300L–900L Explosion-proof Dual-system Solvent Recovery Unit with Continuous Feeding and Discharging, Safe and Reliable
Description
This unit features a processing capacity ranging from 300 to 900 liters and utilizes an explosion-proof dual-system design; alternating operation between two tanks enables continuous feeding and discharging without the need for downtime, significantly boosting production efficiency. The system is equipped with intelligent PLC controls and multiple safety interlocks, monitoring temperature and pressure in real-time to ensure safe, reliable operation in flammable and explosive environments. Suitable for the coatings, inks, and chemical industries, it recovers high-purity solvents for reuse, effectively reducing costs associated with purchasing new solvents and lowering hazardous waste emissions, thereby helping enterprises achieve their goals of continuous and green production.
Core Advantages
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Technical Specifications
| Specification | Unit | Value |
| Main unit model | - | TE-300 |
| Explosion-proof Grade | - | ExdbIIBT3/T4Gb |
| Feed Capacity | L | ≤280 |
| Maximum Heating Power | kW | 16 kW |
| Power Supply | V/Hz | 380V (customizable for 50/60Hz) |
| Average Processing Time | h | 5.5(continuous 24h operation supported) |
| Weight | kg | ≈550 |
| Overall Dimensions (L×W×H) | mm | 2600×1220×2050 |
| Required Floor Space (L×W×H) | m | 5×4×3 |
| Daily Output (12h) | L | 300-600 |
| Cooling Method | - | Air-cooled / Water-cooled |
| Certifications | - | CE/EX |
| Control System | - | PLC Control |
| Recovery Efficiency | (%) | 95 |
Industry Applications
|
Industry Sectors |
Specific Application Scenarios / Descriptions |
|---|---|
|
Industrial manufacturing |
Automotive parts, hardware manufacturing, precision casting, plastic products, FRP (fiberglass reinforced plastic) products, etc. Mainly used for parts cleaning, degreasing, and steam degreasing. |
|
Surface treatment and coating |
Electroplating, spraying, painting and coating, powder coating. Recycling of thinners, gun cleaning solutions, etc. used in spraying and painting processes. |
|
Chemicals and pesticides |
Chemical plants and agricultural chemicals. Chemical production involves a large user of solvents, resulting in significant recycling needs. |
|
Electronics and High Technology |
Electronic products, LED products, LCD optical products, and digital products. Solvents such as isopropanol are commonly used in the cleaning and manufacturing processes. |
|
Pharmaceuticals and Medical Devices |
Pharmaceutical industry and medical device manufacturing. High purity requirements are placed on solvents, and recycling and reuse must ensure compliance with standards. |
|
Printing and Packaging |
The printing industry. Solvents such as ethyl acetate are used extensively in printing and laminating processes. |
Product Value
Reduces production costs: Solvent recovery cuts down on new solvent purchases and hazardous waste disposal fees.
Improves environmental compliance: Lowers VOC (Volatile Organic Compound) emissions and meets carbon reduction requirements.
Enhances workplace safety: Reduces explosion risks and improves the working environment.
Optimizes production efficiency: Ensures a stable supply of recovered solvent and enables automated operation.
High long-term ROI: Short payback period, typically 1–3 years.
Strong technical adaptability: Compatible with various solvents and offers modular design options.
Customer Cases
Pre-sale Service
After-sales service