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Year of publication
Subject
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Arsenic 2 Arsenic remediation 2 Community-scale safe-water access 2 Groundwater 2 India 2 Resource-poor region 2 Social placement of technology 2 Sustainable development goals (SDGs) 2 Technology dissemination 2 Drinking water 1 Grundwasser 1 Indien 1 Nachhaltige Entwicklung 1 Sustainable Development Goals 1 Sustainable development 1 Sustainable development goals 1 Trinkwasser 1 Wasserversorgung 1 Water supply 1
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Online availability
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Free 4 CC license 1
Type of publication
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Article 4
Type of publication (narrower categories)
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Article 2 Article in journal 2 Aufsatz in Zeitschrift 2
Language
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English 4
Author
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Amrose, Susan 2 Bandaru, Siva 2 Boden, Kathryn 2 Boden, Kathryn S. 2 Buckley, Heather L. 2 Cherukumilli, Katya 2 Gadgil, Ashok 2 Gadgil, Ashok J. 2 Hernandez, Dana 2 Molla, Nusrat J. 2 Mypati, Sreemannarayana 2 Paul, Prasenjit 2 Roy, Abisek 2 Roy, Joyashree 2
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Published in...
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Development Engineering 2 Development engineering 2
Source
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ECONIS (ZBW) 2 EconStor 2
Showing 1 - 4 of 4
Cover Image
Strategies for successful field deployment in a resource-poor region: Arsenic remediation technology for drinking water
Hernandez, Dana; Boden, Kathryn; Paul, Prasenjit; … - In: Development Engineering 4 (2019), pp. 1-10
Strong long-term international partnership in science, technology, finance and policy is critical for sustainable field experiments leading to successful commercial deployment of novel technology at community-scale. Although technologies already exist that can remediate arsenic in groundwater,...
Persistent link: https://www.econbiz.de/10012623049
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Cover Image
Strategies for successful field deployment in a resource-poor region: arsenic remediation technology for drinking water
Hernandez, Dana; Boden, Kathryn; Paul, Prasenjit; … - In: Development engineering 4 (2019), pp. 2-10
Strong long-term international partnership in science, technology, finance and policy is critical for sustainable field experiments leading to successful commercial deployment of novel technology at community-scale. Although technologies already exist that can remediate arsenic in groundwater,...
Persistent link: https://www.econbiz.de/10012226467
Saved in:
Cover Image
Addressing technical barriers for reliable, safe removal of fluoride from drinking water using minimally processed bauxite ores
Buckley, Heather L.; Molla, Nusrat J.; Cherukumilli, Katya - In: Development Engineering 3 (2018), pp. 175-187
Throughout the developing world, over 200 million people drink groundwater containing fluoride concentrations surpassing the World Health Organization's maximum recommended contaminant level (WHO-MCL) of 1.5mg F-/L, resulting in adverse health effects ranging from mottled tooth enamel to...
Persistent link: https://www.econbiz.de/10012623037
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Cover Image
Addressing technical barriers for reliable, safe removal of fluoride from drinking water using minimally processed bauxite ores
Buckley, Heather L.; Molla, Nusrat J.; Cherukumilli, Katya - In: Development engineering 3 (2018), pp. 175-187
Throughout the developing world, over 200 million people drink groundwater containing fluoride concentrations surpassing the World Health Organization's maximum recommended contaminant level (WHO-MCL) of 1.5mg F-/L, resulting in adverse health effects ranging from mottled tooth enamel to...
Persistent link: https://www.econbiz.de/10011940257
Saved in:
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