[HTML][HTML] A novel chemical pre-pyrolysis treatment of waste tyre crumbs: A viable way for low temperature waste tyre pyrolysis
Pyrolysis of tyres is a process that consumes non-renewable energy resources, and is
characterised by the requirement of a significant amount of energy. For example, natural
rubber and styrene-butadiene rubber require 300–350° C and 400–450° C, respectively, to
decompose under inert nitrogen conditions. The current study aims, firstly, to reduce the
temperature typically used for waste tyre crumbs pyrolysis to minimise the energy
requirement of the process as well as to improve the quality of the liquid fraction of the …
characterised by the requirement of a significant amount of energy. For example, natural
rubber and styrene-butadiene rubber require 300–350° C and 400–450° C, respectively, to
decompose under inert nitrogen conditions. The current study aims, firstly, to reduce the
temperature typically used for waste tyre crumbs pyrolysis to minimise the energy
requirement of the process as well as to improve the quality of the liquid fraction of the …
A Novel Chemical Pre-Pyrolysis Treatment of Waste Tyre Crumbs: A Viable Way for Low Temperature Waste Tyre Pyrolysis
SA Iwarere, PC Tsipa, MM Phiri, MN Mkhize… - Available at SSRN … - papers.ssrn.com
Pyrolysis of tyres is a process that consumes non-renewable energy resources, and it is
characterised by the requirement of a significant amount of energy. For example, natural
rubber and styrene-butadiene rubber require 300-350 C and 400-450 C, respectively, to
decompose under inert nitrogen conditions. The current study aims, firstly, to reduce the
temperature typically used for waste tyre crumbs pyrolysis to minimise process energy
requirement and lastly, improve the quality of the liquid fraction of the pyrolysis product, tyre …
characterised by the requirement of a significant amount of energy. For example, natural
rubber and styrene-butadiene rubber require 300-350 C and 400-450 C, respectively, to
decompose under inert nitrogen conditions. The current study aims, firstly, to reduce the
temperature typically used for waste tyre crumbs pyrolysis to minimise process energy
requirement and lastly, improve the quality of the liquid fraction of the pyrolysis product, tyre …
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