1. The huge outlet debouched the wastewater.

2. Wastewater processing is fundamental in order to maintain sanitary conditions as well as overall pleasant and modern living conditions.

3. The golf course will use reclaimed wastewater to water the grass.

4. Flax retting wastewater is organic wastewater of high concentration.

5. Piggery wastewater is a significant agricultural pollutant resources.

6. Wastewater can be purified by a riverbank filtration system.

7. As large amounts of wastewater from piggery farm are mostly discharged directly to environment without appropriate recycle and treatment today, that bring about a serious pollution.

8. The degree of treatment required for a wastewater depends mainly on discharge requirements for the effluent.

9. The wastewater from carbendazim production has been analyzed by chromatography, mass spectrography, infrared and UV spectrometry.

10. The wastewater containing azo dye was treated by internal electrolysis.

11. Experimental water includes analogue dye wastewater and practical printing and dyeing wastewater.

12. The source and damage of manganiferous wastewater were introduced. The control technology, sewage purification means and water resources protection were discussed.

13. Dyeing wastewater and acrylic acid wastewater were adopted as research objects in transpiring wall reactor with hydrogen peroxide as oxidant.

14. Decanedioic acid wastewater was treated by filter and super-filtration film in test.

15. The determination of COD in wastewater by potassium dichromate colorimetric method was discussed.

16. With the increase in pesticide wastewater of compounds that are difficult to biodegrade , conventional biochemical treatment methods cannot completely remove contaminants from wastewater.

17. The sewer carried wastewater from a home housing one suffering from the disease.

18. The application of the composite flocculant to treating wastewater from alkaline wheat-grass paper-making process, the satisfactory result was gained.

19. Separation process of terephthalic acid(TA)from colored alkali reduction wastewater by acidation was studied and TA was simply refined through pretreatment.

19. Wish you can benefit from our online sentence dictionary and make progress day by day!

20. Since incorporating in 1988, the city has connected fewer than half its residents and other users to its wastewater treatment plant.

21. Emission limits or prohibitions on hazardous air pollutants and effluent limitations on toxic wastewater discharges have been adopted.

22. Activated carbon has the ability to remove a wide variety of organic compounds from water and wastewater, even in trace quantities.

23. Experiments of the aeration treatment of uranium - contained wastewater by saccharomyces cere - visiae - activated sludge were carried out.

24. The pollutants removal efficiency in treatment of the municipal wastewater by membrane - fluidized bed bioreactor was investigated.

25. It was most advantageous to the coagulation that made the raw influent wastewater acidify 20 hours.

26. Chlorella pyrenoidosa was immobilized by calcium alginate and used to remove nitrogen and phosphorus from wastewater.

27. The pilot-scale have nine pools, the influent was from discharge channels containing aquacultural wastewater and community sewage near by Dapeng Bay. The experiment designs altogether has four stages.

28. The process and research of leachate treatment were analyzed, and all the methods were compared, found that after the pretreatment, commix leachate and town wastewater for a co-treatment was feasible.

29. Nitrate utilization rate test showed that the contents of organic compounds in raw wastewater were not sufficient for complete denitrification.

30. A simple method is described that can be used to determine bicarbonate and volatile fatty acid in wastewater by a two-stage sequential titration.

31. The factors influencing the rate of cadmium ion from laboratory wastewater by electrocoagulation method were investigated.

32. The article is mainly about the study on the feasibility and mechanism of the treatment with ultrasound enhancement ozonization to organic wastewater.

33. This paper describes the macrokinetics of treating high concentration organic wastewater by GL—AFB, in which IGM is used as a carrier and the methane is used as the lift power.

34. Feed-grade calcium hydrogen phosphate was prepared by defluorination and neutralization method with wastewater in phosphate fertilizer plant, diatomite, sodium chloride and lime milk as raw materials.

35. Environmental cleaning measures, the desulfurization agent and catalyst, membrane bioreactor wastewater treatment technology, the development of fast dust bag.

36. A new type of effective complex coagulant polysilicate aluminum ferric salt(PSAF) was prepared from coal gangue and pyrite slag and used as coagulant in the treatment of papermaking wastewater.

37. The biological contact oxidation method for treating yeast wastewater was investigated. Removals of BOD, COD and colority were more than 98%, 65% and 20%, respectively.

38. Riverside Wastewater Treatment Plant using improved type A 2 O process.

39. PACT-process is used for treatment of pharmaceutical wastewater of vitamin B1, the effect and influencing ingredient for organic substance removal by PACT- process is primarily investigated.

