SINOKLE High-Efficiency Coalescing Media: Patented Technology Elevating Oil-Water Separation
The high-efficiency coalescing media independently developed by SINOKLE is a core separation internals based on CFD flow-field simulation and patented structural design. The product deeply integrates the principles of coalescence and shallow-pool theory, purpose-built to overcome the industry pain points of "clogging, slowness, and short life" in oily wastewater treatment, and is widely used in oil removers and coalescing separators for oilfields, refining, power, and oil depots.
It demonstrates significant advantages in coalescing efficiency, pollution resistance, service life, and O&M convenience, and is a key component for improving the overall efficiency of oil-water separation systems. The specific advantages are as follows:
I. Ultra-High Specific Surface Area for Excellent Coalescing Efficiency
The media adopts a specially optimized patented corrugated structure, with specific surface area significantly increased over traditional media, providing vast contact and attachment space for oil droplets. This greatly improves the collision probability and coalescing efficiency of fine oil droplets, enabling them to be rapidly adsorbed, enriched, and grown, thus achieving efficient and fast oil-water separation and laying a solid foundation for stable compliance of subsequent treatment units.
II. Efficient Demulsification and Coalescence for Deep Emulsified-Oil Removal
Relying on super-oleophilic and hydrophobic modified coalescing materials and patented internal structure, the media efficiently captures and coalesces dispersed and emulsified oil droplets in water. Its coalescing demulsification precision reaches 0.1 µm, effectively combining micron-scale emulsified oil droplets into large droplets for separation, with effluent oil content stably controlled at a very low level, especially suitable for complex water with high emulsification and high oil content.
III. Dedicated Flow Channels and Sand-Flushing System for Anti-Clogging
The media interior is designed with special micro-channels, combined with an efficient sand-flushing and sludge-discharge device, keeping sand in a fluidized state and allowing it to pass smoothly, preventing accumulation inside the media. This structural design solves the traditional media's clogging problem, ensures long-period stable operation, and reduces efficiency decay and downtime maintenance caused by clogging.
IV. Long-Life Design to Significantly Reduce O&M Costs
The special anti-clogging structure and high-strength material give the media an extremely long service life. Its maintenance interval far exceeds that of traditional media, greatly reducing replacement frequency and related consumable costs, while lowering system downtime and manual maintenance intensity, achieving life-cycle cost optimization.
V. Multiple Material Options for Corrosive Conditions
The product offers various high-quality materials such as duplex stainless steel, 316L stainless steel, and reinforced PP, which can be flexibly selected according to the pH, salinity, and corrosiveness of the wastewater to be treated, ensuring excellent mechanical strength and chemical stability in different harsh environments.
VI. Modular Design for Convenient Installation and Replacement
The modular packing structure simplifies installation, inspection, and replacement, requiring no complex tools or specialized skills. Compared with the integral operation of traditional media, the modular design greatly shortens the maintenance window and quickly restores system operation, highly fitting the efficient O&M needs of industrial sites.
VII. Sturdy and Reliable Structure for Durable Performance
Made of high-strength, corrosion-resistant materials, the media structure is stable, impact-resistant, and anti-aging, and is not prone to deformation, fracture, or performance decay during long-term operation, ensuring the continuous reliability of oil-water separation results.
VIII. Proprietary Patented Technology as Core Competitiveness
This high-efficiency coalescing media technology has obtained multiple national patent authorizations, with complete independent intellectual property rights, representing the company's leading technical level in fluid separation. Validated by extensive engineering practice, it perfectly matches core equipment such as the CDFU cyclonic dissolved gas flotation unit and high-efficiency cyclone, collaboratively improving the efficiency of the entire wastewater treatment system.
Summary
With patented structural design, ultra-high specific surface area, excellent anti-clogging ability, and modular convenient maintenance as its core advantages, SINOKLE's high-efficiency coalescing media achieves comprehensive improvement in coalescing efficiency, operational stability, and economic benefit. It effectively solves industry key problems such as difficult removal of fine oil droplets and easy clogging of media in oily wastewater, and is widely suitable for oily wastewater treatment scenarios across industrial fields, making it the preferred core component for ensuring long-term stable system operation and achieving green, low-carbon production.
