Waste
tyre pyrolysis plant manufactured by DOING company can effectively turn
waste tyres into pyrolysis oil, carbon black, steel wire and
combustible gas by the pyrolysis principle. Now, waste tyre pyrolysis
plant not only is a solution to waste tyre pollution, but also a highly
profitable waste tyre recycling business. Let's get to the details of
the waste tyre pyrolysis plant.
Specific working process of waste tyre pyrolysis plant:
1.
Feed the waste tyres into the reactor of waste tyre pyrolysis plant
through a fully automatic feeder. The reactor should leave 1/3 of the
space for smoother rotation. Then make sure the feeder door is closed.
2.
The reactor is lightly heated by burning fuel (coal, wood, gas, or the
last batch of produced tire oil). When the temperature reaches 100°C
(250-280°C is the highest output rate interval), oil and gas will be
released. The separated heavy oil gas from the manifold should be
liquefied and dropped into a heavy tank. Lighter gas will rise to the
oil condenser, liquefy into oil and store it in the tank. The
non-condensable gas after dedusting by distillation and steam removal
will be introduced into the recovery furnace.
3.
After all fuel is generated, the reactor should be cooled. When the
temperature drops 40 degrees, carbon black will be automatically
discharged. If the raw material is the entire tyre, remove the wire from
the reactor with a hook of at least than 50 degrees Celsius.
4. There may be a little exhaust gas, please discharge it after reaching the discharge standard.5. Before starting the next batch, make sure all the work is done.
As
a
waste tyre pyrolysis plant manufacturer with 10 years of rich
experience, Henan DOING not only can provide high quality waste tyre
pyrolysis plant, but also can configure waste tyre pyrolysis plant
according to your specific situation to help you arrange the project
schedule.Contact us now for a free quote on waste tyre pyrolysis plant.
Whatsapp/WeChat:+8613526692320
http://www.recyclingpyrolysisplant.com
http://www.doinggroup.com