Separation

Three-step process for reverse osmosis that achieves high-rate water extraction within a low-energy continuous process. Water and salt separation is accomplished with a draw solution called Switchable Water Salt (SWS) and heat. This system extracts the greatest amount of water from the most challenging process streams while using the least amount of energy. Reduced greenhouse gases by up to 40% compared to conventional disposal methods. The process also reclaims up to 90% of the freshwater from the waste stream.

Sulfonated polymer membrane technology for cheaper and less energy-intensive water desalination. This technology can withstand higher pressures, allowing for higher water flux and transport rates. These higher rates increase efficiency while lowering costs. The membrane's structure gives it ion selectivity, low electrical resistance, wet and dry mechanical strength, and good dimensional stability in wet and dry conditions. The membrane's resistance to chlorine also makes it a better option than conventional materials that lack chlorine resistance because it avoids the pretreatment process.

Enzymatic scouring, or BioPreparation™, for the pretreatment of cotton knits, woven yarn, and towels. Uses pectinase to remove pectin and wax from cotton fiber, producing fabrics with instant absorbency for even dyeing. Water savings up to 67%, time savings up to 50%, and energy savings up to 50% compared to traditional pre-treatment. Saves to energy and water by removing the need for separate handling and optimization of wetting agents and emulsifiers. Eliminates harsh chemicals used in traditional scouring, such as strong alkaline & bleaching chemicals.

Separates live plants or algae into various bioactive components. This technology uses colloidal chemistry to gently separate live plants or algae into various bioactive components (Zeta Fractions) without solvents and with minimal energy consumption.
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https://www.ashland.com/industries/personal-and-home-care/who-harnesses-the-power-of-nature

Hydrophobic ether solvent with applications in reactions, extraction, crystallization, polymerization, and coatings. CPME is a widely applicable replacement for Tetrahydrofuran (THF), Methyl Tert-Butyl Ether (MTBE), Dioxane, and other solvents. CPME can be used in reactions, extractions, crystallizations, polymerizations, and coatings. CPME is hydrophobic and quick drying, functions at a wide range of temperatures, and has a low heat of vaporization and exothermic decomposition energy.

Slicker Recycling, a waste oil collection company, uses Hydrodec's hydrogenation refining technology to re-refine used and contaminated waste oil. This company applies proprietary technology to re-refine used and contaminated waste oil to produce high-quality industrial oils for reuse. The technology removes detectable levels of PCBs from used transformer oil. The high-quality industrial oils produced include emission-free and cost-effective SUPERFINE™ transformer oil and naphthenic base oil. The process is highly efficient, with a recovery rate of 99% and near zero emissions.

Recovery of organic and inorganic chemicals from wastewater. Residual water is recycled through Anti-Solvent Crytystallization (ASC), Chemical Dewatering (ChD), Reactive Extraction (Rx), or Eutectic Freeze Crystallization (EFC). This extraction process eliminates secondary and tertiary pollution and eliminates the need for a landfill. Recycling water also reduces the amount of fresh water needed for the process. These processes are more efficient than traditional evaporators and address corrosion. 
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Filtering mercury and dioxin emissions. This technology reduces mercury and dioxin emissions from coal-fired power plants. It reduces effluent mercury levels by over 95% while maintaining the ash fly air retention properties. This technology is non-hazardous and landfill-safe. It is also scalable, as it can be implemented as a stand-alone solution or a part of a multi-pollutant treatment approach.