Source book of alternative technologies for freshwater augmentation in some countries in Asia / Danish Hydraulic Institute, International Environmental Technology Centre, United Nations Environment Programme, and Water Branch, United Nations Environment Programme.

The countries of Asia have seen growing pressure on water resources, with increasing demand and costs, for agricultural, domestic and industrial consumption. This source book provides water resource managers and planners, especially in developing countries and in countries with economies in transiti...

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Bibliographic Details
Online Access: Click here to view report online
Corporate Authors: UNEP International Environmental Technology Centre, United Nations Environment Programme. Water Branch, Dansk hydraulisk institut
Other title:Sourcebook of alternative technologies for freshwater augmentation in some Asian countries.
Freshwater augmentation in some Asian countries.
Format: Book
Language:English
Published: [Osaka, Japan] : UNEP, 1998.
Series:Technical publication series (UNEP International Environmental Technology Centre) ; 8e.
Subjects:

MARC

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246 1 4 |a Sourcebook of alternative technologies for freshwater augmentation in some Asian countries. 
246 3 0 |a Freshwater augmentation in some Asian countries. 
260 |a [Osaka, Japan] :  |b UNEP,  |c 1998. 
300 |a vii, 182 pages :  |b illustrations ;  |c 30 cm. 
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490 1 |a Technical publication series ;  |v 8e. 
505 2 |a Technology profiles. Water conservation technologies -- Dual water distribution system -- Evaporation reduction -- Coconut pick-ups -- Wastewater treatment and reuse technologies -- Sewage reclamation using conventional wastewater treatment -- Sewage reclamation using reverse osmosis -- Wastewater treatment using wetlands -- Wastewater treatment using duckweed -- Wastewater treatment using lagoons -- Other technologies of wastewater treatment and reuse -- Freshwater augmentation. General rainwater harvesting technologies (1) -- General rainwater harvesting technologies (2) -- Rainwater harvesting for drinking water supply -- Rooftop rainwater harvesting for domestic water supply -- Rainwater harvesting for agricultural water supply -- Rainwater harvesting for irrigation water supply -- Rainwater harvesting for community water supply -- Rainwater harvesting for multiple purpose use -- Open sky rainwater harvesting -- Rainwater harvesting in ponds -- Artificial recharge of groundwater -- Fog, dew and snow harvesting -- Bamboo pipe water supply system -- Hydraulic ram -- Development and protection of natural springs -- Restoration of traditional stone spouts -- Upgrading water quality. Desalination -- Pond sand filtration -- Biological pretreatment of raw water -- Case studies. Water conservation and recycling, Gujarat State Fertilizer Corporation, India -- Traditional method of soil and water conservation, coconut pick-ups, India -- Use of reclaimed water, Hindustan Petroleum Corporation, Limited, India -- Reclaimed city sewage as industrial water, Madras Fertilizers Limited, Madras, India -- Rainwater harvesting, the Thai rainwater jar -- Daungha rainwater collection water supply project, Nepal -- Conjunctive use of surface and groundwater, Krishna Delta, India -- Artificial groundwater recharge, India -- Integrated water conservation, Bhilai Steel Plant, India -- Drip irrigation, India. 
520 |a The countries of Asia have seen growing pressure on water resources, with increasing demand and costs, for agricultural, domestic and industrial consumption. This source book provides water resource managers and planners, especially in developing countries and in countries with economies in transition, with information on the range of technologies that have been developed and used in the various countries throughout the world. 
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