BioprocessH2O LLC

.RI., United States

bioprocessH2O Moving Bed Biofilm Reactors are commonly used for industrial wastewater treatment applications. They provide pretreatment of organics in wastewater systems. MBBR systems can effectively be integrated with industrial and municipal treatment systems for BOD removal, nitrification and denitrification. MBBR systems consist of biofilm carriers that provide protected surface area for the acclimation process of bacteria. They are constructed of high density polyethylene and have an effective life of over fifteen years. These organisms are continuously sloughed and discharged along with the treated water, which makes MBBR systems ideal for the pretreatment of organic bearing water streams.

bioprocessH2O TEQUATIC™ PLUS Filter is designed to remove particulate matter from a wide range of water and process water streams. This is completed through a novel process involving continuous self-cleaning, cross flow filtration, centrifugal separation, and solids concentration. Its innovative design filters water containing moderate to high concentrations of total suspended solids with high water recovery, typically greater than 99%.

bioprocessH2O Membrane Bioreactors (MBR) are biological wastewater treatment systems to provide high quality effluent discharge suitable for compliance, regulations, and water reuse. By installing an MBR system the quality of effluent produced provides a competitive advantage for your business giving you the capability to discharge into waterways or repurpose for reuse.

Our membrane filtration technology are fully automated system that have the ability to produce high quality effluent. They use a physical barrier, a porous membrane or filter to separate particles in a fluid. The particles are then separated based on their size and shape with the use of pressure and our specially designed membranes. The size of the particles will define which system will best suit your needs. This technology can be used for removing oil, suspended solids, biological solids, and mixed liquor. The membrane modules are used due to the superior strength which allows higher operating and backwash pressure for superior solids removal efficiency, exceptional chemical resistance, high flux rates and reduced system footprint. The membrane system utilizes a high velocity cross-flow technology with back pulsing capability to enhance flux rates and prolong membrane life. There are also different membrane filtration methods we can use to separate or concentrate materials in a liquid such as reverse osmosis, nanofiltration, ultrafiltration and microfiltration depending on your company's needs.

bioprocessH2O's bioPAC MBR equipment packages are stand-alone, containerized treatment plants that are fully outfitted, automated and portable wastewater treatment systems. Process Benefits: "Plumb & Play" Cost-effective Easy to operate and maintain CAPABILITIES Efficient Reduction of BOD (Biological Oxygen Demand) Nitrifications of Ammonia Denitrification Water Reuse Direct Discharge Solids Removal Excellent chemical resistance Positive barrier retention of TSS Eliminate operator exposure to process water PROCESS BENEFITS Cost-effective Fully automated Minimal maintenance Easy to operate Compact footprint Expandable

bioprocessH2O offers Solar Power Solutions as part of our equipment packages to offset the energy consumption of our wastewater treatment systems. Solar panels will be installed to convert sunlight into electricity that will be used as a power supply for the wastewater treatment plant or facility. Solar power will offset energy demand of the wastewater treatment processes.