40. It is the key of the paper to design a type of detecting structure, which can avoid being contaminated by smeary oil, so that the on-line test of oil content in the wastewater can be realized in deed.

41. This "strange disease" is a sensation in the world of "Minamata disease", is the earliest because of industrial pollution caused by wastewater pollution of disease.

42. It turns out that biomineralized goethite adsorbed pollutants in the target wastewater quite rapidly, which shows its good adsorptivity.

43. This process is highly effective with low operating expense; it might be useful to treat similar wastewater with high organic concentration and fluctuant inflow.

44. Determination of dissolved oxygen in distilled water, tap water, pond water and wastewater were satisfied by iodimetry.

45. Especially, we have built a national criterion wastewater disposal plant. We put our efforts to protect the environment, achieving a harmonious co-existence between the human and nature.

46. Cynide Wastewater containing high concentration of 3%cynide and a variety of heavy metals is usually produced in the electro-plating and metal finishing processes.

47. In this study, risks for human infection associated with irrigation of municipal wastewater on short rotation willow coppice (Salix) were evaluated in three countries.

48. Constructed wetland system is an efficient biotechnique for wastewater purification with low investment, imbecility , low circulation fee and high eco-value.

49. The soluble concentration of arsenic is dependent upon both chemical form and wastewater PH.

50. By pre aeration in tanyard wastewater(), the effect of primary settling improves obviously.

51. Using CTL-12 types expedite testing apparatus analyses chemo oxybiontic quantity of wastewater. It absolutely accord technique claim of environmental monitoring, and it is simple and expeditiousness.

52. The sources, components and output of effluvium derived from municipal wastewater treatment plants were introduced in this paper.

53. Methods: To survey the lab operational procedure, supervising system and situation of experimental wastewater discharge by means of questionnaire.

54. The results shows that polyphosphate ferric sulfate is suitable to decontamination for sulfate, COD turbidness etc. in the wastewater.

55. A large amount of wastewater from piggery farm is mostly discharged directly without appropriate recycle and treatment, which can bring about a serious pollution to the environment.

56. Based on column experiments, we investigated the potential using sulfate reducing bacteria(SRB) and zero-valent iron(ZVI) to synergetic treat contamination in wastewater such as sulfate, uranium, etc.

57. There are lots of pathogenic bacterium and pathogenic virus in the wastewater from biologic product factory.

58. Wastewater from textile finishing operations is colored and contains COD and salt.

59. Biological film membrane bioreactor ( BFMBR ) and membrane bioreactor ( MBR ) were compared in treating washing wastewater.

60. Containing sulfadiazine and ketoprofen on the synthesis of pharmaceutical wastewater has a stronger effect on treatment of microbes. It is not used to be dealt with by biologic wastewater treatment.

61. The application of microwave irradiation technique to remove methyl orange from wastewater was introduced.

62. For many years chlorine has been the major disinfectant used in water and wastewater treatment plants.

63. Fluorescence fingerprint contains a great deal of pollutant information. By comparing EEMs of typical pollutants, the main fluorescence substances of wastewater are approximately identified.

64. The suggestion on water saving and the wastewater reclamation Methods: Were given.

65. This paper presents the results of treating wastewater in the production of organophosphorus pesticides, such as Rogor and Moniter, with a two -Stage of alkaline hydrolysis and biological oxidation.

66. Based on comparison of different options, it is decided to apply hydrolytic acidation - biological contact oxidation process to the treatment of pharmacy wastewater.

67. Cadmium in the wastewater was determined by directly colorimetric method with dithizone and OP emulsifying agent.

68. The wastewater oleoresin processing is acidic, and contains concentrated non biodegradable pollutants.

69. Purified purple non-sulfur bacteria 01S strain was separated and fostered from activated sludge of brewery wastewater and used to treat high concentrated organic brewery wastewater .

70. The quality of wastewater from alluvial gold mine and its treatment techniques were discussed.

71. High temperature of oil - field wastewater is also one of factors to adsorption biodegradation of organic compound.

72. And it was used as adsorbent to decolor wastewater containing direct red 4B and methyl orange. The factors affecting adsorption were studied.

73. The characteristics of pilot-scale membrane sequencing batch reactor (MSBR) treating synthetic wastewater were studied.

74. The VMD as a novel technology will play an important role in the treatment of uranium-bearing wastewater.

75. During modifying urban combined sewer into separated sewers, the urban combined sewer can be locally or totally retained as storm sewer on favorable conditions and new wastewater sewer can be built.

