wastewater造句
181. Any turbidity in the drinking water is automatically associated with possible wastewater pollution.
182. Ion exchange membrane for the separation for ion exchanging eluate is posed in accordance with the problem of electroplating wastewater treatment in this paper.
183. The situation and progress in innocuous treatment phenolic wastewater were summarized paper.
184. SBR system is one of the wastewater treatment processes that deserves a large range of application.
185. Ozone oxidation and ultrasonic-activated carbon processes have been used respectively for the advanced treatment of the biochemically treated printing and dyeing wastewater.
186. Ferrous cyanide process was applied to treating cyanide in washing wastewater of blast furnace gas by means of orthogonal experiment design.
187. When ferrous salt is used as a coagulant to treat wastewater, if there exists superfluity in the process of coagulation to sedimentation, purged water will be clear.
188. Oxidation methods are treatment techniques of the phenol wastewater with a great developable future.
189. Experiments on treatment of gas washing wastewater from gasworks are conducted by use of a technique of molysite deposition, electrolysis, and biochemistry.
190. The mechanism of iron - deoxidize and the application of iron - deoxidize in the pretreatment of all kinds of difficulty degradable industrial wastewater are introduced in this article.
191. Principal uses include ore processing, fertilizer manufacturing, oil refining, wastewater processing and chemical synthesis.
192. The effect of its being inoculated with anaerobic sludge on the electrogenesis capacity of glucose simulated wastewater has been investigated.
193. The most important parameters of wastewater such as COD, colority, turbidity etc, could be decreased efficiently by one step of coagulation.
194. If the wastewater concentration was too high, it would stimulate fungus, aminate bacteria, denitrifying bacteria and some anaerobic bacteria to propagate.
195. The slaughter-house wastewater treatment from a slaughter-house in chongqing by ABR is studied in this paper, the slaughter-house wastewater being the research object.
196. The possibility of removing dimethyl phenols from the wastewater produced in the production of xylyl-N-methyl-carbamates by liquid membrane separation method is studied.
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