Patent classifications
C09C1/50
SYSTEMS AND METHODS FOR COOLING AND SEPARATING CO-PRODUCTS FROM A PYROLYSIS SYSTEM
Embodiments include a pyrolysis system including, in some instances, a pyrolysis reactor including a pyrolysis chamber to generate a product stream from a system feed, a plurality of separation components to separate the product stream, one or more heat exchange components coupled to one or more of the plurality of separation components, and a solids collection component to collect separated non-gas products. Some embodiments include a pyrolysis system including, in some instances, the pyrolysis reactor, the plurality of separation components including an adsorption separation component that includes a first and second adsorption component and a plurality of valves configured to control flow of the gas product stream and a flushing gas. Some embodiments include a pyrolysis system including the pyrolysis reactor, a regeneration feed, a plurality of valves, a burner, and one or more separation components. Some embodiments include a method of separating components of a product stream.
SYSTEMS AND METHODS FOR COOLING AND SEPARATING CO-PRODUCTS FROM A PYROLYSIS SYSTEM
Embodiments include a pyrolysis system including, in some instances, a pyrolysis reactor including a pyrolysis chamber to generate a product stream from a system feed, a plurality of separation components to separate the product stream, one or more heat exchange components coupled to one or more of the plurality of separation components, and a solids collection component to collect separated non-gas products. Some embodiments include a pyrolysis system including, in some instances, the pyrolysis reactor, the plurality of separation components including an adsorption separation component that includes a first and second adsorption component and a plurality of valves configured to control flow of the gas product stream and a flushing gas. Some embodiments include a pyrolysis system including the pyrolysis reactor, a regeneration feed, a plurality of valves, a burner, and one or more separation components. Some embodiments include a method of separating components of a product stream.
Gas Black Derived From Rubber-Derived Pyrolysis Oil
The present invention relates to a process for producing a carbon black and to carbon black obtained by such process as well as the use of such carbon black. The present invention further relates to compositions including such carbon black and uses of such compositions and articles prepared from such compositions.
Gas Black Derived From Rubber-Derived Pyrolysis Oil
The present invention relates to a process for producing a carbon black and to carbon black obtained by such process as well as the use of such carbon black. The present invention further relates to compositions including such carbon black and uses of such compositions and articles prepared from such compositions.
Methods of Producing Carbon Blacks from Low-Yielding Feedstocks and Products Made from Same
Methods to produce carbon black from low-yielding carbon black feedstocks are described. Low-yielding feedstocks are used in combination with traditional carbon black feedstocks to produce carbon black via a furnace process. Carbon blacks produced from these carbon black feedstocks are further described. The advantages achieved with the methods are further described.
Methods of Producing Carbon Blacks from Low-Yielding Feedstocks and Products Made from Same
Methods to produce carbon black from low-yielding carbon black feedstocks are described. Low-yielding feedstocks are used in combination with traditional carbon black feedstocks to produce carbon black via a furnace process. Carbon blacks produced from these carbon black feedstocks are further described. The advantages achieved with the methods are further described.