Premium configuration of batch pyrolysis equipment with dewaxing tank
Still worried about excessive wax oil output during plastic pyrolysis?
Concerned about substandard refined oil quality?
Alert to potential safety hazards caused by wax blockage during equipment operation?
Choose Shangqiu Yueda Plastic Pyrolysis Unit, with multiple core advantages to boost your production efficiency by 200%!Equipped with a dedicated catalytic dewaxing process, it solves the problem of excessive wax oil at the source and ensures oil purity.The annual waste plastic processing capacity of a single unit reaches up to 7,000 tons, realizing large-scale resource utilization.
This is not merely simple plastic waste disposal; it converts waste into high-purity, high-value-added refined oil to maximize your investment returns.Welcome to contact us anytime for inquiries, and unlock a new green and efficient plastic pyrolysis solution!
Catalytic System: Working Mechanism & Outstanding Advantages
The targeted treatment object of catalytic dewaxing technology is inferior components in pyrolysis oil fractions — namely waxy molecules that deteriorate the low-temperature fluidity of oil products.
Under the action of customized special catalyst, these long-chain wax molecules undergo cracking and conversion, breaking down into short-chain hydrocarbons such as alkanes and alkenes.This reaction restructures the composition and properties of wax substances at the molecular level, comprehensively optimizing the overall performance of pyrolysis oil, and bringing three core benefits:
-
Quality Improvement & Output Growth
The produced plastic pyrolysis oil meets ISC certification standards, achieving higher oil yield while guaranteeing qualified oil quality.
-
Safer Production Process
It effectively reduces adhesion and blockage of wax oil inside the equipment, fundamentally lowering pressure risks during unit operation.
-
Cost Reduction & Efficiency Enhancement
It ensures long-term stable operation, extends equipment service life, greatly prolongs maintenance cycles, and reduces production losses caused by shutdown maintenance.
|
Item |
Model HJA-8 |
Model HJA-10 |
Model HJA-12 |
Model HJA-15 |
|
Raw Materials |
Waste tire, waste rubber, waste plastic, waste acrylic, waste oil sludge |
Waste tire, waste rubber, waste plastic, waste acrylic, waste oil sludge |
Waste tire, waste rubber, waste plastic, waste acrylic, waste oil sludge |
Waste tire, waste rubber, waste plastic, waste acrylic, waste oil sludge |
|
Structural Type |
Horizontal rotary |
Horizontal rotary |
Horizontal rotary |
Horizontal rotary |
|
24H Processing Capacity (T) |
7–8 |
9–10 |
11–12 |
14–15 |
|
24H Oil Output (T) |
3.5–4 |
4–4.5 |
5–5.4 |
5.5–6 |
|
Working Pressure (Pa) |
Atmospheric pressure |
Atmospheric pressure |
Atmospheric pressure |
Atmospheric pressure |
|
Main Motor Speed (r/min) |
0.4 |
0.4 |
0.4 |
0.4 |
|
Equipped Power (KW) |
5.5 |
5.5 |
7.5 |
7.5 |
|
Cooling Method |
Water cooling |
Water cooling |
Water cooling |
Water cooling |
|
Cooling Water Consumption (T/h) |
5 |
6 |
7 |
8 |
|
Transmission Mode |
Internal gear transmission |
External gear transmission |
Internal gear transmission |
Internal gear transmission |
|
Heating Mode |
Direct heating |
Direct heating |
Direct heating |
Direct heating |
|
Installation Type |
Foundation-mounted |
Foundation-mounted |
Foundation-mounted |
Foundation-mounted |
|
Noise Level (dB) |
≤85 |
≤85 |
≤85 |
≤85 |
|
Main Unit Dimension (mm) |
2200×6600 |
2600×6600 |
2800×6600 |
2800×8000 |
|
Operation Mode |
Intermittent operation |
Intermittent operation |
Intermittent operation |
Intermittent operation |
|
Main Unit Weight (T) |
16 |
19 |
21 |
24 |
|
Manufacturing Cycle (Day) |
8 |
8 |
8 |
8 |
