The used Plastic pyrolysis Machine with Continuous Feeding

Specifications

Plastic Pyrolysis Machine can recycle waste tyres and plastics into fuel oil and coarse black carbon

   

1.Product name

Waste tyre refining equipment

2.Brief introduction

High efficiency, energy saving, big handling capacity, convenient installation, environment protection … this equipment can make use of waste tyres, plastics, rubbers to refine crude oil, carbon black and steel

3.Raw materials can be used

Waste/Used rubber tire

Waste industrial mixed plastics,

Waste oil: E.g.: waste diesel oil, engine oil, and other residue oil

Waste cable skin (should first dechlorination treatment)

Waste crude oil and so on.

4.Several characteristics of the streamlined series refining equipment

1.Each set of equipment is commposed by ten parts.

a.Mine engine horizontal type revoving split processor.

b.Horizontal-fixed disillation processor.

c.Feeding-in system.

d.Tapping system.

e.Central electrically controlled system

f.Condensation system

g.Every oil refining system

h.Fuel gas heating system (waste gas processing system)

i.Waste water processing system.

j.Fuel dust removal system.

2. Domestic pioneer of this technology

a. In its key installment decomposition processor design, has thoroughly overcome the disadvantages of the domestic present vertical flat base split processor, such as bottom partial being heated non-uniformity, easy to break, low output, short service-life is short and so on, the main engine uses horizontal-type 360o structure-0.4 R/M.

b. Fast practical feed-in and discharge system. The highest feed-in quantity of the XY-5 every 24 hour achieved 5 tons, Discharge time for 300kg carbon black only needs 90 minutes. The highest feed-in amount of the integral unit equipment every 24 hours achieves 15 tons.

c. Highly effectively gas heating system. In the process of refining oil, after the gas is heated up to 150 , it will produce a large amount of unliquefied gas-CH4& C4H8 , which cant be formed at normal temperature, normal pressure. If those gases have been fully burning by the specific designed gas nozzle, they can produce a great amount of energy and economize resources. Take the bunker coal as the example, when there is no fuel gas as combustion-supporting for the equipment, every 24 hours need 1.2 tons coals. After the fuel gas aid combustion, every 24 hour need 0.3 tons coal, which enhances production efficiency in the large scale and reduced the fuel cost?

d. Flue dust catcher system. It matches the bidirectional water impact type tornado dust removal room, and the rate of the flue dust catch is access than 95% .

 

3. Company Commitment:

The company pledged that, each kind of series equipment we sell have the consummation the post-sale service, a warranty period year, that thoroughly settle down customer extra worries.

 

Security

The main equipment is of high safety. The phase of the unliquefizable waste gas produced during the process is alkyl from C1 to C4, which is dangerous when burning directly. In our process, it is transferred first through a water close device and a safety device- burning air muzzle. Before burning, we should ensure the safety of production.

 

Environmental Protective

Dispose waste gas, liquid, and residua in the process:

1. Waste gas: Transferred through two safety device: water close &burning air nozzle. Fully burnt, not only eliminated pollutant but also minimized the quantity of fuels. For smoke dust discharge, we apply series machines of patent in our company Desulphurization and dust remover which could control the smoke dust discharge amount meet relative standards of GB-2001.

2. Waste liquid: Produced waste acidic water in the process of oil disposing (50kg process from 1 ton of oil easy to process for small quantity). counteract the liquid by alkalescent liquid solution. After three stage of filtration, the litmusless waste water was introduced to evaporator(use the heat of the flue of main processor as its heating resource)

 

3. Waste solid. The solid residua will be left after the catalyst splitting from scrap plastic, approximately composes the waste plastic weight about 5% to 10%. Its main component is the thick black carbon. It can be the raw material of the production industry of black carbon. Also could be mixed with the pulverized coal ash which produces for the raw material thermal power plant, also could be the raw material of manufacture pulverized coal ash brick (one kind of environmental protection building material).

 

 The picture as below.