In the experimental condition, Bioaugmentation technology was used to treat coking-plant wastewater in the activated sludge process.
在实验室条件下，将生物强化技术运用于活性污泥处理焦化废水中。
The sealing method for determining COD in coking plant wastewater is introduced and compared with reflux method.
介绍了用密封法测定焦化厂废水COD的方法，并与回流法进行了比较。
Adsorption test for toxic phenols wastewater from a coking plant was carried out using Specially-made activated carbon from Lignite under dynamic and static conditions.
采用特种活性炭在静态和动态条件下进行焦化含酚废水的吸附试验。
The successes of plant tests and pilot tests for the treatment of high ammonia-nitrogen and coking wastewater with IMCs technology indicated that the IMCs had a broad perspective.
固定化细胞技术在处理高氨氮废水和焦化废水的中试和工业试验的成功，表明了这一技术在化工废水处理领域的广阔前景。
The successes of plant tests and pilot tests for the treatment of high ammonia-nitrogen and coking wastewater with IMCs technology indicated that the IMCs had a broad perspective.
固定化细胞技术在处理高氨氮废水和焦化废水的中试和工业试验的成功，表明了这一技术在化工废水处理领域的广阔前景。
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