76. This experiment applied photo-electric -catalyzed to treat substantive mazarine (L) wastewater. It researched the relative factors which affected the decolorized degradation of dye wastewater.

77. There is only, at best , random monitoring of wastewater effluent by the pollution control agency.

78. This paper is the experimental study of the chemical coagulation phosphorus removal to the Taihu lake basin urban wastewater treatment firm of tail water which treated by A/O process.

79. The paper presents a method for processing wastewater with chromium by saw dust adsorption.

80. Bacteria chew up carbohydrates in the wastewater(), producing carbon dioxide.

81. In this study trimethyl amine was reclaimed from amination wastewater by using 001 hydrogenous strong-acid ion exchange resin. The recovery ratio is more than 90%.

82. The complex flora has been used for treating oil refinery wastewater. And the flora can produce Rhamnose lipids bio-surfactant to reduce surface tension of wastewater.

83. The chlorination wastewater was treated with circulating, time - delay, aeration process.

84. Through testing, reagent ratios of coagulant and flocculate have been selected for accelerating the settlement of coal dressing wastewater and lowering thickness of overflow.

85. Conduct test on wastewater treatment, RO, Paint, phosphate, degrease , metal working fluid, cleanness.

86. A new wastewater filtration technique using filter made of po - rous PE tubes was researched.

87. The application of smectite which is modified by quaternary ammonium compound cation surfactant, hexadecyltrimethylammonium (HDTMA) to industrial wastewater treatment has been studied.

88. The preparation of sepiolite compound adsorbent and its application to phosphorus wastewater treatment were studied.

89. An experimental study on treating the p-nitrophenol wastewater has been carried out with QH-1 and the HL-centrifugal contactor.

90. This paper studied the purification efficiency of wastewater in the static experiment by Oenanthe javanica.

91. This paper describes the study of poly - ferric sulfate coagulation - electrolytic floatation treatment of slaughter house wastewater.

92. When their treated wastewater enters the Arno River, Siddiqui says, "it is crystal clear."

93. Biological oxidation groove to treat wastewater in Daqu liquor production was introduced in this paper and its operation control system was studied.

94. Basing on the investigation, it can dig out the limitation of the existed wastewater treatment. In considering the running price, it analyzes the importance of reconstructing the existing system.

95. Anaerobic digesting technology is widely applied in bio-energy development and pollution control of piggery wastewater, and has restrained the pollution of pig farm discharge efficiently.

96. Some, such as the short-rotation willow coppice, will decontaminate soil that has been polluted with wastewater or heavy metals as it grows.

97. This article describes the wastewater recovery and cycle utilization technique for wet - scale phosphoric acid plant.

98. The economic background of the current municipal wastewater treatment process is discussed.

99. The dyeing wastewater which was oxidized by bio-aeration has been treated through the process of flocculation sediment, then filtrated with the slag.

100. Urban wastewater treatment plant ( UWTP ) undertaken by BOT - type scheme has been developmented rapidly nowadays.

101. And Chinese traditional medicine wastewater is the important constituent of industrial water pollution.

102. The Operation Procedure and Risk Management of Urban Wastewater Treatment Plant Undertaken by BOT - type Scheme.

103. Waste bleaching liquid ( calcium hypochlorite ) was used in the treatment of azodicarbonamide wastewater.

104. The highly concentrated cosmetic wastewater can be treated by anaerobic - contacting oxidation - ozone - biological aerated filter ( BAF ).

105. The utility model can reduce the processing quality of the wastewater and raises the availability ratio of the water resource.

106. The total chromium in the sludge wastewater can be determined with the microwave digestion - photometry method.

107. The melamine wastewater sample is distillated in the phosphate buffer solution, the emitted ammonia is absorbed, and its content is determined by acid-alkali titration.

108. Using a heat exchanger conserves the resource , minmizes corrosion, and skirts the problem, of wastewater disposal.

109. With the increase of wastewater irrigated concentration, the biomass of Phragmites communis increased, especially for the root mass(sentence dictionary), but for root collar diameter.

110. The problem of serious environmental pollution in piggery is systematically analyzed, including wastewater etc. Some effective and feasible measures are put forward.

111. How to availably treat oil - bearing sludge always is a practical trouble puzzled in wastewater treatment field.

112. For disposal of wastewater containing phenol(or nitrobenzene or acetophenone) with the EHIDT, we first obtain following kinetic equation.

