作者: N.M. Ogarekpe , J.C. Agunwamba
DOI: 10.1080/19443994.2016.1144530
关键词: Inlet 、 Environmental science 、 Stabilization pond 、 Environmental engineering 、 Wastewater 、 Aluminium foil 、 Geometry 、 Sewage 、 Total suspended solids 、 Biochemical oxygen demand 、 Hydraulic jump
摘要: AbstractThe effect of surface area geometry on the performance integrated solar and hydraulic jump enhanced waste stabilization pond (ISHJEWSP) treatment sewage wastewater was studied. The set-up consisted eight numbers experimental ponds with varying width. were constructed to enable initiation jump. Three sets these locations points fitted tilt frame, wrapped aluminium foil paper. Wastewater samples collected from inlet outlet for velocities examined physicochemical biological characteristics a period nine months. parameters temperature, pH, detention time, dissolved oxygen, total coliform count, suspended solids, E coli, algae concentration biochemical oxygen demand. efficiencies ISHJEWSPs respect fluctuated var...