1) two-stage SBR process
两级SBR工艺
1.
The result shows that two-stage SBR process phosphorus and nitrogen removal simultaneously is feasible.
实验证明两级SBR工艺系统生物除磷脱氮是可行的。
2) two-stage SBR
两级SBR
1.
The operation model of two-stage SBR for phosphorus and nitrogen removal without outer carbon sources;
两级SBR无外加碳源除磷脱氮的运行模式
2.
Taking simulated domestic sewage as treatment object,the characteristics of separate-stage phosphorus,organic substrate and nitrogen removal were studied in two-stage SBR by contrast experiment and mechanism analysis under the normal temperature,its efficiency-predominance was analyzed.
以模拟生活污水为处理对象,在常温条件下,采用对比试验与机制分析方法,研究了两级SBR工艺分级除磷、去除有机物及脱氮的特性,分析了工艺的效能优势。
3) SBR process
SBR工艺
1.
Rice washing water treatment by hydrolytic acidification+SBR process;
水解酸化+SBR工艺处理洗米废水
2.
Effect of the sludge granulation on nitrogen and phosphorus removal in SBR process;
SBR工艺污泥颗粒化对生物脱氮除磷特性的研究
3.
Eeperimental Study on the Wastewater Containing Ammonia and Pnenol by SBR Process;
SBR工艺处理含苯酚及氨氮废水的试验研究
4) UniFed SBR process
UniFed SBR工艺
1.
Effects of influent C/P ratio on performance of UniFed SBR process;
进水碳磷比对UniFed SBR工艺性能的影响
2.
Research on principles of nutrient removal in UniFed SBR process;
UniFed SBR工艺除磷脱氮机理研究
3.
Based on the traditional SBR process,a new type of biological phosphorus and nitrogen removal process―UniFed SBR process was developed.
介绍了UniFed SBR工艺的生物脱氮除磷原理,并以Visual C++语言作为开发工具,以微机、I/O卡等作为主要硬件设备,开发了采用空气堰排水的UniFed SBR工艺的微机自动控制系统,实现了对该工艺的时序控制以及过程优化控制。
5) SBR
SBR工艺
1.
Application of the Hydrolysis-acidification + SBR Technology in Beer Wastewater Treatment;
水解酸化+SBR工艺在啤酒废水处理中的应用
2.
A New Technology of Sewage Biological Treatment-SBR;
污水生物处理新技术——SBR工艺
3.
The study of removing Bisphenol A using synthetic wastewater by the sequencing batcher reactor (SBR) technique;
SBR工艺去除模拟城市污水中双酚A的研究
6) SBR technique
SBR工艺
1.
Experimental research on phosphor and nitrogen removal ofcivil waste water with SBR technique;
SBR工艺用于生活污水除磷脱氮的试验研究
2.
The article introduces the application of compound anaerobic reactor-SBR technique in the treatment of high concentrated foul water in manual slaughterhouse.
用复合式厌氧反应器-SBR工艺处理高浓度人工屠宰废水,经该工艺处理后,出水水质达到GB13457—92《肉类加工工业污染物排放标准》中二级标准。
3.
Studied the effects of various DO and C/N on simultaneous nitrification and denitrification in treating ammonia nitrogen wastewater by SBR and explored the rules and characteristics of SBR technique.
采用SBR工艺处理氨氮废水,研究不同的DO和C/N对同步硝化反硝化的影响,探索硝化反硝化一体化工艺的规律和特性。
补充资料：两转两吸流程工艺
分子式：
CAS号：
性质：生产硫酸的工艺。含二氧化硫炉气在转化器前层催化床内进行第一次转化，转化后气体进入中间吸收塔，转化生成的三氧化硫被吸收生成硫酸，出中间吸收塔的气体返回转化器，使余下的二氧化硫在后层催化床中再次进行转化，生成的三氧化硫在最终吸收塔内被吸收生成硫酸。按照第一、二次催化床层数的不同，可有(3+1)型四段转化、(2+2)型四段转化和(3+2)型五段转化等几种模式。该工艺的优点是：二氧化硫的转化率可达99.5％～99.8％，尾气不需处理即可达环保要求；硫利用率较高，可控制较高的进转化器二氧化硫浓度，故在同等产量时其处理气量较一转一吸装置为少。
CAS号：
性质：生产硫酸的工艺。含二氧化硫炉气在转化器前层催化床内进行第一次转化，转化后气体进入中间吸收塔，转化生成的三氧化硫被吸收生成硫酸，出中间吸收塔的气体返回转化器，使余下的二氧化硫在后层催化床中再次进行转化，生成的三氧化硫在最终吸收塔内被吸收生成硫酸。按照第一、二次催化床层数的不同，可有(3+1)型四段转化、(2+2)型四段转化和(3+2)型五段转化等几种模式。该工艺的优点是：二氧化硫的转化率可达99.5％～99.8％，尾气不需处理即可达环保要求；硫利用率较高，可控制较高的进转化器二氧化硫浓度，故在同等产量时其处理气量较一转一吸装置为少。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条