Producing a single pair of jeans can consume over 5000 liters of water, equivalent to five years of drinking water for one person [1]. Natural fibers like cotton require massive water inputs for growth and even more for washing and dye water processes [2]. Synthetic materials such as nylon, polyester, and acrylic contribute significantly to microplastic pollution, with over one third of microplastics in waterways originating from textiles and 85% of clothing ultimately ending up in landfills [3], [4]. Washing and dye water operations are a major source of environmental contamination and pollution, often in underdeveloped regions [4], [5]. Access to reliable clean water is critical to reducing environmental impacts and ensuring sustainable apparel production [6], [7].

ClearE8 systems apply Advanced Oxidation Process (AOP) technology to break down complex organic chemicals and dyes, improving water clarity, color, taste, and odor. By treating dye water and other process water streams, facilities can maintain efficient operations, protect ecosystems, and reduce the environmental footprint of apparel manufacturing.

Recycled clean water can be reused in production cycles, reducing overall water demand and contributing to circular water management practices. ClearE8 systems generate ozone nanobubbles that produces healthy, clean water. In essence, it shreds pathogens – bacteria, viruses, molds and other toxins commonly found in water. The by-products of our treatment are basic molecules found in nature such as oxygen gas (O₂), water (H₂O), carbon dioxide (CO₂), and nitrogen gas (N₂). We also increase the dissolved oxygen in the water, producing water that is not only clean, but healthy and clean.

ClearE8 systems can be utilized in apparel manufacturing facilities to generate healthy, clean water for reuse in the facility that reduces effluent contamination and release of toxins to the environment. In addition, post treatment of contaminated water from the facility enables water to be safely returned to the environment or recycled for use and reduces the cost of dealing with hazardous waste.

Our system engages several Advanced Oxidation Processes to ensure complete destruction of organics and complex chemicals. At the core of the system is ozone, a highly reactive oxidant, that supercharges the disinfection and cleaning process. Oxidation (AOP) is how Mother Nature cleans the earth. These Advanced Oxidation Processes (AOP) remove and solubilize organics from water-based fluids, improving the water quality, color, taste, and odor.

References: [1] [2] [3] [4] [5] [6] [7]