Font Size: a A A
Keyword [Sulfate reducing]
Result: 161 - 180 | Page: 9 of 10
161. Study On The Process Characteristics And Influence Factors Of Dissimilatory Nitrate Reduction To Ammonium By Strain Desulfovibrio Sp. CMX
162. Bioremediation Of Acid Mine Drainage Using Immobilized SRB Sludge With Inner Cohesive Corncob In A Permeable Reactive Barrier
163. Constraint Of Mineral Solubility On The Microbial Reductive Decomposition Of Sulfate Minerals And Iron Oxides
164. Study On The Mechanism Of Simultaneous Conversion Of Anammox For Ammonia And Sulfate
165. The Use Of Aquatic Macrophytes Fermented Broth As A Carbon Source For Sulfate-reducing Bacteria To Treat Wastewater Containg Heavy Metals
166. Study On Sulfate-reducing Anammox Reaction For Synchronizing Ammonia And Sulfate Removal
167. The Study On Nitrogen Source Of Sulfate Reducing Bacteria Culture Medium And The Treatment Conditions Of Acid Mine Drainage
168. Oxidation/reduction Bacteria And Its Combined Immobilization With Montmorillonite On Heavy Metal
169. Study On The Cooperative Desulfurization With SRB And PSB In Light Anaerobic Microecological System
170. Technical Study On Treatment Of Acidic Wastewater From Zinc Hydrometallurgy Industry Using Microbial Method
171. The Influence Of Fouling Organisms Adhesion On The Formation Of Calcareous Deposits On The Surface Of Q235 Carbon Steel
172. Effects Of Several Environmental Factors On The Formation Of CdS By Desulfovibrio 821
173. Study On The Removal Of Pollutants By Combined Treatment Of Domestic Domestic Sewage And Acid Mine Drainage
174. Study On Hydrogen Sulfide In The Petroleum Associated Gas Removal Agent
175. Research Of The Corrosion Of Recycled Water Pipelines By Sodium Hypochlorite And Sulfate Reducing Bacteria
176. The Corrosion Mechanism And Water Quality Improvement Technology Of The Injection Well Of Honggang Oil Field
177. Microbiologically Induced Corrosion Of X80 Pipeline Steel In The Dynamic Oil Produced Water
178. Immobilizing Of Heavy Metals In Sediments Contaminated By Nonferrous Metals Smelting Plant Sewage With Sulfate Reducing Bacteria And Micro Zero Valent Iron
179. The Research For Enhanced Biological Stabilization Of Heavy Metals In Sediment Using Immobilized Sulfate Reducing Bacteria Beads With Inner Cohesive Nutrient
180. Simultaneous Removal Of Zn2+and SO42- From Wastewater Of Zinc Pyrithione Synthesis By Sulphate-reducing Bacteria
  <<First  <Prev  Next>  Last>>  Jump to