一体式压裂指挥方舱研制与应用

打开文本图片集

中图分类号：TE938 文献标志码：B doi：10.3969/j.issn.1001-3482.2026.01.012

文章编号：1001-3482（2026）01-0088-07

Abstract：In response to challenges such as decentralized local control of traditional fracturing operation units，over-reliance on manual experience and team coordination in workflow command，and the inadequacy of existing instrumentation equipment，spatialfacilities，and controlsoftware to meethecentralized command and collaborative monitoring demands of future large -scale fracturing fleet operations，an integrated fracturing command cabin equipped with an intelligent fracturing control system was developed.This system adopted a double-sided retractable skid -mounted structure design and incorporated key technological features， including electric rapid expansion deployment， large -space multi -scenario integration， multi - terminal interactive topological network architecture，multi -energy complementary power supply collaborative management，intelligentunmanned aerial vehicle（UAV） inspectionforfracturing wellsites，and one-click intelligent fracturing control.It deliveredasmart，efficient，comfortable，and user-friendly multifunctional interactive operation experience.Field platform validations demonstrated that the product boasts arational layout， comfortable environment，stable control，and comprehensive monitoring， with all technical metrics meeting design requirements. The operating space increased by 100% ， effectively enhancing fracturing operation efficiency，reducing labor costs，and exhibiting significant economic benefits and promising application prospects.

Key Words：fracturing equipment; centralized command; collaborative control; multifunctional integrated system

自首次进行水力压裂试验，历经70余年的持续发展，水力压裂技术已成为提升油气井采收率的核心措施，特别是在开发深层油气藏和改造低渗透储层方面发挥着不可替代的作用。（剩余7518字）