BioprocessH2O is a leading US-based environmental technology company specializing in the engineering, manufacturing, and supply of custom-designed water and wastewater treatment solutions for a diverse range of industrial and municipal clients. Established in 2009 and headquartered in Portsmouth, Rhode Island, the company's core mission is centered on delivering innovative, long-lasting systems that facilitate safe effluent discharge and maximize water reuse. The entity is recognized as a specialist in advanced membrane technologies and biological treatment processes, setting a precedent for the treatment of complex, high-strength wastewaters across North America and globally. The company operates on the principle of providing technical proficiency, cost-effectiveness, and a customer-focused approach, with hundreds of installations commissioned and millions of gallons of water treated daily.
Core Business and Technology Focus
BioprocessH2O's primary function is to serve as a manufacturer and supplier of customized, turnkey wastewater treatment plants. The company's expertise lies in the integration and deployment of both biological and physical-chemical processes, with a heavy emphasis on advanced filtration systems. This allows them to create systems capable of producing high-quality effluent suitable for stringent compliance, discharge, or direct water reuse applications. The firm???s technical team comprises engineers, biologists, and fabrication specialists who manage projects from initial concept and pilot testing through to final commissioning and ongoing support.
The technology portfolio is fundamentally rooted in high-performance water filtration and biological reactor designs, which address pollutants like Fats, Oils, and Grease (FOG), high Biological Oxygen Demand (BOD), and Total Suspended Solids (TSS). The primary market sectors served include:
Food and Beverage (F&B): Including breweries, wineries, dairies, and general food processing.
Manufacturing: General industrial waste streams.
Pharmaceuticals: Process water and wastewater treatment.
Energy: Oil and gas produced water and power plant waste.
Municipalities: Upgrades and expansions of wastewater infrastructure.
Landfill Leachate Treatment.
Products and System Offerings
BioprocessH2O offers a comprehensive suite of proprietary and standard systems, often containerized or modular for rapid deployment and scalability. The company's full range of products includes:
Membrane Bioreactor (MBR) Systems
MBR systems combine conventional activated sludge treatment with membrane filtration to provide superior effluent quality. BioprocessH2O specializes in various configurations, including flat sheet, hollow fibre, and multi-tube/multi-channel membranes, utilizing both immersed and sidestream technology.
bioFLOW MBR: A foundational Membrane Bioreactor system.
bioPAC Containerized MBR: Fully-contained, skid-mounted MBR units for plug-and-play installation.
bioPULSE Airflit MBR: A proprietary system designed for enhanced performance and reduced maintenance.
Helix Membranes: Specific membrane technology components used within their systems.
Moving Bed Biofilm Reactor (MBBR) and Integrated Systems
MBBR technology uses small, continuously moving biofilm carriers to provide a protected surface area for beneficial bacteria, offering a compact and highly efficient biological treatment process.
bioFAS MBBR: Used primarily for the pretreatment of organics, BOD removal, nitrification, and denitrification in industrial and municipal applications.
bioFAS MBBR Media Carriers: Supply of the high-density polyethylene carriers critical to the process.
Advanced Filtration and Separation Systems
For tertiary treatment, water reuse, and highly polished water quality, BioprocessH2O deploys various non-biological separation technologies.
Reverse Osmosis (RO) Systems: Including the bioSPINARO Reverse Osmosis System, used for high-purity water production or removal of dissolved solids.
Ultrafiltration (UF) Systems: Such as the bioTRIPURE UF Water Reuse System and ultraPULSE Ultrafiltration, designed for particulate and pathogen removal for water reuse.
Microfiltration (MF): Including the microPULSE Microfiltration system, often used for final polishing.
Dissolved Air Floatation (DAF) Systems: Used for the removal of suspended solids, fats, oils, and grease (FOG) through the injection of fine air bubbles.
Tequatic Plus Filtration Systems: Specialized systems for high-solids water streams, utilizing continuous self-cleaning, cross-flow filtration, and centrifugal separation for high water recovery.
Custom Control Units: Proprietary hardware and software for system automation.
Solar Power Solutions: Integration of solar panels to offset the significant energy consumption of wastewater treatment equipment, promoting a Greentech approach to sustainable operations.
Services and Project Lifecycle Support
Beyond equipment manufacturing, BioprocessH2O provides extensive services that cover the full lifecycle of a wastewater treatment project:
Engineering and Design: Custom process engineering, system layout, and detailed design work.
Lab Testing and Pilot Studies: On-site and bench-scale testing to accurately define treatment parameters and validate technology selection prior to full-scale deployment.
Turnkey Installation and Implementation: Full-service management of system construction, installation, and commissioning.
Automation and Control System Engineering: Design and programming of custom PLC/HMI-based control systems for optimized, reliable, and energy-efficient operation.
Remote Monitoring, Troubleshooting, and Field Support: Providing continuous performance monitoring, diagnostic capabilities, and on-site technical assistance.
Operator Training: Comprehensive programs to ensure client personnel are proficient in system operation and maintenance.
Wastewater Testing and Custom Dashboard Reporting: Providing data visibility and regulatory compliance reporting tools.
These integrated products and services position BioprocessH2O as a key partner for industries requiring high-level compliance, sustainable water management, and complex wastewater reuse capabilities.
Please note: This information is generated by AI. For legal use, verify with company sources.
