arsenic; bioenergy conversion; chemical energy conversion; contamination; distillation; lighting; pollution control; waste heat; water treatment; As; Bangladesh; Faridpur district; HOMER; Pani Para village; arsenic contamination; community level; cooking fuel; cow dung-fed digester; gas engine; hybrid renewable energy; lighting; membrane distillation polygeneration; pV array; primary electricity loads; pure drinking water; rural electrification; rural households; rural population; unsafe drinking water; waste heat; water purification; well water; woody biomass; Biomembranes; Communities; Electricity; Engines; Production; Renewable energy sources; Water pollution; Biogas digesters; Cooking gas; Electricity; Membrane distillation; Polygeneration; Pure drinking water; Solar pV;
机译:孟加拉国农村家庭采用膜蒸馏的混合可再生能源多联产系统的优化
机译:农村家庭对可再生能源的认识和看法,特别关注生物能源开发-孟加拉国的实地研究结果
机译:孟加拉国部分农村地区可再生能源的可行性研究和混合能源系统的优化
机译:孟加拉国农村家庭杂交可再生能源与孟加拉国家庭的膜蒸馏多项要:Pani Para村案例研究
机译:可再生能源供电的海水淡化盐梯度膜膜蒸馏系统
机译:用于从人尿中回收水和能量的混合膜蒸馏反向电渗析装置:离网分散式卫生设施的机会
机译:整合可再生能源,减少污染以促进农村手工艺村庄可持续发展的综合生态系统:以越南湄公河三角洲的莎草席村为例