Significant levels of pollution, harmful chemicals, and disease-causing organisms are being detected throughout the world’s water systems at an increasing rate, including saltwater and coastal environments that serve as critical sources for desalination [1], [2]. Streams, rivers, lakes, and oceans are all impacted by industrial activity, population growth, and environmental stressors, threatening access to healthy, clean water for ecosystems, communities, and desalination infrastructure alike [2]. The availability of clean water is no longer a localized concern; it is a global challenge that continues to intensify, particularly in regions reliant on seawater desalination [3].

As contamination accumulates, natural water bodies lose balance, resulting in degraded water quality, reduced dissolved oxygen, increased pathogen loads, and higher organic and inorganic burdens [3], [4]. For desalination systems, this degradation translates directly into fouling, higher energy demand, and reduced membrane life [4]. Addressing these challenges requires proven, scalable solutions that restore healthy, clean water while improving desalination performance by reducing the contaminant load before downstream treatment.

When deployed as a desalination pre‑treatment, ClearE8 removes and solubilizes organics, reduces biofouling agents, and destabilizes complex contaminants before they reach desalination membranes or evaporators. This means less fouling, fewer clean‑in‑place cycles, extended membrane life, and lower energy demand throughout the desalination process.

By delivering cleaner influent water, ClearE8 allows desalination systems to focus on salt removal rather than contaminant mitigation—making desalination more efficient, more sustainable, and more cost‑effective.

ClearE8 solutions are designed for large‑scale water treatment applications, including coastal, marine, and saltwater environments. By eliminating accumulated contaminants and improving overall water chemistry, ClearE8 helps restore streams, rivers, lakes, and oceans while producing healthier feedwater for desalination facilities.

The result is clean water that supports aquatic life, improves ecosystem health, and strengthens long‑term water stewardship. With Advanced Oxidation Process (AOP) technology, ClearE8 delivers scalable clean water solutions that bridge environmental restoration and industrial desalination needs.

ClearE8 systems also enable water recycling and reuse, reducing waste and supporting sustainability goals across industrial, municipal, and desalination applications. By treating contaminated water at the source—or before desalination—organizations can safely reuse water, reduce discharge volumes, and lower operational costs while protecting access to healthy, clean water.

At the core of ClearE8’s performance is Advanced Oxidation Process (AOP) technology powered by ozone, a highly reactive oxidant that accelerates disinfection and contaminant breakdown. Oxidation is how nature purifies the earth, and ClearE8 amplifies this process to prepare water for efficient desalination, reuse, or environmental return. The result is measurable improvement in water quality, appearance, taste, and odor—delivering healthy, clean water exactly as nature intended.

References: [1] [2] [3] [4]