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121. In this paper, the types and characteristics of biocatalytic membrane reactors and their applications in food industry, pharmaceutical industry and wastewater treatment fields were reviewed.

122. Azo dye wastewater is hard to degrade due to its high content of organic compounds, its complexity of the components and high chroma.

123. Phenolic acid wastewater was a typical organic chemical industrial wastewater which was poor degradable and toxic.

124. It is introduced that the treatment technology of cleaner production of monosodium glutamate wastewater ( MGW ).

125. Wastewater treatment plants successfully employ oxygen to enhance their chemical process efficiency.

126. Papermaking wastewater was treated by process of pre oxidation coagulating sedimentation in the study.

127. This paper summarized the study and development of applying electrochemical methods on wastewater treatment . supply water treatment and recirculating cooling water treatment.

128. An adsorption biodegradation process was used to treat brewery industrial wastewater.

129. "How can it be borne?" The picturesque and fairylike Shuanghsi River mouth will become a graveyard where 4th Nuclear Power Plant discharges the high-temperature wastewater.

130. After wastewater is pretreated by iron scrap method, the ratio of COD/N lowers, nitritation process will be carried out much earlier, which is beneficial to shortening the total aeration time.

131. The niche of SRB is a key factor in the sulfate wastewater treatment in acidogenic - desulfate reactor.

132. The content of para-aminophenol in dye wastewater was determined by spectrophotometric method with Berthelot reagent as an oxidant.

133. Solvent extraction is accomplished by the addition of an immiscible solvent to the wastewater.

134. The main composition of this wastewater is acetaldehyde, paraldehyde, metaldehyde, pyridine and some acetaldehyde polymers.

135. The fact that the OMEGA process would clean up wastewater and help sequester carbon dioxide doesn't hurt, either.

136. Manganese ore (PGM) and powder active carbon (PAC) are used in static experiment to decolorize dyestuffs Rhodamine B and methyl orange wastewater.

137. The prospect of coal tar on the treatment of phenolic wastewater was further described.

138. With proper operation conditions, it can have high effluence of treatment in bio-oxidation pond for the low concentration coke plant wastewater.

139. With so many pressing urban challenges(sentencedict .com), they see wastewater reuse as an added burden with no direct or immediate value.

140. By immobilizing the enriched nitrobacteria separately, the feasibility of applying microorganism immobilization technology to the denitrification of coking wastewater is studied.

141. This paper reports the application of a bench-scale submerged membrane bioreactor(MBR) to treatment of wastewater from pre-dying process including de-sizing, kiering, bleaching and mercerizing.

142. The effect of Ulva Pertusa on the removal of nutrient salt in piscatorial wastewater was studied.

143. Degradation of TNT wastewater by the electro - hydraulic discharge plasma technique was investigated.

144. It is proposed that the decentralized system for wastewater treatment and reuse is the promising fields for MBR and the control of membrane fouling is still the key point for MBR technology research.

145. Finally, an example of multiclass classification for monitoring operation status of wastewater treatment processes was given.

146. The pre - oxidization have enhanced the biodegradability of wastewater, and the COD removing rate obtained certain enhancement.

147. Process integration technology provided the research of wastewater reduction supportsystematic approach , and circular economic thought gave.

148. The decoloration effect of wastewater containing azo dye(reactive brilliant red X-3B) by white rot fungus was primarily discussed.

149. The treatment of tannery wastewater contained DMF is discussed and might be helpful in practical applications.

150. A example of using one step purificator to treat electroplate wastewater in a factory has been described in this paper.