Bangladesh / Japan / Canada / United Kingdom / India / /
Currency
USD / / /
Event
Product Issues / /
Facility
United Nations University / University of Oxford / Jadavpur University / /
IndustryTerm
waste product / arsenic-rich waste product / community arsenic-filtration technologies / household-level sand filter technology / community-based arsenic removal systems / arsenic-ridden waste products / sustainable solution / sustainable clean-water technology / suitable water treatment systems / technology evaluation / stainless steel column / food / arsenic removal technology / sustainable technology / typical community-level technology / community level filter technology / particular technology / arsenic removal technologies / household filter technologies / technology user / chemical and physical mechanisms / uncomplicated household-level technologies / people eating food / community arsenic filter technologies / typical technology / removal technologies / environmental technology verification support / /
NaturalFeature
Ganges river / Bay of Bengal / Meghna river / Brahmaputra river / /
Organization
International Association for Sharing Knowledge and Sustainability / World Commission on Environment and Development / World Health Organization / Community Wellhead Unit / United Nations University / MIT / Canadian International Development Agency / Arsenic Task Force / University of Oxford / Planning Commission / Jadavpur University / World Bank / vol. / Indian government / Ontario Center for Environmental Technology Advancement / Oxford University / Government of India / Bangladesh Council of Scientific and Industrial Research / /
Person
Chee Tahir / Tamara R. Etmannski / Richard C. Darton / Rahman / / /
Position
spray head / Corresponding author / /
Product
S.A.S / drinking waters / water / /
ProvinceOrState
S.K. / Sussex / West Bengal / North Dakota / P.N. / South Carolina / Massachusetts / /