1) mix and combination
混化
1.
Optimized parameters on the process of TSP were obtained by mix and combination of phosphate rock powder and phosphoric acid.
研究了磷矿粉和磷酸混合化成制重过磷酸钙的工艺条件 ,得出了最优的工艺条件 ,即在试验用磷矿和磷酸的前提下 ,混化最优工艺条件为 :①磷酸质量分数 (P2 O5) 45 % ,酸温 80～ 90℃ ,②磷酸质量分数 (P2 O5) 46% ,酸温 80℃ ,③磷酸质量分数 (P2 O5) 48% ,酸温 60℃ ,三者磷酸过量系数均为 10 0 % ,可获得一级品以上的重钙和87。
2) enhanced flocculation
强化混凝
1.
To address the requirements and characteristics of low-temperature(≤4℃) and anaerobic domestic sewage treatment in Qinghai-Tibet Plateau,the mechanism of advanced treatment of enhanced flocculation and catalytic electrochemical oxidation of cold domestic sewage in the Plateau was studied.
针对青藏铁路沿线列车站段生活污水在低温(≤4℃)、缺氧条件下的处理要求及特点,研究了强化混凝、催化电氧化技术深度处理高原地区低温生活污水的机理,提出了青藏高原地区低温生活污水处理的最佳工艺组合。
3) chemical coagulation
化学混凝
1.
Treatment of low concentration domestic sewage by chemical coagulation,UASB and MUSB reactors;
化学混凝—UASB—MUSB工艺处理生活污水
2.
Study on the removal of chromium from tanning water by chemical coagulation method;
化学混凝法处理制革废水中铬的研究
3.
Biological aeration filter is combined with chemical coagulation and is used for the treatment of wastewater from municipal wastewater work for the purpose of reuse.
提出化学混凝与曝气生物滤池结合,通过混凝处理和生物膜过滤的双重作用,对城市二级处理出水进行深度处理,以实现污水的回用。
4) co-digestion
混合消化
1.
The co-digestion of two wastes had better performance than single-digestion due to well-balanced .
4%;混合消化时,由于发酵物营养平衡和C/N比得到改善,缓冲能力增强,因此混合消化效果要好于两者单独消化。
5) Coagulation
[英][kəu'ægju'leiʃən] [美][koægjə'leʃən]
化学混凝
1.
Oil separation, coagulation, anaerobic digestion and contact oxidation are used as pretreatment for high strength while coagulation, contact oxidation and dissolved air floatation for the mixed (low strength and pretreated effluent of the high strength).
通过国内某植物油厂废水处理工程实例表明,废水按高低浓度分流处理,采取隔油—厌氧消化—化学混凝—耗氧生化处理工艺,能稳定达到国家要求的排放标准,同时降低工程投资和运行费用。
2.
Because of the low biodegradability of the effluent, coagulation was chosen as the polishing treatment before discharge.
本文进行了化学混凝法处理光合细菌法出水的试验，研究了几种混凝剂在不同投药量、ｐＨ及投加阳离子聚丙烯酰胺情况下的混凝效果。
6) blend carbonization
共混炭化
1.
Polymer blend carbonization is hopeful to become one method of finely controlling the pore size of carbon materials.
聚合物共混炭化法有望成为一种能够对炭材料孔径进行精细控制的方法。
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参考词条