Enhanced Oil-Water Separation Using Cyclonic Dissolved Gas Flotation Unit (CDFU) for Produced Fluid Treatment

Enhanced Oil-Water Separation Using Cyclonic Dissolved Gas Flotation Unit (CDFU) for Produced Fluid Treatment

2026-01-26

Shenzhen Clear Science & Technology Co., Ltd (SINOKLE)’s patented product - CDFU (Cyclonic Dissolved Gas Flotation Unit) is a technology that innovatively integrates centrifugal cyclone

Current Status of Produced Fluid on Offshore Platforms and Its New Treatment Technology

Current Status of Produced Fluid on Offshore Platforms and Its New Treatment Technology

2026-01-26

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

Sinokle’s CFU Tech: Compact Power for Oily Wastewater Treatment

Sinokle’s CFU Tech: Compact Power for Oily Wastewater Treatment

2026-01-26

Sinokle's CFU technology slashes footprint to 1/5 of traditional DAF systems, realizing efficient oil-water separation with pressurized closed design.

Core Principles of Sinokle Coalescing Pressure Oil Separator: Coalescence & Shallow Tank Theory

Core Principles of Sinokle Coalescing Pressure Oil Separator: Coalescence & Shallow Tank Theory

2026-01-24

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.

New Treatment Process for Oilfield Produced Water with CDFU Technology: Process Flow, Features, and Application

New Treatment Process for Oilfield Produced Water with CDFU Technology: Process Flow, Features, and Application

2026-01-23

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

Challenges and Limitations of Traditional Oilfield Produced Water Treatment Processes

Challenges and Limitations of Traditional Oilfield Produced Water Treatment Processes

2026-01-23

1. Process Flow    2. Process Disadvantages 2.1. Poor Oil-Water Separation Efficiency: Due to the suboptimal concentration of added chemicals or temperatur

High-Performance Ozone Catalysts: Turning Spent FCC Catalysts into Valuable Resources

High-Performance Ozone Catalysts: Turning Spent FCC Catalysts into Valuable Resources

2026-01-23

Sinokle’s innovative technology converts toxic spent FCC catalysts into high-efficiency heterogeneous ozone catalytic materials, boosting oxidation efficiency by 2-5 times.

CDFU + KFM: The Ultimate Solution for Heavy Oil Power Plant Wastewater

CDFU + KFM: The Ultimate Solution for Heavy Oil Power Plant Wastewater

2026-01-23

Sinokle's integrated process achieves over 99.5% oil removal, turning problematic oil-containing wastewater into compliant, reusable water.

Produced Water Reinjection in China’s Oil and Gas Industry: Challenges, Standards, and Groundwater Protection

Produced Water Reinjection in China’s Oil and Gas Industry: Challenges, Standards, and Groundwater Protection

2026-01-22

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

Characteristics, Impacts, and Treatment Considerations of Oilfield Produced Water

Characteristics, Impacts, and Treatment Considerations of Oilfield Produced Water

2026-01-22

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