Squeeze dung dryer, looking for Dafeng biogas energy equipment factory in the order of 
 Dafeng biogas energy equipment factory in the order of 
 Located in the beautiful and rich Yellow Sea, the National Wetland Park - Dafeng City. Founded in 1999, the plant material predecessor Jiang Su Linfeng Machinery Manufacturing Co., Ltd., in 2010 restructuring. Our factory is committed to the development of biogas energy involved in biogas production, application of biogas residue, biogas slurry and other integration processes of design and construction, and gas storage to achieve a breakthrough, the production of gas cabinets and away from the marsh-action slag, slurry separation of GM small-scale sewage treatment equipment, has achieved national patent. Patent No. divided ZL2009.2.0004245.6 and ZL2009.2.0152299.7, compared to conventional devices in the technology, life, greatly enhance the economy ... ...! 

 Dafeng biogas energy equipment factory in the order of 

 Address: Dafeng City Dahua Road 48, Hongji Building, 0603 

 Tel :0515-83284888 8,353,111,183,510,000 

 National toll-free hotline :400 -696-8848 
 Fax :0515 -83,525,288 

 Mobile: 15861904888 18912528444 

 Contact: Welwyn 

 Website: www.yczhongkun.com www.zczqsb.com 
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 More traditional obligate aerobic bacteria, phosphorus removal process, denitrifying phosphorus removal bacteria can save about 50%, respectively, and 30% of the COD and oxygen consumption, a corresponding reduction in the amount of excess sludge by 50%. Denitrifying phosphorus removal process in COD due to the greatly reduced requirements, the excess of COD therefore be separated, and make methanation to avoid the oxidation stability of a single COD (to CO2). Attributed to the reduction in aeration energy, and the excess energy generated after methanation COD, such a combination of energy savings will eventually lead to the amount of CO2 released into the atmosphere significantly reduced. Therefore, the enrichment of bacteria with denitrifying phosphorus removal treatment system can be regarded as sustainable treatment process. Traditionally, two have been fully recognized biological pathways, nitrification (NH +4 → NO3-) and denitrification (NO3 → N2) is used in wastewater treatment biological nitrogen removal. This traditional way of biological nitrogen removal from a sustainable point of view is not the best, because the fully oxidized to nitrate nitrogen, ammonia must first spend a lot of energy (for aeration); Second, there need to have sufficient carbon (COD) to restore nitrogen to nitrate nitrogen. The traditional way of improvements may be by means of nitrogen from the Netherlands TUDelft recently developed a medium-temperature nitrification technology - SHARON achieved. 

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 Squeeze dung dryer, looking for Dafeng biogas energy equipment factory in the order of