压裂 and Flowback Equipment

Elevate your frac performance with reliable equipment integrating digitalization and automation. 视图

Choose a more reliable alternative to multiple conventional small inline check valves on frac iron. 视图

Increase hydraulic 压裂 process 控制, reliability, and efficiency through automation. 视图

Simultaneously stimulate two wells using a single stimulation fleet to save time and cost without sacrificing well performance. 视图

Speed up multiwell pad rig-up with a flexible, 抗腐蚀导管，将压裂歧管连接到压裂树. 视图

Eliminate red zone activities and reduce greasing time with optimized remote valve maintenance. 视图

Streamline zipper frac operations and eliminate cut wireline by automating frac valves. 视图

以更短的时间优化多井同时作业, 与传统压裂树相比，设计更轻. 视图

Handle hydraulic 压裂 pressures up to 15,使用紧凑型Cameron复合压裂树，最大限度地减少泄漏路径. 视图

Maximize corrosion and erosion protection, 简化维护, and minimize NPT and related costs. 视图

灵活的压裂段之间消除不必要的起降作业, 控制压裂液流动的模块化压裂管汇. 视图

自动化压裂阀操作，同时保持应急状态，最大限度地减少NPT. 视图

提高可靠性，减少多井平台的潜在泄漏路径, faster alternative to conventional frac iron. 视图

Replace 风险y hammer unions for connecting 高压 frac hoses with faster setup, 更安全的夹紧系统. 视图

容易适应任何泵配置更大的效率和安全性. 视图

Reduces stimulation pump idling by up to 75%, reducing fuel consumption and carbon emissions by 7% 视图

优化酸化, 压裂, 防砂, 以及极端环境下深水井的结垢控制. 视图

部署灵活, high-capacity stimulation equipment rapidly to meet specific needs for offshore 压裂 or acidizing operations. 视图

快速设计轻量化, modular equipment package optimized for 压裂 or acidizing from an offshore supply vessel. 视图

Designed for jobs from simple acid stimulation to complex hydraulic 压裂 operations in the North Sea environment. 视图

Automate data delivery from unconventional wells. 视图

Prepare your well for production with efficient post压裂 services designed to manage frac fluid flowback and well cleanup. 视图

Install these emergency shutdown valves in line upstream of the testing units to 控制 overpressure, 高液位, 或两个. 视图

高效燃烧天然气或天然气蒸气, 灵活的系统，易于在站点之间重新定位. 视图

控制和监测阀门和节流阀的位置和运行情况，并获取数据. 视图

Prevent hydrate formation and eliminate associated logistics and 风险 with an alternative to chemical injection into the process stream. 视图

清除隔离塞残余物和套管碎片, 水泥, 和其他大的碎屑后立即压裂堆栈. 视图

在返排和试井过程中控制下游压力和流体体积. 视图

从反排液中去除砂粒和其他小固体, 生产流程, 或两个, 使用离心力. 视图

单独的石油, 水, 气体, and solids into individual streams for more accurate measurement and discharge 控制. 视图

计划的突发事件, 管理认证, and deliver equipment required to enhance safety in flowback and production operations. 视图

Optimize productivity in fractured wells with integrated modeling, monitoring, and 控制. 视图

Protect a Type C tubing spool from high pressure and erosion while extending the tubing spool pressure rating for hydraulic 压裂. 视图

Protect the CT string from abrasive 压裂 fluid in pinpoint or CT 压裂 operations. 视图

保持压力到15,000 psi to provide fullbore access and an alternative to the use of bore isolation tools. 视图

保持压力到15,000 psi and enhance safety and efficiency with an alternative to bore isolation tools. 视图

节省时间, 降低成本, 并降低高压压裂过程中对压裂树的风险. 视图

Manage total life cycle costs for hydraulic 压裂, 固井, 试井, 和返排. 视图

Manage total life cycle costs for hydraulic 压裂, 固井, 试井, 和返排. 视图

Manage total life cycle costs for hydraulic 压裂, 固井, 试井, 和返排. 视图

Manage total life cycle costs for hydraulic 压裂, 固井, 试井, 和返排. 视图