SINOKLE High-Efficiency Hydrocyclone: Reshaping the Benchmark for Oily Wastewater Treatment with Super-Gravity Cyclone Technology
Facing increasingly stringent environmental standards and complex industrial water quality, traditional gravity sedimentation equipment often faces the dilemmas of low efficiency, large footprint, and high cost.SINOKLE high-efficiency hydrocycloneis aSINOKLEnew-generation super-gravity oil-water separation equipment developed independently, with the overall technology reachinginternationally advanced level, widely used in various oily wastewater treatment scenarios such as petrochemical refining, oilfield produced water, and power oil depots.
Relying on core technologies such as super-strong centrifugal cyclone, fluid optimization, multi-zone partition, and skid-mounted integration, the equipment completely breaks through the efficiency bottlenecks of traditional gravity sedimentation and ordinary cyclone equipment, forming all-round advantages in separation precision, processing speed, operating cost, working-condition adaptability, and installation/operation-maintenance, and can efficiently solve the separation problems of floating oil, dispersed oil, emulsified oil, and fine suspended matter in oily wastewater. It provides stable and reliable core equipment support for efficient pre-treatment and deep purification of oily wastewater. The specific advantages are as follows:CFD I.
Ultra-high oil removal efficiency, with outstanding ability to separate fine oil dropletsThe equipment relies on super-gravity cyclone separation technology, generating a high-intensity cyclone through a special internal structure, forming a strong centrifugal force field of hundreds to thousands of times the gravitational acceleration. Under the strong centripetal force, fine oil droplets in the water quickly collide, coalesce, and grow, achieving efficient and rapid oil-water separation. Its oil removal efficiency is stably up to
and it can precisely remove fine oil droplets smaller than 90%~95%micrometers, with separation precision far exceeding traditional gravity oil removal equipment, effectively solving the industry pain point that traditional equipment can hardly treat emulsified oil and fine oil droplets, ensuring that the effluent oil content continues to stably meet standards, and greatly reducing the burden on subsequent water treatment units.10 II.
Ultra-strong centrifugal force field, with separation effect far ahead of traditional processesThe SINOKLE high-efficiency hydrocyclone is based on the core principle of super-gravity centrifugal separation, which is fundamentally different from traditional gravity natural sedimentation (only
separation force), greatly amplifying the oil-water density difference, allowing tiny oil droplets and suspended matter to complete separation and migration in an extremely short time. This technology fundamentally gets rid of the dependence on gravity sedimentation; under the same treatment scale, the separation efficiency is significantly improved, it can quickly break the emulsified state, and maintains stable treatment effects for high-emulsification and high-oil-concentration wastewater, adapting to the efficient separation needs of complex oily wastewater, with processing performance far superior to conventional gravity separation and ordinary cyclone equipment. 1g III.
CFD-optimized flow field, stable operation resistant to water quality fluctuationsThe internal flow field of the equipment is finely optimized by computational fluid dynamics (
CFDCFD), with a stable and uniform flow pattern, no turbulence or shock during operation, and persistent and stable performance, not easily affected by fluctuations in influent water quality, volume, temperature, or liquid level. The special flow channel design effectively reduces eddies and short-circuit flow, improves centrifugal force utilization efficiency, ensures that the separation effect does not decay or fluctuate during continuous operation, can operate reliably for a long time, with extremely low failure rate, perfectly adapting to the uninterrupted production treatment needs of industrial sites.
IV.Compact and lightweight structure, greatly saving footprint and civil construction costs
The equipment adopts a compact structural design, with small overall volume and light weight, and the occupied area is only 1/3 or even smaller than that of traditional sedimentation tanks, gravity oil removers, and other equipment. There is no need to build large civil structures, which can greatly save initial civil construction investment and site occupation. The lightweight design reduces the requirements for foundation engineering, and it can be easily adapted whether in space-limited scenarios such as industrial parks, refining areas, and oilfield operation areas, or in upgrading and renovation of old projects, significantly reducing the project construction cycle and initial investment.
V.Innovative zoned design, with extremely strong working-condition adaptability
The equipment is equipped with a multi-zone partition design concept, which can flexibly adjust the operating parameters of each zone according to different working conditions such as water quality, treatment volume, and oil component types, precisely adapting to the separation needs of different types of oily wastewater such as floating oil, dispersed oil, and emulsified oil. For differentiated water qualities such as oilfield produced water, refining oily wastewater, and power plant oil depot wastewater, it can maintain efficient and stable operation, with strong impurity resistance and not easy to clog, effectively solving the problems of traditional equipment such as poor working-condition adaptability, non-adjustable parameters, and easy failure, expanding the application boundary of the equipment.
VI.Non-powered operation, extremely low energy consumption and operation-maintenance costs
The equipment has no moving parts and requires no external power, completely using the fluid's own pressure to drive cyclone separation, greatly reducing energy consumption expenditure, and the operating cost is far lower than traditional processes that need to be equipped with auxiliary equipment such as pumps, fans, and heaters. The pure physical separation process requires no addition of demulsifiers, flocculants, and other chemical agents, eliminating agent costs and oily sludge hazardous waste generation from the source, with no secondary pollution, while reducing sludge disposal costs, achieving multiple goals of energy saving, consumption reduction, pollution reduction, and efficiency improvement.
VII.Skid-mounted standardization, convenient and efficient installation and operation-maintenance
The equipment adopts standardized, skid-mounted, and modular integrated design, completing overall assembly and commissioning before leaving the factory. On-site, only pipe connections and power connection are needed for quick commissioning, with a simple and fast installation process, greatly shortening the project construction cycle. The equipment has a simple structure, no vulnerable or consumable parts, and requires no complex maintenance in daily use, only regular inspection and cleaning. The operation-maintenance workload and labor costs are significantly reduced, adapting to the intelligent operation-maintenance needs of unattended and remote monitoring in industrial sites.
VIII.Wide range of application fields, with rich mature and stable performance records
The SINOKLE high-efficiency hydrocyclone has reached an internationally advanced level in overall technology, and has been widely used in oily wastewater treatment in multiple fields such as petrochemical, refining, oilfield, power, and oil depots, with a large number of mature implementation cases, and its operation effect has been verified by long-term practice. The equipment can be used alone as the core equipment for oily wastewater pre-treatment, or seamlessly connected with CDFU cyclone dissolved-air flotation,HCC high-efficiency cyclone coalescer, filtration equipment, etc. to form an integrated oily wastewater treatment system, meeting the effluent requirements of different scenarios and different standards, with industry-leading technology maturity and application reliability.
Summary
The SINOKLE high-efficiency hydrocyclone takes super-gravity centrifugal cyclone as the core, integrating CFD flow field optimization, zoned adaptation, skid-mounted integration, and other innovative technologies, achieving a comprehensive breakthrough in the separation efficiency, precision, stability, and economy of oily wastewater. Its90%~95% ultra-high oil removal rate,<10 removal ability of micron-scale fine oil droplets, non-powered low-consumption operation, and compact skid-mounted deployment, and other core advantages, thoroughly solve the pain points of traditional oily wastewater treatment equipment such as low efficiency, large footprint, high energy consumption, cumbersome operation-maintenance, and easy clogging.The equipment combines technological advancement, working-condition adaptability, and economic practicality, and can be widely adapted to the oily wastewater treatment needs of multiple industries. It is the preferred core equipment for efficient separation and compliant treatment of oily wastewater, providing an efficient and reliable solution for the green and low-carbon treatment of industrial oily wastewater.
