Silicon carbide (SiC) membrane filters combine ultra-high filtration precision, exceptional chemical stability, and outstanding oil-fouling resistance to deliver superior performance in demanding industrial wastewater applications—from oilfields to petroc
Wastewater from dewatering process has great impact on environment. Proper treatment will minimize environmental risks and reduce operational expenses.
A modular, chemical-free solution delivering <10 ppm oil and solids for high-, low-, and ultra-low-permeability reservoirs.
Designed for refinery scenarios, CDFU cyclonic dissolved air flotation equipment efficiently handles electro-desalting wastewater’s complex pollutants via integrated physical separation technologies.
With high-activity components, porous support design, and superhydrophilic modification, Sinokle’s catalysts minimize energy consumption, reduce ozone dosage, and achieve deep organic pollutant removal.
Sinokle’s CDOF combines advanced oxidation, cyclone, and dissolved air flotation to achieve rapid, compact, and high-performance treatment of offshore oily wastewater
This innovative technology overcomes the limitations of traditional DAF by delivering high-efficiency, chemical-free separation in a compact and intelligent package, paving the way for sustainable industrial wastewater treatment.
This innovative physical dewatering process eliminates chemical usage while achieving over 95% oil removal efficiency, transforming tank farm operations through enhanced safety, environmental protection and economic benefits.
The coalescing oil-water separator is an advanced separation equipment that efficiently removes oil droplets (≥20µm) from refinery circulating water through coalescence technology, featuring a compact design, stable operation, and strong anti-clogging per
Sinokle’s innovative, purely physical process treats challenging coking acidic water without chemicals, eliminates secondary pollution, and allows for high-quality oil recovery.