10 m3/Day MBR Wastewater Equipment The parameters of this MBR System: Average Capacity: 10m3/Day Material of Container: Carbon Steel + Anti-corrosion Painting; 5mm thickness of the Carbon Steel. Dimension:1.5×2.0×4.0m <W*H* L> Power Consumption :2.5KW/H Controlling: Automatic Running Output Water Quality: Meet the international standards, for discharge or reuse in irrigation. Description: Application Benefits Package Our…
20m3/Day MBR System in Container The parameters of this MBR System: Average Capacity: 20m3/Day Material of Container: Carbon Steel + Anti-corrosion Painting; 6mm thickness of the Carbon Steel. Dimension:1.5×2.0×4.8m <W*H* L> Power Consumption :3.5KW/H Controlling: Automatic Running Output Water Quality: Meet the international standards, for discharge or reuse in irrigation. Description: Application Benefits Package Our…
200m3/Day Mobile Wastewater STP The parameters of this MBR System: Average Capacity: 200m3/Day Material of Container: Carbon Steel + Anti-corrosion Painting; 8mm thickness of the Carbon Steel. Dimension:2.3×2.5×11.5m <W*H* L> , 2 set Power Consumption :10.0KW/H Controlling: Automatic Running + PLC + Touch Screen Output Water Quality: Meet the international standards, for discharge or reuse…
120 m3/D Containerized MBR System The parameters of this MBR System: Average Capacity: 120m3/Day Material of Container: Carbon Steel + Anti-corrosion Painting; 8mm thickness of the Carbon Steel. Dimension:2.3×2.5×11.5m <W*H* L> Power Consumption :7.5KW/H Controlling: Automatic Running Output Water Quality: Meet the international standards, for discharge or reuse in irrigation. Description: Application Benefits Package Our…
UF Technology for Drinking Water SystemPotable Water Supply System in Container Drinking Application advantages: UF Technology—Top /Stable and Quality output water Auto Control System + Touch Screen Low energy cost Lower footprint / space No pollution, no chemicals Description Application Benefits Service Video How Clean is Your Water? This is a question that we all…
Municipal Landfill Leachate Wastewater Treatment Equipment Landfill leachate is the result of water percolating through waste deposits, that have undergone aerobic and anaerobic microbial decomposition. In recent years, increasingly stringent wastewater discharge requirements, which have raised questions regarding the efficacy of co-treatment of leachate in municipal wastewater treatment plants (WWTPs）.…
Effects of SRT and HRT on MBR Fouling Performance INTRODUCTION Membrane bioreactor ( MBR ) has gained considerable interest as one of the most promising treatment process concerning wastewater treatment, and water reclamation. Fouling has been identified to be the major drawback for MBR future operation, expansion and upgrading. Membrane fouling leads to the…
MBR Technology Approaches to Membrane Fouling Control Membrane bioereactor (MBR) technology is one of the significant technology and plays an important role…
