Biorem Technologies Inc. articles
About the Project
In 2011, the City began work on a cogeneration facility as part of the upgrades at the Waste Water Treatment Plant. The city was given us the ability to convert solids arriving at the Waste Water Treatment Plant into useful energy and high quality fertilizer. The system was designed to generate about 750,000 kWh per year, which translates into about $50,000 annually in saved utility costs. The fertilizer produced is spread over the City’s
About the Project
The new facility includes two new structures: a dewatering and drying building, and a head works building. There are five additional major structures, including a new aeration basin, stabilization basin, clarifier, a bio-tower and ultraviolet light channel structure. All of these are used in the various stages of treating raw sewage before it is discharged as clean water into the Willamette River. The new plant will be able to treat up to four mil
About the Project
Summary:
The apparent simplicity of the biofiltration process is deceptive. Various biofilter designs have been applied to wastewater odors since the 1920s, however, the acceptance of biofilters by the industry has been hampered by unreliability in the majority of designs. The BIOCUBE™ System, as patented by Biocube, Inc., is the only system to have eliminated the limits of reliability in the bi
About the Project
The WWTP is a conventional activated sludge process with chemical phosphorus removal, anaerobic sludge digestion and sodium hypochlorite disinfection, and has a rated design capacity of 123 million litres/day (MLD). The treated effluent is discharged to the Grand River.
About the Project
Biorem has conducted a successful demonstration of high rate odour control at Preston Wastewater Treatment Plant in Cambridge, Ontario over the last three years. The system treats exhausts from primary clarifier and intermediate pump station. A combination of biotrickling filtration (BTF) and biofiltration (BF) processes was used in a novel horizontal flow configuration. XLD, a media developed specifically for organic sulphur compounds (OSCs) and total odou
About the Project
The WWTP is a conventional activated sludge process with chemical phosphorus removal, anaerobic sludge digestion and sodium hypochlorite disinfection, and has a rated design capacity of 123 million litres/day (MLD). The treated effluent is discharged to the Grand River.
About the Project
Summary
Casa Grande, AZ – Plant and operations management at a 6 mgd wastewater treatment plant (WWTP) and water reclamation facility (WRF) here report elimination of odor complaints through installation of a 9000-cfm biofiltration system. The selection of the biofiltration technology instead of an initially planned wet chemical scrubber option was driven by stron
About the Project
Summary:
The apparent simplicity of the biofiltration process is deceptive. Various biofilter designs have been applied to wastewater odors since the 1920s, however, the acceptance of biofilters by the industry has been hampered by unreliability in the majority of designs. The BIOCUBE™ System, as patented by Biocube, Inc., is the only system to have eliminated the limits of reliability in the bi
About the Project
Summary
Union, NJ — Operations management at International Paint LLC here reports dramatic savings in compliance costs for Volatile Organic Compound (VOC) emissions, through replacement of a gas-fired thermal oxidation afterburner with a 3000-cfm, combination biofiltration and carbon adsorption, “end-of-pipe” VOC removal system. They also
Summary
MSD’s Morris Forman Water Quality Treatment Center is designed to treat 120 MGD of raw wastewater. In addition, all of the biosolids from Louisville’s other treatment plants are processed at the Morris Forman plant. Up until several years ago, air from much of the solids handling processes were treated by fume incineration. MSD was spending over $670,000 per year for natural gas f