The points of further improving the efficiency of bio-treatment of sulfate-laden wastewater were given at the same time.
同时，提出了进一步提高硫酸盐废水处理工艺效能的要点。
The removal efficiency of biological zeolite reactor is compared with that of biological active carbon and bio-ceramic reactor.
将生物沸石反应器与生物活性炭，生物陶粒反应器进行有效对比。
They also welcomed concrete cooperation in the fields of renewable energy, clean coal, bio fuel and energy efficiency.
双方同时欢迎在可再生能源、清洁煤炭、生物燃料和能源效率领域开展的具体合作。
The differences between efficiency of test and practical efficiency and the aspects needed to be considered when testing filter for bio-protection are discussed at the end.
对检测效率和实用效率之间的差别以及检测生物防护用过滤器所应注意的问题进行了讨论。
The novel AFBR which used reflux bio-gas to keep the wastewater fluidized has been investigated; and the efficiency of the reactor on beer production wastewater treatment.
研究了一种新型消化气回流厌氧流化反应器，并对其处理啤酒废水的效率、耐冲击负荷等特点进行了研究。
Modern mining bio-technology is a kind of environmental protective high-efficiency new technology of utilizing mining resources.
现代矿业生物技术是一种环境友好的矿物资源高效利用新技术。
Screening high-efficiency flocculant-producing bacteria by the effluent of bio-hydrogen production reactors was investigated.
为此，开展了利用生物制氢废液筛选高效产絮菌的研究。
The degradation, adsorption and mobility in water-soil system of herbicide are dominated factors to affect the bio-efficiency and lasting in the soil environment.
除草剂在水-土壤系统中的降解、吸附和迁移等环境行为是支配其在土壤环境中的生物有效性和持留性的重要因素。
Through analysis, the different composition of the microorganism bio-faces of these two systems is regarded as the main cause of the discrepancy of their treating efficiency.
分析认为生物相组成情况的不同是导致两个系统处理效果差异的主要原因。
Based on the experiments, the appropriation and efficiency of the utilization of facultative bio-chemical technology for aquatic wastewater treatment and reuse are discussed.
在试验基础上，对利用激波传质兼性生化工艺处理水产品保鲜废水的可行性进行了系统的研究与论证。
The structure, material, specific surface area and roughness of bio media are the important factors influencing the efficiency of in situ bio film technique.
填料的结构、材质、比表面积及粗糙度等是影响原位生物膜技术的关键因素。
The structure, material, specific surface area and roughness of bio media are the important factors influencing the efficiency of in situ bio film technique.
填料的结构、材质、比表面积及粗糙度等是影响原位生物膜技术的关键因素。
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