1. Current Status of Produced Fluid Treatment on Offshore Platforms Offshore oil fields are strategically important for energy supply. Taking China as an example, the production has exceeded 50 m
It explores ozone's ability to eliminate micro-pollutants like pharmaceutical residues and refractory organics through hydroxyl radicals.
Sinokle's CFU technology slashes footprint to 1/5 of traditional DAF systems, realizing efficient oil-water separation with pressurized closed design.
Leveraging coalescence, shallow tank principles and corrugated plate packing, Sinokle’s Coalescing Pressure Oil Separator maximizes oil droplet rising velocity and separation efficiency for oil-containing wastewater.
Sinokle’s professional team successfully delivered on-site installation guidance for KHC coalescing filter elements, safeguarding stable refinery operations.
1. Process Flow Currently, commonly used water separation technologies are mainly implemented through a combination of single technologies such as gravity sedimentation, cyclone, air flotati
1. Process Flow 2. Process Disadvantages 2.1. Poor Oil-Water Separation Efficiency: Due to the suboptimal concentration of added chemicals or temperatur
Sinokle’s innovative technology converts toxic spent FCC catalysts into high-efficiency heterogeneous ozone catalytic materials, boosting oxidation efficiency by 2-5 times.
Power plant wastewater undergoes a rigorous multi-stage treatment process, realizing not only up-to-standard discharge but also resource recycling to build a green water cycle.
Sinokle's integrated process achieves over 99.5% oil removal, turning problematic oil-containing wastewater into compliant, reusable water.