolerant and tolerant to salinity. However, in order to be sustainable, particular attention is required towards crop selection, control of soil salination, and crop and soil management to maintain soil permeability to ...
J.D. Oster, S.R. Grattan
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Degraded Water Reuse: An Overview
Journal of Environmental Quality, 2008Communities around the world face increasingly severe fresh water supply shortages, largely due to expanding populations and associated food supply, economic development, and health issues. Intentional reuse of degraded waters (e.g., wastewater effluents, irrigation return flows, concentrated animal feeding operations [CAFO] effluents, stormwater, and ...
G A, O'Connor +2 more
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1996
In the last decade humanity has been facing two crucial problems concerning fresh water. The first is the lack of water because of the always growing water demand, which has tripled around the world over the last 40 years, the trend expected to be higher in the near future.
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In the last decade humanity has been facing two crucial problems concerning fresh water. The first is the lack of water because of the always growing water demand, which has tripled around the world over the last 40 years, the trend expected to be higher in the near future.
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Journal AWWA, 1971
El Paso Products Co.'s primary source of industrial water is the sewage effluent from the city of Odessa, Tex. The sewage‐treatment plant facilities provide for grease removal, primary clarification, intermediate storage, aerobic degradation, secondary clarification, chlorination, and pumps for transferring the secondary effluent to El Paso's storage ...
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El Paso Products Co.'s primary source of industrial water is the sewage effluent from the city of Odessa, Tex. The sewage‐treatment plant facilities provide for grease removal, primary clarification, intermediate storage, aerobic degradation, secondary clarification, chlorination, and pumps for transferring the secondary effluent to El Paso's storage ...
openaire +1 more source