The Global Water Crisis is often ignored, yet potentially the most devastating challenge facing world leaders. Water professionals lack the technology needed to address the complex problems they encounter.

SIS.BIO has developed ONE Biotechnology, a transformative innovation that enhances our ability to manage water in natural infrastructure, converting it back into a performing asset that delivers sustainable Renewable Water.

However, integrating and deploying new technology can be difficult. That’s why SIS.BIO works with water professionals at all levels, from political leaders and policymakers to researchers, operators, investors, and citizens, to develop Roadmaps to Renewable Water architected and enabled by ONE Biotechnology.

Wastewater Treatment

ONE Biotechnology optimizes wastewater treatment, increasing effective capacity and reducing costs. It improves effluent quality, enables regulatory compliance, and minimizes environmental impact, all while reducing energy consumption and making stand-alone solar power feasible for smaller plants.

River Remediation

ONE Biotechnology restores rivers impacted by pollution, eutrophication, and anoxic water discharge from hydroelectric dams. It revitalizes aquatic ecosystems, improves water quality, and enhances the river’s natural ability to deliver Renewable Water.

Eutrophic Lakes

ONE Biotechnology reverses eutrophication in lakes, bio-dredges away accumulated organic sediment, controlling harmful algal blooms, improving water clarity, and restoring ecological balance. It enhances recreational value, maintains water quality, and protects aquatic life.

Hydroelectric Dams

ONE Biotechnology prevents the formation of anoxic zones in hydroelectric dams, protecting turbines from corrosion and ensuring the discharge of high-quality, oxygenated water. It safeguards aquatic life downstream and maintains the dam’s efficient operation.

Drinking Water Reservoirs

ONE Biotechnology maintains water quality in drinking water reservoirs, preventing eutrophication, controlling algal growth, and ensuring a safe, reliable, consistent source water quality.

This reduces treatment chemical usage and costs, which reduces disinfection by-products and makes it easier to meet regulatory compliance.

Plant operations are not disrupted nearly as much by the need to backwash filters clogged by algae, organics, or flocculated matter.