Water/Wastewater
Novel Advanced Oxidation Technologies for COD & TOC, Recalcitrant & Xenobiotic Organic Contaminants Oxidative Destruction
Mar 30 2009
The enormous diversity of toxic and organic pollutants of different hemical composition and the tightening environmental standards eliminates the possibility of using a universal treatment method and has led to the development of special treatment methods for water & gas decontamination.
Advanced Oxidation Technologies (AOTs) are among the most promising emerging oxidation processes and are anticipated to play a crucial role in water & gas treatment as stand-alone processes or in combination with conventional technologies. Among advanced oxidation technologies, the CATADOX process is of particular interest because of high efficiency and environmentally friendly features. The CATADOX process was developed, designed and tested by ESCO International. Several AOP plants have already been successfully supplied to treat industrial waste water. The largest AOP systems have been designed to treat 300 and 600 m3/h for TOC (total organic carbon) reduction. The process uses unique combinations of ozone, UV, hydrogen peroxide and proprietary catalyst to enable municipal & industrial customers to meet stringent environmental and water reuse/reclaim standards. The CATADOX can efficiently treat a wide range of recalcitrant & xenobiotic organic contaminants and concentrations and is very effective in challenging applications such as non-biodegradable COD, TOC reduction and VOCs abatement. ESCO International (UK) solutions & technologies provide an innovative portfolio of technical services and equipment, specializing in Ozone, UV and advanced oxidation processes and treatment solutions for water, wastewater, gas effluents and odour treatment.
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Events
Jul 10 2024 Birmingham, UK
Jul 21 2024 Cape Town, South Africa
Australasian Waste & Recycling Expo
Jul 24 2024 Sydney, Australia
IWA World Water Congress & Exhibition
Aug 11 2024 Toronto, Canada
Aug 25 2024 Stockholm, Sweden and online
