Technical Introduction
Technical Introduction
The High-Efficiency Coalescing Oil-Water Separator utilizes coalescence technology and the shallow pool principle, with internal flow field optimized through CFD simulation. It employs specially designed patented packing and rationally arranged separation zones to significantly improve oil-water separation efficiency. The equipment bottom is equipped with specially designed sand flushing pipelines that provide thorough cleaning with no dead angles, greatly enhancing the equipment's anti-silting capability. The equipment operates stably with long maintenance cycles.
Widely applied in oily wastewater treatment in petrochemical, refining, and oilfield industries. It features outstanding advantages including compact structure, high-efficiency oil removal, anti-clogging performance, and stable reliability, making it an ideal upgraded replacement for traditional oil-water separation equipment.
Product Parameters
Product Parameters
| Parameter | Technical Specification |
|---|---|
| Footprint | Only 50% of traditional equipment |
| Residence Time | Only 30% of traditional separators |
| Oil Removal Efficiency | >90% |
| Internal Component Materials | Stainless Steel, Duplex Steel, Reinforced PP |
| Operation Mode | Fully Enclosed Automatic Operation |
| Sand Flushing System | Specially designed sand flushing pipelines, thorough cleaning with no dead angles |
| Anti-Silting Capability | Strong, sand particles do not easily accumulate |
| Design Principle | Coalescence Technology + Shallow Pool Principle + CFD Optimization |
Technological Advantages
Technological Advantages
Technical Comparison
Technical Comparison
| Comparison Item | Traditional Oil-Water Separator | High-Efficiency Coalescing Oil-Water Separator |
|---|---|---|
| Design Principle | Gravity Separation | Coalescence + Shallow Pool Principle + CFD Optimization |
| Footprint | Large | Only 50% of traditional equipment |
| Residence Time | Long | Only 30% of traditional equipment |
| Oil Removal Efficiency | 60%~80% | >90% |
| Minimum Coalescence Particle Size | Larger | Small particle sizes efficiently removed |
| Internal Component Materials | Ordinary Materials | Stainless Steel/Duplex Steel/Reinforced PP |
| Anti-Silting Capability | Sand particles easily accumulate, prone to clogging | Specially structured design, not prone to clogging |
| Sand Flushing Method | Conventional flushing, with dead angles | Special sand flushing pipelines, thorough cleaning with no dead angles |
| Operation Mode | Manual or Semi-Automatic | Fully Enclosed Automatic Operation |
| Maintenance Cycle | Relatively Short | Long, stable and reliable operation |
Application Cases
Application Cases
Petrochemical Oil-Water Separation System
Adopts High-Efficiency Coalescing Oil-Water Separator for efficient separation treatment of oily wastewater. After coalescence separation, the feed material achieves oil and water separation. The effluent quality exceeds discharge standards.
Oil-Water Separation Treatment Process
After treatment through High-Efficiency Coalescing Oil-Water Separator, the feed material achieves efficient oil-water separation. Oil and water are collected separately. Fully enclosed automatic operation ensures safety and environmental protection.
