10 Ton Waste Tyre Oil To Diesel Refining Machine
Tyre oil refining is the process of refining or purifying the oil
that is extracted from used tyres. The process involves heating the
oil to high temperatures to vaporize and separate the different
components of the oil based on their boiling points. The resulting
fractions can then be collected and further processed into
different types of fuels or chemicals. Tyre oil distillation is a
method of recycling used tyres and converting them into valuable
products while reducing environmental pollution.
Working process of the waste tyre oil to diesel refining machine
Tire oil can be refined into diesel using a process called tire oil
to diesel refining. Here are the basic steps involved in this
process:
1. Pretreatment: The tire oil is pretreated to remove any solid
impurities and moisture.
2. Heating: Heating the pretreated oil to a certain temperature to
make it vaporize and separate different components.
3. Cooling: The vapor is then cooled to condense it into liquid
form.
4. Fractional distillation: The condensate is then fractionated
into different components according to their boiling points.
5. Refining: The different ingredients are further refined to
remove impurities and unwanted substances.
6. Final product: The final product is diesel that can be used to
power vehicles and machinery. The refining process of tire oil to
diesel helps reduce waste, create value from used tires and
contribute to a more sustainable future.
Main features
Safety: Alarm, auto pressure releasing device, anti backfire device,
vacuum pump to ensure the machine working smoothly.
Oil-water separator: Its water sealing design ensures that oil and
gas are separated and combustible gas can not return to the
reactor.
Energy-saving:
The inner reactor body and outside insulation cover have good
airtightness, avoiding heating loss and saving fuel.
The combustible gas that cannot be further cooled down into fuel
oil will be recycled to the furnace for heating the reactor,
maximizing resource utilization.
The cooling water adopts a circulating mode, which is
pollution-free, no discharging, and recyclable.
High efficiency discharging: Adopt screw conveyor discharging device, discharge carbon black in
sealed condition, no pollution and save labor and time.
Fast installation: All of the condensing parts have been installed together before
delivery from the factory, saving installation time and ensuring
welding quality.
Specification
Item | Contents |
| Input-Raw Materials | Waste engine/motor oil/Lubrication oil |
| Average out-put oil rate | 85%-90% |
| By-products | Diesel oil, waste gas, slag |
| Structure form | Horizontal |
| Operating pressure | Constant pressure |
| Heating material | Coal, charcoal, fuel gas, fuel oil |
| Model(Diameter*Length)(mm) | Reactor size | Capacity |
| D1500*L3000 | 3 Ton/Day |
| D2000*L5000 | 5 Ton/Day |
| D2800*L6000 | 10 Ton/Day |
| Material of reactor | Q245R&Q345R boiler plate |
| Thickness of reactor | 16mm, 18mm |
| Mode of cooling | Circulating water cooling |
| Space needed | Length: 30m, Width :10 m at most |
| Power consumption | Average 15 KW/h |
Our service
1. Help the client do the Feasibility Analysis Report according to
the customer’s local market.
2. Design the layout drawings according to the site of customers.
3. For each set of pyrolysis plants, one engineer will be sent to
guide the installation, test the machine and train the workers.
4. One-year warranty for the complete plant.
