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.
Sinokle's integrated process achieves over 99.5% oil removal, turning problematic oil-containing wastewater into compliant, reusable water.
Oil and natural gas form the backbone of China’s energy system and are of critical importance to national energy security and overall socio-economic development. According to data from the Nation
I. Definition Oilfield produced water refers to the water that is brought to the surface together with crude oil during oil production. It originates from underground water that is displaced and
Integrating CDFU and High-efficiency Coalescing Oil Separator to solve dissolved oil and emulsified oil removal challenges efficiently.
For the treatment of flavor production wastewater, the Shenzhen Clear Science & Technology Co., Ltd (SINOKLE) has combined its self-developed CDOF (Cyclonic Dissolved Ozone Flotatio
Flavor production is widely applied in various industries, including the food and daily chemicals industries. The organic components of wastewater from flavor production contain a large amount of arom
The cyclonic dissolved gas flotation unit achieves 90-95% oil removal efficiency via synergistic cyclonic shearing and microbubble adsorption, outperforming traditional technologies.