CAJ | 학술논문

MSBR工艺是连续流与序批操作相结合的新型生物脱氮除磷技术，由于它的后置反硝化设计，碳源不足制约了系统的脱氮效果。为改善这种状况，进行了将部分原水分流至缺氧区的试验。结果表明：引入原水后，缺氧区的反硝化速率常数提高了一倍，系统的反硝化速率和脱氮率相应提高。与此同时，分流造成了厌氧区的碳源不足，加之厌氧区的回流增加，引入了较多的硝酸盐，使磷的释放和过量吸收受到影响，除磷效果下降。另外，针对中间沉淀区暴露出的运行和设计问题提出了一些改进措施。
MSBR공예시련속류여서비조작상결합적신형생물탈담제린기술，유우타적후치반초화설계，탄원불족제약료계통적탈담효과。위개선저충상황，진행료장부분원수분류지결양구적시험。결과표명：인입원수후，결양구적반초화속솔상수제고료일배，계통적반초화속솔화탈담솔상응제고。여차동시，분류조성료염양구적탄원불족，가지염양구적회류증가，인입료교다적초산염，사린적석방화과량흡수수도영향，제린효과하강。령외，침대중간침정구폭로출적운행화설계문제제출료일사개진조시。
MSBR process is a newly developed biological nutrient removal technology,which combines continuous-flow reactor with SBR process.In order to improve nitrogen removal efficiency,the influent was introduced to anoxic zone and nitrogen and phosphorus removal efficiencies were studied.The results showed that the denitrification rate coefficient doubled and the nitrogen removal efficiency increased,while the phosphorus removal declined due to decreased carbon source and increased nitrate content in anaerobic zone.According to the problems appeared in the study,several modifications on operation and design of intermediate settling tank were proposed as well.