SINOKLE High-Efficiency Coalescing Media: The 'Core' Strength of Oily Wastewater Separation
In oily-wastewater treatment systems for petrochemicals, oilfields and power plants, the coalescing media - as the core internals of oil-water separation - commonly suffer fromsmall specific surface area, low coalescing efficiency, easy silting/clogging, frequent maintenance and short life, directly hurting the whole unit's treatment effect and stable operation.
Shenzhen SINOKLE Technology Co., Ltd. independently developed thepatented high-efficiency coalescing media, withraised specific surface area150%, a special sand-flushing flow channel, multiple material options and modular packingas four core breakthroughs, providing high-performance core internals for high-efficiency coalescing oil removers, pressure oil removers and cyclonic flotation, markedly raising oil-water separation efficiency, extending equipment run cycles and lowering maintenance cost.
I. Technical core: patented design, dual breakthrough in coalescence and anti-clogging
SINOKLE's high-efficiency coalescing media arethe company's patented products, achieving two key upgrades through special structure and flow-channel optimization:
Ultra-high specific surface area
Compared with traditional coalescing media,raised150%, greatly increasing the probability of oil-droplet collision and adhesion, letting fine droplets quickly coalesce, grow and rise for separation, markedly improving oil-removal efficiency.
Dedicated sand-flushing micro-channels
The internal flow-channel special design providesstrong self-cleaning sand-flushing function, effectively lowering the risk of sand silting and clogging and extending the maintenance cycle and media life.
Throughout, it ispure-physical coalescing separation, adding no reagents and creating no secondary pollution, suiting various oily wastewater for stable treatment.
II. Eight technical advantages, comprehensively ahead of traditional media
Greatly raised specific surface area
Improved versus traditional media by150%, doubling the oil-droplet collision/adhesion probability for more efficient coalescing separation.
Rapid coalescence and separation of oil droplets
Fine oil droplets efficiently coalesce inside the media and quickly rise for separation, markedly improving oil-removal effect.
Sand-flushing flow-channel anti-clog design
Micro-channels have built-in sand-flushing, sand hardly accumulates, solving clogging structurally.
Long lifelow maintenance
Special structure and high-strength materials,long maintenance cycle, little maintenance, more worry-free for long-term operation.
Multi-material corrosion resistance
Offeringduplex stainless steel,316Lstainless steel and reinforcedPPPP - three materials, flexibly chosen by water corrosiveness.
Modular, easy to assemble/disassemble
Modular packing design, easy to install/disassemble; maintenance and replacement need no long shutdown.
High strength and durability
Stainless steel / reinforced PP, high strength, anti-aging, corrosion-resistant, far longer life than conventional media.
Proprietary patented technology
SINOKLE patented technology, independent intellectual property, stable performance, technically leading.
III. Key technical parameters
Specific surface area: improved versus traditional media byraised150%
Sand-flushing function: internal micro-channel sand-flushing design, anti-silting
Optional materials: duplex stainless steel / 316L stainless steel / reinforced PP
Packing method: modular packing, easy to assemble/disassemble
Clogging tendency: special structure,hard to clog
Applicable scenarios: oily-wastewater coalescing separation, internals for various oil removers
IV. Technical comparison: high-efficiency coalescing mediaVSTraditional media
| Comparison item | Traditional coalescing media | SINOKLE high-efficiency coalescing media |
| Specific surface area | conventional baseline | raised150% |
| Coalescing efficiency | ordinary, low droplet-collision probability | high collision probability,high-efficiency coalescing separation |
| Sand-resistance | easily silts, clogs frequently | sand-flushing flow channel,hard to clog |
| Maintenance cycle | short, needs frequent cleaning | long cycle, little maintenance |
| Media life | short, easily worn | high strength, long service life |
| Material choice | single material | multiple materials, suiting corrosive water |
| Packing method | integral packing, hard to assemble/disassemble | modular, easy to assemble/replace |
| Flow-channel design | conventional channel, weak sand-flushing | special channel, strong sand-flushing |
| Technology source | generic design | patented technology, independent IP |
V. Typical application scenarios
As thecore internalsof SINOKLE's full series of oil-removal equipment, widely fitted to:
High-efficiency coalescing oil-water separator and high-efficiency coalescing pressure oil remover internals
Petrochemical/refining electric-desalting draw-off, tank-farm oily-wastewater treatment
Oilfield produced water, well-washing wastewater coalescing oil-removal units
Power-plant / oil-depot oily-wastewater deep-treatment units
Various oily-wastewater pretreatment and deep-separation systems
VI. SINOKLE: empowering efficient oil removal with core materials
Shenzhen SINOKLE Technology focuses on oily-wastewater treatment, adhering to apure-physical, high-efficiency, long-lifetechnical route, taking patented high-efficiency coalescing media as the core material, paired with the high-efficiency coalescing oil remover,CDFUcyclonic dissolved-air flotation and HCC cyclonic coalescerequipment, building a+material+- equipment- process
integrated solution, providing enterprises with stable, efficient and economical oily-wastewater treatment services.Relying onhigh coalescing efficiency, strong anti-clogging, long service life and multi-material adaptability, the high-efficiency coalescing media have been successfully applied in many petrochemical, oilfield and power-plant projects, becoming the“”core。
strength of efficient oily-wastewater treatment. Choose SINOKLE's high-efficiency coalescing media - choosea more efficient, more stable and more durablecore component for oil-water separation!
