Product Introduction
The Cyclonic Oil-Water Separator adopts specially designed axial vortex technology, optimized through CFD simulation, forming a stable internal vortex flow field to ensure efficient and rapid separation of oil droplets in wastewater under strong centrifugal force (hundreds to thousands of times the centrifugal acceleration).
The separator is suitable for situations with oil content in the inlet below 50% and may contain a small amount of gas. On one hand, the water outlet can achieve drainage below 500mg/L, and on the other hand, the oil discharge end concentrates the produced liquid. For instance, with a 10% produced liquid, it can reach 50% oil content. This method can be effective for oil wells with high water content, aiming to increase production.
Product Parameter
Capacity per unit（Q） | 2~3m3/h |
Medium temperature（℃） | High temperature resistance |
System Depressurization（MPa） | 0.05~0.1 |
Inlet water condition | ≥50% |
Outlet Water condition | Oil content2000mg/l |
Oil removal rate | ~30% |
Product Feature
Characteristics and Advantages of the Cyclonic Oil-Water Separator:
Suitable for primary oil-water separation in oil well produced fluids, CFD simulated and optimized, stable flow field, high oil removal efficiency (>90%), excellent oil-water separation effect;
Uses axial and vortex flow technology, creating a more stable and stronger centrifugal acceleration, faster separation speed, more compact equipment;
High separation efficiency of the flow field, minimal kinetic energy loss, low pressure drop, low energy consumption; water outlet oil content lower than 1000mg/L
High processing capacity, compact equipment;
Low pressure drop, water outlet pressure drop below 1 bar;
Test on the Wenchang platform reduced oil content from 20% to 50mg/L;
Dual-phase stainless steel material combined with wear-resistant surface superhydrophilic modification technology, corrosion-resistant, wear-resistant, and anti-scaling.
Application Case
Oilfield/offshore platform produced fluid treatment or other situations demanding high oil-water separation in confined spaces.
