pyrolysis Is A Recycling Technique Converting Plastic Waste Into Fuels, Monomers, Or Other Valuable Materials By Thermal And Catalytic Cracking Processes. It Allows The Treatment Of Mixed, Unwashed Plastic Wastes. For Many Years Research Has Been Carried Out On Thermally Converting Waste Plastics In
Feedstock Recycling and Pyrolysis of Waste Plastics (Converting Waste Plastics into Diesel and Other Fuels) || Index
โ Scribed by Scheirs, John; Kaminsky, Walter
- Publisher
- John Wiley & Sons, Ltd
- Year
- 2006
- Tongue
- English
- Weight
- 210 KB
- Edition
- 1
- Category
- Article
- ISBN
- 0470021527
No coin nor oath required. For personal study only.
โฆ Synopsis
Note: page references with suffix 'f' represent a Figure andt' represents a Table ABS catalytic cracking of 78 heteroatoms from 77 pyrolysis of 330-1, 721 acetophenone, from catalytic cracking of PET 166, 167 acicular coke, production of 724 acid catalysts 46, 80-1, 118, 172, 195-6, 211 coprocessing of MWP/HVO blends 218-21 limitations 211 plastics-derived heavy oil cracked by 172-5 polyolefin cracking by 46-54, 82, 83f, 84f, 93f, 118, 195, 386 temperature effects 716 acid-catalyzed hydrolysis, of PET 647-8 acidity of catalysts 173t, 183t, 239 factors affecting 196, 239 measurement of 173, 196 for various catalysts 240t acrylonitrile-butadiene-styrene copolymers see ABS activated carbon production of 552, 574, 657 regeneration of 573 activated carbon catalysts 48, 211 hydrocracking by 216 activated carbon/transition metal catalysts 84, 103f, 149, 211 see also Co-AC catalyst activation energy calculations 227 degradation of plastics 231t, 617 effect of catalysts 197, 231 gasification reactions 182, 183t hydrocracking of PE 62f, 63, 64f, 65f, 66 additives 4-5 effect on recycling 5, 14 environmental impact 376 advantages catalytic cracking 76-7, 194, 210, 226 fluidized-bed reactors 135, 210, 436, 444, 547, 627 free-fall reactors 615, 616, 617 microwave heating 571, 582, 586 pyrolysis 384-5, 431, 494, 532-3 rotary kiln reactors 547, 551, 711 agricultural plastics conversion to diesel 412-13 pyrolysis of 598 air pollution 133, 135, 193, 376, 532 AIST glycolysis process 644, 645f Akzo fluidized-bed pyrolysis process 438t, 468-9 commercial status 469 Al-MCM-41 catalyst 395 alkyl aromatics from catalytic cracking of PE 49, 50, 50f, 51, 52f, 53-4, 76f, 152f of PS 54-9, 116 see also toluene alumina catalytic cracking by 147, 148-9, 148t see also silica-alumina catalysts F eeds tock R ecycling and P yrolys is of Was te P las tics
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pyrolysis Is A Recycling Technique Converting Plastic Waste Into Fuels, Monomers, Or Other Valuable Materials By Thermal And Catalytic Cracking Processes. It Allows The Treatment Of Mixed, Unwashed Plastic Wastes. For Many Years Research Has Been Carried Out On Thermally Converting Waste Plastics In
pyrolysis Is A Recycling Technique Converting Plastic Waste Into Fuels, Monomers, Or Other Valuable Materials By Thermal And Catalytic Cracking Processes. It Allows The Treatment Of Mixed, Unwashed Plastic Wastes. For Many Years Research Has Been Carried Out On Thermally Converting Waste Plastics In
pyrolysis Is A Recycling Technique Converting Plastic Waste Into Fuels, Monomers, Or Other Valuable Materials By Thermal And Catalytic Cracking Processes. It Allows The Treatment Of Mixed, Unwashed Plastic Wastes. For Many Years Research Has Been Carried Out On Thermally Converting Waste Plastics In
pyrolysis Is A Recycling Technique Converting Plastic Waste Into Fuels, Monomers, Or Other Valuable Materials By Thermal And Catalytic Cracking Processes. It Allows The Treatment Of Mixed, Unwashed Plastic Wastes. For Many Years Research Has Been Carried Out On Thermally Converting Waste Plastics In
pyrolysis Is A Recycling Technique Converting Plastic Waste Into Fuels, Monomers, Or Other Valuable Materials By Thermal And Catalytic Cracking Processes. It Allows The Treatment Of Mixed, Unwashed Plastic Wastes. For Many Years Research Has Been Carried Out On Thermally Converting Waste Plastics In