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Degradation of brominated flame-retarded plastics (Br-ABS and Br-HIPS) in supercritical water
Jude A. Onwudili
, Paul T. Williams
*
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Corresponding author for this work
Chemical Engineering & Applied Chemistry
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Physics & Astronomy
flames
100%
plastics
86%
oils
83%
degradation
83%
water
63%
phenols
47%
bromine
45%
antimony
41%
benzene
36%
ammonium bromides
28%
gases
28%
sodium hydroxides
26%
naphthalene
22%
reaction products
20%
alkanes
20%
toluene
20%
carbon dioxide
19%
hydrocarbons
17%
reactors
14%
products
11%
hydrogen
11%
electronics
9%
atoms
9%
Chemistry
Ethylbenzene
81%
Bromine Atom
69%
Organobromine Compound
69%
Propylbenzene
59%
Gas
58%
Butylbenzene
58%
Phenol
54%
Additive
49%
Cumene
46%
Ammonium Bromide
41%
Acetophenone
39%
Sodium Hydroxide
34%
Naphthalene
33%
Alkane
31%
Carbon Dioxide
28%
Toluene
27%
Hydrocarbon
26%
Hydrogen
18%
Engineering & Materials Science
Plastics
81%
Degradation
77%
Sodium hydroxide
63%
Water
60%
Oils
59%
Bromine
56%
Ethylbenzene
55%
Antimony
53%
Phenols
46%
Benzene
44%
Gases
31%
Naphthalene
25%
Reaction products
24%
Toluene
22%
Paraffins
21%
Atoms
19%
Carbon dioxide
17%
Hydrocarbons
16%
Hydrogen
14%
Chemical analysis
12%