The invention relates to a synchronous
nitrogen and
phosphorus-removal domestic
sewage treatment process of an integral bio-enhancement
activated carbon dynamic membrane. The
solid-liquid separation
effluent process is completed by a dynamic membrane module. The domestic
sewage treatment process comprises the following steps: pumping
sewage into a bio-enhancement
activated carbon dynamic membrane device, and carrying out
biodegradation and removal on pollutants by utilizing a bio-enhancement
activated carbon mixed liquor in the device; forming a dynamic membrane on the surface of the dynamic membrane module by the bio-enhancement activated carbon to carry out the
solid-liquid separation of the mixed liquor; stirring
raw water by a stirrer and sufficiently mixing the
raw water with microorganisms in the reaction device of the bio-enhancement activated carbon dynamic membrane
assembly, staying for a period of time and then filtering and discharging water through the dynamic membrane, wherein dissolved
oxygen in the mixed liquor is provided by the
aeration of an
air blower. The invention has simple process and can realize a synchronous
nitrification-
denitrification nitrogen removal process and a
nitrification phosphorus removal process; the structure of the adopted dynamic membrane
assembly is stainless steel silk screen and the like, and therefore, the domestic
sewage treatment process has low cost and simple control; and the domestic
sewage treatment process can rapidly and effectively remove substances in the water, such as
organic matter, SS (suspended substances),
nitrogen,
phosphorus and the like under the condition of low temperature; the
hydraulic retention time is short, and thereby, the volume of reaction structures is effectively reduced.