Research on the Experimental Device of Combined Two-Phase ABR and SBR

Ling Jing; Xin Xia Wang

doi:10.4028/www.scientific.net/AMM.507.677

Paper Titles

Discussion about the Landscape Planning in Contemporary Campuses from the Traditional Chinese Landscape Architecture
p.654

Study on the Community Environment Design for the Aged
p.658

Brand Protection of the Ancient Magistrate Office, a Historic District in Nanyang City which is a Famous Historic and Cultural City
p.662

Thinking of Village Construction in Central Region under the Context of Labor Migration
p.666

Research on the Experimental Device of Combined Two-Phase ABR and SBR
p.677

Resent Advances in Phosphorus Removal from Waste Water
p.682

Design of the Reclaimed Water Reuse Project for Recirculating Cooling Water in a Thermal Power Plant
p.688

Efficient Biological Nutrient Removal in a Membrane Bioreactor Using Denitrifying Phosphorus Removal and Simultaneous Nitrification and Denitrification
p.693

Emerging Technologies for Phosphorus Removal and Recovery: A Review
p.702

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 507Research on the Experimental Device of Combined...

Research on the Experimental Device of Combined Two-Phase ABR and SBR

Abstract:

With the rapid development of industrial and agricultural production in China, the industrial waste water and city wastewater discharged to water environment are increasing. Anaerobic biological treatment is a low-cost wastewater treatment technology and is also a combined technology of the wastewater treatment and energy recovery, it can be used as a core part of energy production and environmental protection system, its product can be actively used to result economic value. After in-depth and systematically study the mechanism and mass transfer theory of anaerobic biological treatment technology, this paper designs anaerobic reactor of high efficiency in mass transfer, namely the anaerobic baffled - elastic packing biofilm reactor.