113. Arsenic containing wastewater from gallium arsenide production was treated by coagulation process using self made polyferric metasilicate .

114. The tanning wastewater treated by a flyash - based coagulant and polysilicate aluminum ( PSA ) flocculant has been researched.

115. Removal rates of COD from the acid black 10B dye simulated wastewater in different conditions of magnetic-assisted reaction time, intensity of magnetic field, catalyst oxidation were studied.

116. The interior electrolytic process can greatly improved the biochemical capability of furfural wastewater.

117. Wastewater treatment is carried by coagulation deposition-hydrolytic acidification-biological contact oxidation-coagulation air floatation method in wool dyehouse.

118. Coking waste water is industrial organic wastewater with high COD and concentration.

119. The bacterial protein in wastewater of gustatory production is the material of high-protein feed.

120. Membrane Bioreactor is a new efficient wastewater treatment technology which is developed recently.

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, 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.

151. In the wastewater conditioning and concentration process, lime can be used to raise density of the sludge particles, and improve the property of sludge dewatering.

152. Ultrasonic airlift loop reactor ( O 3 for the reactant gas ) shows potential , wide application for wastewater treatment.

153. A process of SBR - flocculation was adopted to treat the cattle farm wastewater.

154. The TP in the wastewater samples from sewage treatment plant was determined by household electric pressure cooker digestion method.

155. The process composed of hydrolysis acidification and biological contact oxidation adopted to treat wool washing wastewater.

156. Several important applications of BDD electrode in electroanalysis, electrosynthesis and electrochemical wastewater treatment are summarized.

157. This paper reports our studies on the purification of wastewater containing unsym. dimethyl hydrazine (UDMH) by catalytic oxidation, using air or H2O2 as the oxidant.

158. Through the selection of rational technology and parameter, AB- carrousel oxidation ditch process can be used to treat wastewater from pulp making efficiently and economically.

159. The process that oiliness wastewater into water disappears as time goes on is called water self - purification.

160. It has a remarkable effect in treating chromium containing wastewater and zinc, copper, cadmium cyanide, phosphorous, oil, etc. in mixed electroplating wastewater.

161. The harms and treating situation of phosphorite floatation wastewater are described, in which the virtues and deficiencies of treating methods are discussed.

162. The results indicate that the permutation and combination of kerosene and decyl alcohol extracting nickel citrate from wastewater is the best.

163. At the same time, the application of haydite in the treatment of electric plating wastewater is carried out.

164. It can be a problem if not drained away : Wastewater will stand in malodorous, stagnant pools that provide breeding places for insects, especially mosquitoes.

165. The treatment of acid wastewater containing heavy metal ion by anaerobe is an advanced technology.

166. In this investigation, UASB reactors are utilized to study the feasibility of treating phenol, m-cresol and the synthetic wastewater containing phenol as sole organic substrate at ambient temperature.

167. An Upflow Anerobic Sludge Blanket(UASB)is adopted in lab to treat starch wastewater collected from a cassava starch factory in Nanning.

168. The application study on wastewater treatment by bentonite has already received people's concern.

169. Using coal gangue slag, a new polysilicate aluminium(PSA) coagulant was prepared , by which the dyeing and steelworks dusting wastewater were treated.

170. The CSTR reactor was not a biohydrogen production reactor suitable for anaerobic treatment of milk wastewater.

171. If dyeing wastewater, especially azo dye wastewater is let, it will seriously do harm to local aquatic environment.

172. Equalization involves mixing wastewater streams of acidic and alkaline nature in an equalization basin.

173. Raw wastewater enters the pretreatment tank for settling and flow equalization.

174. The wastewater pollution from DSD acid making process could be solved by making water coal slurry with DSD acid oxidation wastewater completely.

175. A method, degrading highly concentrated organic wastewater by gas - liquid phase gliding arc discharge, is introduced.

176. The inspection and recondition of the wastewater marine discharge in Xinghuo Development Zone in Shanghai are presented.

177. This paper focuses on the feasibility of utilizing the photoelectric colorimetry to determine the COD_(Cr) of low concentration wastewater.

178. The invention relates to a two-chambered alga microbial fuel cell and treatment wastewater method of low energy consumption thereof, belonging to the field of wastewater treatment.

179. Both wastewater feeding and sludge wastage were controlled by peristaltic pumps and timers.

180. Two kinds of polysilicate coagulant that are made from solid waste in ironworks to treat printing and dyeing wastewater.

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.

189. is a online sentence dictionary, on which you can find nice sentences for a large number of words.

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.