This technique is suitable for guar gum and even more suitable for slick water and other polymer-based fluid sand fracturing. Customized and optimized process plans are provided, utilizing patented coupling technologies (efficient proppant placement agents and structural stabilizers) and specialized injection equipment. This significantly increases the length and height of proppant placement in artificial fractures, drastically reduces the scale of sand addition and the volume of fluid used, achieving the goal of cost reduction and efficiency improvement.

Advantage

• Efficiency: Effective fracture length increased by 30%, support height increased by 100%, and the same amount of proppant increases the support volume by 200%.
• Cost Reduction: Improves the flow capacity of the proppant, reduces the pressure-bearing level of the proppant.
• Sand Control: Effectively reduces proppant backflow and formation sand production.

Application Effects

Applied in over 100 wells in shale oil and gas, and tight oil and gas;

• Average single well production increased by 20%;
• Proppant cost reduction by 33.7%;
• Transformation costs reduced by 20%;
• Sand production rate reduced by 75%.