DnEco Opening First International Office in California for Supply of Patented RABC System for Waste Water Treatment
DnEco’s proprietary and patented Rotating Activated Bacillus Contactor, or RABC, System, is an advanced biological solution to waste water treatment needs developed by Dr Yeon Jae Cho, a Korean national, who has been centrally involved in the country’s waste water treatment industry for over 30 years.
The RABC System addresses waste water treatment requirements associated with human waste, livestock waste, food-processing, and a wide range of industrial waste waters and is currently operational in over 20 waste water plants in Korea.
The company's technology has already sparked considerable interest in California, which has the most stringent environmental controls in the United States, recently strengthened further with the introduction of the Global Warming Solutions Act of 2006 by Governor Schwarzenegger signed at the end of September 2006. Support in favour of the RABC System has been garnered from numerous officials and state and federal agencies such HUD (Housing and Urban Development), California State Water Resources Control Board, and the California Business, Transportation and Housing Agency, also Congressmen Devin Nunes, and the Lieutenant Governor of California Mr. Cruz M. Bustamante, and several dairy-related associations in the state.
The RABC System, produces the cleanest levels of waste water effluent, totally removes offensive odour from waste water with no extra deodorization facilities required. It also eliminates a number of harmful elements in waste water, including Volatile Organic Compounds (VOCs), chlorine, benzene pesticides, bromides, which are associated with cancer causing agents, and eliminates the pre-conditions for the growth of E-Coli.
It also competes overwhelmingly in terms of cost with existing biological solutions for the treatment of waste water, delivering savings in the region of 30% to 50%, depending on specification on energy consumption. The technology eliminates the need for ponding basins, and dairy lagoons, minimizing land consumption, and cutting the duration of treatment by 90 percent, and eliminates the need for EIRs (Environmental Impact Reports). It also offers the potential for significant savings on construction and maintenance costs over comparable technologies. In addition to application in new waste water treatment plants, the RABC System is very well adapted for retrofitting projects on existing plants, often freeing plant real estate for re-purposing . In many instances the solid waste by-product is fertilizer-grade, which the company plans to capitalize on appropriate projects.
Dr Giryong Jung, President of the Overseas Business Division of DnEco, said: “we are excited about our move into the Californian waste water processing market as we believe the RABC System is the only technology which can viably and cost effectively fulfil the necessary requirements for all permit processing, especially for the dairy industry in particular to come into compliance with California State’s stringent environmental regulations, and to help its prospective customers avoid substantial fines, such as those which have been levied against many industry participants in recent history.” DnEco believes that the RABC System surpasses in effectiveness any waste water treatment in use today, with its effluent levels having recently been classified as swimmable, due to its effective removal of chlorine, a cancer-causing agent, allowing the treated water to be discharged into any public domain such as irrigation canals, rivers, and reservoirs.
DnEco's RABC System has been given a unique designation and grant funding for further research by the Korean government’s ECOStar Program, thereby recognizing its potential to become a world-class environmental technology in the coming years.
웹사이트: http://www.dneco.com
연락처
Mr Shin Bong-soo, DnEco Co. Ltd, 29-22 Zamwon-Dong Seochu-Gu, Yoondesign bldg, Seoul, Korea 137-904 tel: +82 2 6711 6708 email: 이메일 보내기 For further details, visit DnEco’s website at www.dneco.com
