1) residue of circulating cooling water of refinery
炼油循环水排污水
1.
The overall purpose of this research was to confirm the feasibility of treating residue of circulating cooling water of refinery using dissolved air floatation process.
为了确定混凝气浮法处理炼油循环水排污水的可行性,在几种常用混凝剂中通过试验选定无机混凝剂PAC,配合有机PAM使用,再通过正交试验确定混凝剂的最佳使用条件,在此条件下通过试验确定混凝沉淀法的效果,最后用混凝——气浮法处理炼油循环水旁滤反冲水,结果表明使用混凝——气浮法处理这种废水并回用可以满足要求且有明显优势。
2) circulating cooling water system
炼油循环水
1.
Analyze the origin and harm of the microorganism in circulating cooling water system,Proposed the methods of continuously adding the oxidized disinfectant sodium hypochlorite and the biology dispersing agent,And regularly adding the highly effective broad spectrum non-oxidative bactericide,Then summarized the judgments and the examination means of the medium leaking in refinery.
对炼油循环水中微生物的来源及危害进行了分析,提出了连续投加氧化性杀菌剂次氯酸钠与生物分散剂,定期投加广谱高效的非氧化性杀菌剂的方案,并总结了炼油厂介质泄漏判断及检测办法。
4) circulating cooling wastewater
循环排污水
1.
The paper analyzed the membrane technology(microfiltration(MF)+reverse osmosis(RO))applies to pre-demineralization of the circulating cooling wastewater back to boiler feedwater in combination of engineering practice.
结合火力发电厂采用膜技术(微滤+反渗透)对循环排污水预除盐回用于锅炉补给水的工程实例,通过现场调试取得系统运行数据。
5) waste water from circulation
循环水排污水
1.
Using reverse osmosis technology,all types of waste water from circulation can be recycled to realize zero discharge.
利用反渗透技术对循环水排污水进行回收,合理利用全厂各种废水,实现废水零排放。
6) recycling water in refinery
炼油厂循环水
1.
Experiments about static simulation of microbicide MN-202 and Xinjiermiing to treat recycling water in refinery have been carried out.
对茂石化炼油厂循环水用杀生剂MN - 2 0 2的杀菌性能进行了实验室静态模拟 ,并与新洁而灭进行了研究比较 ,表明前者是一种广谱、高效、低毒的杀生剂 ,对水中不同的菌种 :异养菌、硫细菌、硫酸盐还原菌 ,MN -2 0 2的杀菌效果略好于新洁而灭 ,且随浓度、作用时间不同又有其特点。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条