Heated Tube: Difference between revisions

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| As a typical tubular reactor, the screw tube, with its lower construction and operation costs, has great future prospects. For this design, the screw speed can be varied within 0.5–25 rpm (rotations per minute), thereby changing the residence time of the [[Feedstock|feedstock]] in the tube reactor. Examples of tubular reactors used in [[Pyrolysis|pyrolysis]] systems include in the Thermoselect process, the Compact Power process and CNRS thermo-chemical convertor (ref1). || [[File:Pyrolysis system with a designated tube reactor.png|400px|right|Pyrolysis system with a designed tube reactor. All rights reserved.]]<br clear=all />''Pyrolysis system with a designed tube reactor''<ref>[https://www.sciencedirect.com/science/article/pii/S0956053X20305869 Comparative Analysis for Pyrolysis of Sewage Sludge in Tube Reactor]</ref>.

| As a typical tubular reactor, the screw tube, with its lower construction and operation costs, has great future prospects. For this design, the screw speed can be varied within 0.5–25 rpm (rotations per minute), thereby changing the residence time of the [[Feedstock|feedstock]] in the tube reactor. Examples of tubular reactors used in [[Pyrolysis|pyrolysis]] systems include in the Thermoselect process, the Compact Power process and CNRS thermo-chemical convertor<ref name="ref1" />. || [[File:Pyrolysis system with a designated tube reactor.png|400px|right|Pyrolysis system with a designed tube reactor. All rights reserved.]]<br clear=all />''Pyrolysis system with a designed tube reactor''<ref>[https://www.sciencedirect.com/science/article/pii/S0956053X20305869 Comparative Analysis for Pyrolysis of Sewage Sludge in Tube Reactor]</ref>

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-| As a typical tubular reactor, the screw tube, with its lower construction and operation costs, has great future prospects. For this design, the screw speed can be varied within 0.5–25 rpm (rotations per minute), thereby changing the residence time of the [[Feedstock|feedstock]] in the tube reactor. Examples of tubular reactors used in [[Pyrolysis|pyrolysis]] systems include in the Thermoselect process, the Compact Power process and CNRS thermo-chemical convertor (ref1). || [[File:Pyrolysis system with a designated tube reactor.png|400px|right|Pyrolysis system with a designed tube reactor. All rights reserved.]]<br clear=all />''Pyrolysis system with a designed tube reactor''<ref>[https://www.sciencedirect.com/science/article/pii/S0956053X20305869  Comparative Analysis for Pyrolysis of Sewage Sludge in Tube Reactor]</ref>.
+| As a typical tubular reactor, the screw tube, with its lower construction and operation costs, has great future prospects. For this design, the screw speed can be varied within 0.5–25 rpm (rotations per minute), thereby changing the residence time of the [[Feedstock|feedstock]] in the tube reactor. Examples of tubular reactors used in [[Pyrolysis|pyrolysis]] systems include in the Thermoselect process, the Compact Power process and CNRS thermo-chemical convertor<ref name="ref1" />. || [[File:Pyrolysis system with a designated tube reactor.png|400px|right|Pyrolysis system with a designed tube reactor. All rights reserved.]]<br clear=all />''Pyrolysis system with a designed tube reactor''<ref>[https://www.sciencedirect.com/science/article/pii/S0956053X20305869  Comparative Analysis for Pyrolysis of Sewage Sludge in Tube Reactor]</ref>
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