Technical Introduction
Product Introduction
High-Efficiency Hydrocyclone
A new generation of high-efficiency hydrocyclone developed by Shenzhen Sinokle Technology Co., Ltd. This equipment features high oil removal efficiency and stable performance, with overall technology reaching internationally advanced levels. It has been widely applied in oily wastewater treatment across various industries.
The hydrocyclone generates ultra-strong centrifugal acceleration (hundreds to thousands of times gravitational acceleration) through powerful swirling flow. Under strong centripetal force, oil droplets rapidly collide, coalesce, and separate from water, achieving fast and efficient removal of oil droplets (or suspended solids) from wastewater. Oil removal efficiency can reach 90~95%, and it can remove fine oil droplets with particle sizes smaller than 10 microns. The overall technology has reached internationally advanced levels.
Product Specifications
Product Specifications
| Parameter | Technical Specification |
|---|---|
| Oil Removal Efficiency | 90~95% (can remove oil droplets <10 microns) |
| Centrifugal Acceleration | Hundreds to thousands of times gravitational acceleration (g) |
| Equipment Structure | Compact, small footprint, lightweight |
| Flow Field Design | CFD optimized, stable flow pattern, reliable performance |
| Zoned Design | Multi-zone design, strong adaptability |
| Installation Method | Standardized, skid-mounted, convenient installation, operation and maintenance |
| Applicable Media | Various oily wastewater (including emulsified oil, dispersed oil, free oil) |
| Application Fields | Petrochemical refining, oilfield produced water, power plant oil depots, industrial wastewater treatment |
Technical Advantages
Technical Advantages
Ultra-high Oil Removal Efficiency
Oil removal efficiency reaches 90~95%, capable of treating fine oil droplets smaller than 10 microns, far exceeding conventional gravity separation
Ultra-strong Centrifugal Acceleration
Swirling flow generates hundreds to thousands of times gravitational acceleration, greatly amplifying oil-water density difference for remarkable separation
CFD Optimized Flow Field
Computational Fluid Dynamics (CFD) precisely optimizes internal flow field, ensuring stable flow patterns and reliable performance
Compact & Lightweight Structure
Overall compact structure, small footprint, lightweight, significantly saving civil works and installation costs
Zoned Adaptive Design
Innovative zoned design concept, allowing flexible adjustment of parameters for each zone according to different operating conditions, strong adaptability
Zero Power Operation
Driven by fluid's own pressure, no moving parts, no external power required, extremely low operating cost
Skid-mounted & Standardized
Standardized, skid-mounted design with modular integration, extremely convenient and fast installation, operation and maintenance
Wide Application Range
Widely applied in petrochemical, refining, oilfield, power and other oily wastewater treatment fields with rich project references
Technology Comparison
Technology Comparison
| Comparison Item | Conventional Gravity Oil Remover | High-Efficiency Hydrocyclone |
|---|---|---|
| Separation Principle | Gravity natural sedimentation, 1g separation force | Ultra-strong centrifugal force, hundreds to thousands of times gravitational acceleration |
| Oil Removal Efficiency | 50~80% | 90~95%, significant efficiency improvement |
| Removable Particle Size | >100 microns | <10 microns, efficient removal of fine oil droplets |
| Footprint | Large, requires dedicated sedimentation tanks | Small, compact structure saves significant space |
| Flow Field Design | Relies on natural flow, no optimization | CFD precision optimization, stable and controllable flow |
| Operating Power | Some require pumps, higher energy consumption | Driven by system pressure differential, extremely low energy consumption |
| Equipment Weight | Relatively heavy, large foundation works | Lightweight design, convenient installation and construction |
| Operational Stability | Significantly affected by liquid level and temperature | Zoned design, strong adaptability, stable performance |
| Installation & Maintenance | Long construction period, heavy maintenance workload | Skid-mounted modules, extremely convenient installation and maintenance |
| Technology Level | Conventional process, relatively mature technology | Overall technology reaches internationally advanced level |
Application Cases
Application Cases
Industrial Oily Wastewater Treatment Unit
Typical application of high-efficiency hydrocyclone in oily wastewater treatment for petrochemical/refining industries
Skid-mounted Cyclonic Separation System
Standardized skid-mounted cyclonic oil removal system for oilfield produced water treatment, efficiently removing dispersed oil droplets
