Co-processing - Globe Thesis

Keyword [Co-processing] Result: 61 - 80 \| Page: 4 of 5
61.	Technological Conditions Optimization Research Of Coal And Heavy Oil Hydrogenation Co-processing
62.	Study On Rheology And Stability Of Coal-Oil Slurry In Coal/Heavy Oil Hydrogenation Co-Processing
63.	Experimental Study On The Pretreatment Of Cement Kiln Co-processing Of Gold Mining Waste For Mercury Removal
64.	Study On Life Cycle Assessment Of Cement Kiln Co-processing Of Hazardous Waste
65.	Risk Assessment Of Heavy Metals In Dust Reduction During Co-processing Of Metal Tailings And Smelting Slag In Cement Kilns
66.	Technology Research On The Synergistic Aerobic Composting Of Municipal Sludge And Kitchen Waste
67.	Migration Characteristics Of Heavy Metals During Co-processing Of Solid Waste In Fluidized Bed
68.	The Migration Principles Of Pb And Hg During Solid-Waste Co-processing In Different Boilers
69.	The Resource Utilization Method Of The Biogas Slurry In The Farm Under The Co-Processing Of Fungi And Microalgae
70.	Numerical Simulation Research On Co-processing Municipal Sludge In Cement Calciner
71.	Comprehensive Assessment And Application Potential Estimation Of Municipal Solid Waste Co-processing In Cement Kiln
72.	Study On Coal/Oil Co-Processing With Mo-Based Catalyst
73.	Composite Solvent Extraction-co-processing Of Oil-bearing Drill Cuttings In Cement Kilns
74.	Research On The Recovery Of Copper, Cobalt And Iron By Co-processing Waste Lithium Cobalt Oxide Batteries With Copper Slag Depletion Process
75.	Synergistic And High-efficiency Resource Utilization Of Multiple Al-Si-C Based Solid/hazardous Wastes
76.	Study On The Pollutants Transformation And Clinker Minerals Formation In Cement Kiln Co-Processing Of Oily Sludge
77.	Study On The Cement Kiln Co-processing Of Waste Incineration Fly Ash
78.	Behavior Of Mineral Phase Transformation And Element Migration During Co-processing Of Multi-Source Iron-bearing Metallurgical Slag
79.	Study On Reaction Characteristics Of Residue Blending With Tail Oil From Co-Processing Of Coal And Heavy Oil
80.	Properties Of Semicoke Under The Condition Of Optimum Liquefaction Rate In Coal-oil Co-processing
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