By eliminating chemical additives and oily sludge generation, Sinokle's purely physical process turns refinery wastewater into a source of recoverable hydrocarbons. With proven performance in Sinopec projects and >98% removal of fine suspended solids, the
This article delves into the detrimental effects of petroleum pollution on water bodies and aquatic life. It highlights how petroleum, once it enters waterways, disrupts the ecosystem by blocking oxygen and affecting photosynthesis, leading to hypoxic con
Sinokle offers an integrated, chemical-free produced water treatment solution for oilfields, featuring hydrocyclone DAF, HAC separators, and advanced filtration to meet A1/A2 reinjection standards—ensuring stable performance, low footprint, and zero secon
Discover how everyday wastewater is transformed into clean water through the power of chemistry. This article explains the roles of flocculants, coagulant aids, oxidants, reducing agents, pH adjusters, and demulsifiers—six key chemical groups that work to
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
In 2024, the global oil production landscape continues to evolve, with the United States firmly holding the top spot while geopolitical tensions and market forces reshape output across key producers like Russia, Iran, and Saudi Arabia.
Wastewater from dewatering process has great impact on environment. Proper treatment will minimize environmental risks and reduce operational expenses.
Ozone treatment leverages strong oxidation to effectively degrade persistent organic pollutants and remove heavy metals from industrial wastewater.
A modular, chemical-free solution delivering <10 ppm oil and solids for high-, low-, and ultra-low-permeability reservoirs.
This paper reviews the composition and massive generation of oilfield produced water (OPW) from oil and gas extraction, analyzes its multifaceted environmental hazards (e.g., heavy metals, hydrocarbons, radionuclides), and summarizes state-of-the-art trea