CWV technology utilizes mineral-rich processed water to produce potable water that can be recycled into community water supplies for both consumption and irrigation. Systems can also be configured to generate green ammonia and urea to support more sustainable fertilization practices.

CWV’s advanced energy recovery system produces significant green thermal energy and sustainable electricity. Depending on system configuration, CWV technology can also support the production of eSAF, biodiesel, and MTBE, contributing to a more sustainable energy and transportation sector.

CWV’s modular systems support the production of green hydrogen for retail hydrogen hubs while generating substantial amounts of green energy. This energy can be used to convert tertiary- or groundwater into potable water for reuse within communities, promoting sustainable water management.

By integrating CWV systems into downstream processes and utilizing recovered CO₂, industries can produce methane and methanol. Additional configurations also enable the production of eSAF, biodiesel, and MTBE, helping manufacturers adopt more environmentally responsible practices.

CWV technology can efficiently desalinate seawater to produce clean, potable water. Our self-sustaining, zero-carbon system utilizes wastewater and scrap aluminum as feedstock, providing a sustainable solution to water scarcity while ensuring a reliable supply of fresh, salt-free water.

CWV Technology can effectively support AI and HPC data centers by providing reliable, on‑site, clean power through its patented aluminum‑water electrochemical generation systems. By converting recycled aluminum into continuous electricity and fuel‑cell‑grade green hydrogen, CWV reduces dependence on constrained utility grids and diesel backup systems while enabling resilient, off‑grid operation. Its modular design supports scalable data center growth and zero‑carbon operations, making CWV a strong fit for sustainable, high‑density AI data center infrastructure.