In the industrial landscape, wastewater treatment has long been defined by trade-offs between footprint and effectiveness. Facilities facing space constraints struggle to implement traditional treatment systems that require large tanks, lengthy retention times, and extensive chemical handling. Shipyards, food processors, and manufacturing plants generate heavily contaminated wastewater but lack the real estate to install conventional infrastructure. The result is often costly hauling, strained municipal systems, or compliance challenges.

Valence Water was founded to eliminate these trade-offs entirely. Headquartered in Victoria, British Columbia, the company has developed patented electrochemical technology that treats high-strength industrial wastewater in a fraction of the space and time required by conventional methods. Led by Chief Executive Officer, Norman Keevil, Valence's WaterMiner® and OxiMiner™ systems combine electro-coagulation and electro-oxidation in a single, continuous flow reactor that achieves total treatment times under ten minutes. The modular, containerized platforms can be deployed in areas with restricted space and scaled to accommodate flow requirements from 100 to over 1,100 cubic meters per day.

The company's revenue model is built on equipment sales and long-term service agreements through its ReactorLink™ supply program. Valence generates income through upfront system purchases for its WaterMiner® and OxiMiner™ platforms, supplemented by recurring revenue from consumable anode supply, flocculant delivery, remote monitoring, and onsite servicing. This hybrid model creates predictable revenue streams while ensuring systems operate at peak performance throughout their lifecycle.

The Dual-Zone Electrochemical Platform for Rapid Treatment

Valence's most distinctive competitive advantage is its patented dual-zone reactor that integrates electro-coagulation and electro-oxidation into a single, continuous flow system. The WaterMiner® removes total suspended solids, heavy metals, oils, greases, and phosphates through electro-coagulation, while the OxiMiner™ breaks down dissolved organic compounds including phenols, BTEX, PAHs, and sulphides through advanced oxidation. This combination achieves in minutes what conventional treatment requires hours or days to accomplish, all within a footprint that fits inside a standard shipping container. For shipyards generating complex wastewater from hull washing and scrapping operations, this rapid, compact treatment enables on-site processing that eliminates hauling costs and regulatory exposure.

The Automated Operations Model for Minimal Staffing Impact

Valence has engineered its systems for fully automated operation that starts and shuts down in minutes, freeing facility personnel from the constant oversight required by conventional treatment plants. Real-time monitoring of consumables and process parameters alerts operators to maintenance needs before issues escalate. The ReactorLink™ program extends this automation through remote visualization, performance monitoring, and scheduled onsite servicing. For industrial facilities where staffing is already stretched, this automation transforms wastewater treatment from a operational burden into a managed service that requires minimal attention.

The Chemical-Free Approach for Environmental and Economic Benefits

Valence's electrochemical technology eliminates the need for chemical coagulants and caustic pH adjustment, reducing consumable volumes by up to 99 percent compared to conventional treatment. Sludge production is significantly reduced, and the sludge that is generated dewaters more readily, lowering disposal costs. The sealed system prevents odor release while providing complete disinfection suitable for process water reuse. For food processors facing stringent discharge limits and high surcharges, this chemical-free approach delivers compliance while reducing operating expenses.

The Modular Scalability for Diverse Industrial Applications

Valence's containerized and skid-mounted platforms provide flexibility that permanent installations cannot match. The W500 system fits inside a 20-foot shipping container and treats up to 100 cubic meters per day, while larger configurations scale to accommodate higher flows. Systems can be deployed temporarily for project-specific needs or permanently integrated into facility infrastructure. For shipyards, food processing plants, septic waste facilities, and stormwater management applications, this modularity enables treatment solutions that adapt to changing requirements without capital-intensive infrastructure modifications.

For industries struggling with high-strength wastewater in space-constrained environments, Valence Water offers the compact, rapid treatment that conventional technology cannot provide. Norman Keevil and his team have built an organization where electrochemical innovation, automated operations, and modular scalability combine to solve the most challenging industrial wastewater problems. With successful deployments in U.S. shipyards, ongoing research collaborations, and a growing portfolio of patented technology, Valence stands as the essential partner for facilities ready to transform wastewater from operational burden into managed solution.

Norman Keevil, CEO

"Our concern for the environment drives our passion for green technology, promoting stewardship and sustainability while connecting businesses with innovative industrial wastewater solutions."