CAJ | 학술논문

为研究基于生物絮团技术的碳源添加对池塘养殖水质的影响，分别在长春、沈阳、天津选取养殖水体中氨氮、亚硝酸盐氮浓度较高的池塘，实时测定水体中氨氮浓度，并按照公式计算出所需碳源（糖蜜）添加量，用养殖池塘水溶解均匀后全池泼洒。结果发现，添加碳源后，在长春养殖站，试验组氨氮有明显下降趋势，而对照组逐渐升高；在沈阳养殖站，实验组亚硝酸盐氮有下降趋势，但对照组缓慢升高，实验组的COD一直处于下降趋势，对照组COD先降低后升高；在天津养殖站，试验组氨氮有明显下降趋势，而对照组却一直升高。研究结果表明，向水体中添加碳源可以明显降低池塘水体中过高的氨氮，并对降低亚硝酸盐氮和COD有一定的作用。
위연구기우생물서단기술적탄원첨가대지당양식수질적영향，분별재장춘、침양、천진선취양식수체중안담、아초산염담농도교고적지당，실시측정수체중안담농도，병안조공식계산출소수탄원（당밀）첨가량，용양식지당수용해균균후전지발쇄。결과발현，첨가탄원후，재장춘양식참，시험조안담유명현하강추세，이대조조축점승고；재침양양식참，실험조아초산염담유하강추세，단대조조완만승고，실험조적COD일직처우하강추세，대조조COD선강저후승고；재천진양식참，시험조안담유명현하강추세，이대조조각일직승고。연구결과표명，향수체중첨가탄원가이명현강저지당수체중과고적안담，병대강저아초산염담화COD유일정적작용。
The higher concentration of ammonia nitrogen and nitrite nitrogen water of aquaculture ponds were selected to evaluate its effect on the pond aquaculture water quality by adding carbon resource in bio -flocs technology aquaculture system .The results found that with the carbon source added , in the Changchun experimental station, experimental group ammonia nitrogen significantly declined , while the control group increased;in the Shenyang experimental station,experimental group nitrite nitrogen and COD had a downward trend, but the control group increased slowly , while, the control group COD began to rise on August 17; in the Tianjin experimental station , test group had a obvious downward trend , but the control group increased constantly.The results showed that the adding of carbon resource can significantly reduce the high levels of ammonia nitrogen in the pond, and had a certain effect on reducing the concentration of nitrite nitrogen and COD.