| Customization: | Available |
|---|---|
| Environmental Protection: | Yes |
| Function: | Sensor Function |
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| Specification |
| Product Description |
Catalyst reacts positively with oil and gas produced by thermal cracking of waste plastic tires and other raw materials can effectively adsorb impurities ash
Catalysts for converting waste plastics into gasoline and diesel usually include the following ingredients:
1.Silica: Enhances catalyst stability and helps to improve conversion efficiency.
2.Tellurium: As a rare element, it is involved in catalytic reactions that promote the cracking of waste plastics.
3.Silica-aluminum microspheres: Provide additional surface area, increase contact opportunities, and increase reaction rates.
4.High aluminum molecular sieve: As an active component, promotes the formation of gasoline and helps to separate the product.
5.Aluminum chloride: As Lewis acid, it participates in the catalytic reaction to improve the conversion efficiency.
6.Benzenium: May act as an auxiliary catalyst to participate in specific chemical reaction steps.
7.Ferrocene: plays a role in the catalytic process of diesel oil, promoting the cracking of long chain alkanes.
8.Manganese salt: As an oxidizing reducing agent, it participates in the catalytic cycle to improve the quality of diesel oil.
9.Alumina: Provides additional stability and catalytic activity to help improve conversion efficiency.
10.Quartz sand: As a base carrier, provides a stable physical structure.
These catalysts work by promoting the cracking reaction of waste plastics to convert them into liquid fuel oil. Different catalyst combinations can be optimized for gasoline or diesel production.
| Application |
Application: Suitable for all kinds of waste plastics as raw materials of thermal cracking equipment
For the oil refining equipment with waste plastics as the main raw materials, in order to improve the quality of diesel products, after years of research experiments and practical production, Nay zeolite molecular sieve as raw material and the addition of precious metals processed catalyst, the catalyst product reacts positively with waste plastics cracking, and can effectively adsorb various impurities in the oil and gas produced by thermal cracking of oil refining equipment. Significantly improve the quality of oil products, basically do not need to be processed later, to avoid secondary pollution.And the product can be renewable, reduce production costs.
Waste plastics can be used to refine oil through refining equipment, and the oil products cracked out often encounter problems such as freezing point and odor. In order to obtain good oil products, it is generally necessary to add catalysts in the waste plastic refining process. The catalyst can accelerate the cracking reaction of waste plastics, improve refining efficiency and oil quality. In the process of waste plastic refining, due to the need for high temperature cracking, sometimes in the cracking, there will be waste stuck on the wall of the equipment, for this situation, it is also necessary to add catalyst treatment.
Our company has a waste plastic oil refining catalyst, directly added to the raw material cracking, simple operation, safety and environmental protection, can solve the problem of wall sticking in the cracking process, but also can deal with the oil's freezing point wax and odor, the quality of the oil is good. Waste plastic oil refining catalyst is suitable for cracking of plastics, tires and other raw materials.
The catalyst addition ratio is low, the cost is low, the product is not toxic, and the transportation is convenient.
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-Excellent dispersion performance
-Excellent stability and compatibility
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