Chandler Engineering Introduces Compact Fluid Testing System

Chandler Engineering has introduced the 6700-M Mini Flow Loop, a new compact system. This innovative flow loop is specifically engineered to provide precise friction pressure testing. Its design targets slickwater fracturing fluids, supporting both laboratory and field optimization efforts.

Advanced Friction Testing Capabilities

The 6700-M Mini Flow Loop represents a significant development in fluid analysis equipment. Its compact nature allows for easier deployment and integration into various testing environments. Engineers designed the system for accuracy, ensuring reliable data collection during critical friction pressure evaluations.

Application in Slickwater Fracturing

This new system finds its primary application in the oil and gas industry, specifically with slickwater fracturing fluids. These fluids play a crucial role in hydraulic fracturing operations. They help reduce friction within the wellbore, enabling more efficient proppant placement.

Importance of Accurate Friction Data

Accurate friction pressure testing is vital for optimizing fracturing fluid performance. Operators can better understand fluid behavior under different conditions. Consequently, they make informed decisions about fluid composition and injection rates. This directly impacts operational efficiency and overall well productivity.

Supporting Optimization Efforts

The 6700-M Mini Flow Loop supports both laboratory research and field operations. In laboratories, researchers can develop and refine new fluid formulations. They gain detailed insights into how various additives affect friction. In the field, the system provides real-time data for immediate operational adjustments. This dual capability enhances fluid performance across all stages of development and deployment.

Chandler Engineering’s latest offering aims to provide a reliable and efficient tool for the industry. Its precise testing capabilities contribute to improved fracturing fluid designs. Ultimately, this helps achieve more effective and economical well stimulation.