养殖废水处理设备
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电机功率：KW
催化转速：r/min
电压：V
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养殖废水处理设备
本款机器是我厂根据客户实际反馈设计定制的设备，简单方便，无忧售后。
产品规格
生产能力：473.88 KBkg/h
电机功率：KW
催化转速：r/min
电压：V
定制详情：
设备尺寸：
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工艺特点 Technics Characteristic
畜禽养殖废水是农村面源污染的一大来源，大量排放的畜禽粪更污水日积月累，在各大城市周边地带形成了庞大的污染源，其中养猪废水是污染排放主体。针对猪场沼液富合氮、磷、有机物以及营养比例严重失调、碳氮比极低的水质特点采用的生物反应器处理技术是实现原位污染控制的根本途径。
污水处理设备通过一个运行周期内缺氧环境和好氧环境的多次交替，有效实现亚硝态氮的积累，能实现稳定的短程硝化反硝化脱氮，从而在硝化阶段节省40%的氧气消耗，在反硝化阶段节省25%的有机碳源消耗，污泥产量大幅减少，反硝化反应速率大幅提高，CO2排放量减少20%/同时，间歇曝气的运行模式下，缺氧反硝化过程中产生的碱度能及时补充好氧硝化过程中消耗的碱度，节省调碱药剂消耗，
Livestock and poultry wastewater is a majpor source of non-pont pollution in rural areas, a large amount of livestock and poultryexcrement sewage cumulative, in the surrounding areas of major cities formed a huge source of pollution. Pig wastewater is themain body of pollution discharge. In view of the pig farm biogas liquid rich in ntrogen; phosphorus, organic matter and nutrientratio serious mbalance, carbon to nitrogen ratio is very low water qually charactenistics. High-efic ent bioreactor treatmenttechnology is the fundamentalway to achieve in-situ pllution control.
Batch batch boreactor with intermitent. aeration can effectively realize the accumulation of ntrte nitrogen and realize stabledenitrification and denitrification by alternating the anoxic environment and aerobic envronment in a single operating cycle,Thus, 40% oxygen consumption was saved in nitrification stage, 25% organic carbon consumption was saved in denitrificationstage, sludge production was greatly reduced, and denitr fcation reaction rale was greatly increased. At the same time, underthe operation mode of intermttent aeration, the akalinity proouced in anoxic dentrfication process can replenish the alkalinityconsumed in aerobic nitrification process and save the consumption of alkali regulating agents.
畜禽养殖废水是农村面源污染的一大来源，大量排放的畜禽粪更污水日积月累，在各大城市周边地带形成了庞大的污染源，其中养猪废水是污染排放主体。针对猪场沼液富合氮、磷、有机物以及营养比例严重失调、碳氮比极低的水质特点采用的生物反应器处理技术是实现原位污染控制的根本途径。
污水处理设备通过一个运行周期内缺氧环境和好氧环境的多次交替，有效实现亚硝态氮的积累，能实现稳定的短程硝化反硝化脱氮，从而在硝化阶段节省40%的氧气消耗，在反硝化阶段节省25%的有机碳源消耗，污泥产量大幅减少，反硝化反应速率大幅提高，CO2排放量减少20%/同时，间歇曝气的运行模式下，缺氧反硝化过程中产生的碱度能及时补充好氧硝化过程中消耗的碱度，节省调碱药剂消耗，
Livestock and poultry wastewater is a majpor source of non-pont pollution in rural areas, a large amount of livestock and poultryexcrement sewage cumulative, in the surrounding areas of major cities formed a huge source of pollution. Pig wastewater is themain body of pollution discharge. In view of the pig farm biogas liquid rich in ntrogen; phosphorus, organic matter and nutrientratio serious mbalance, carbon to nitrogen ratio is very low water qually charactenistics. High-efic ent bioreactor treatmenttechnology is the fundamentalway to achieve in-situ pllution control.
Batch batch boreactor with intermitent. aeration can effectively realize the accumulation of ntrte nitrogen and realize stabledenitrification and denitrification by alternating the anoxic environment and aerobic envronment in a single operating cycle,Thus, 40% oxygen consumption was saved in nitrification stage, 25% organic carbon consumption was saved in denitrificationstage, sludge production was greatly reduced, and denitr fcation reaction rale was greatly increased. At the same time, underthe operation mode of intermttent aeration, the akalinity proouced in anoxic dentrfication process can replenish the alkalinityconsumed in aerobic nitrification process and save the consumption of alkali regulating agents.