Waste Activated Sludge - Globe Thesis

Keyword [Waste Activated Sludge] Result: 41 - 60 \| Page: 3 of 10
41.	Short-chain Fatty Acids Production From Waste Activated Sludge Ermentation Stimulated By Pretreatments
42.	The Study Of Anoxic-oxic And Single Aerobic Digestion For Waste Activated Sludge
43.	Performance And Mechanism Of Hydrodyanamical Cavitation Disintegration For Waste Activated Sludge
44.	Hydrogen And Methane Production From Excess Sludge In MEC And The Analysis Of Microbial Structure
45.	Enhanced Effects Of Thermophiles On Waste Activated Sludge Hydrolysis And Short-Chain Fatty Acids Production
46.	Study On VFAs Yield By Using Thermophilic Anaerobic Acidification Of Waste Sludge And The Synthesis Of Poly-hydroxyalkanoates
47.	Characteristics Of Sludge Digestion And Membrane Fouling In Anaerobic Membrane Bioreactor
48.	Effects Of Pretreatment On Hydrogen Production In Microbial Electrolysis Using Waste Sludge Fermentative Liquid
49.	Study On Enhanced Pretreatment And Anaerobic Acidification And Methanation Of Waste Activated Sludge
50.	Experimental Study On Biological Removal Of Nitrogen And Phosphorus Einhanced By Ultrasonically Disintegrated Sludges
51.	Study On The Effect Of Ultrasound On The Hydrolysis Of Sludge
52.	Experimental Study On Enhancing Methane Yield With Hydrogen From Fe~0Corrosion
53.	Research On Waste Activated Sludge Alkaline Fermentation To Abtain Carbon Source
54.	Research On The Short Chain Fatty Acids Production From The Hydrolysis And Acidification Of Waste Activated Sludge
55.	Breeding Of The Acetogenic Bacteria With Special Efficiency Under Waste Activated Sludge Based On Mesophilic/Thermophilic Phase Anaerobic Digestion System
56.	Impact Of Surfactant On Fermentation Of Waste Activated Sludge
57.	The Technology Of Waste Activated Sludge Fermentation Coupling With Denitrification
58.	Study On The Pre-treatment Of Waste Activated Sludge In Thermophilic Micro-aerobic Conditions And Acidification Performance
59.	Effect Of Chemical Pretreatment On Sludge Anerobic Fermentation And Microbial Electrolysis Coupling System
60.	Research On The Excess Sludge Femantation Under The Continuous Flow
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