Operational efficiency is improved by controlling fracture placement to reduce water, proppant usage, and horsepower for productive stimulation treatment and reduced operational footprint.
通过控制布裂提高施工效率，减少水和支撑剂的用量，降低增产处理所需的水马力，减少施工所需空间。
Operational efficiency is improved by controlling fracture placement to reduce water, proppant usage, and horsepower for productive stimulation treatment and reduced operational footprint.
通过控制布裂提高施工效率，减少水和支撑剂的用量，降低增产处理所需的水马力，减少施工所需空间。
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