Cat 石油天然气公司推出新型燃气动力系统,以简化压裂作业

2025 年 3 月 7 日

卡特彼勒石油与天然气公司开发了新的卡特彼勒® 天然气机械系统 (GMS),这是一种完全集成的动力解决方案,旨在为压裂作业带来最佳机械效率和简便性,同时利用 100% 天然气。GMS 专为高马力压力泵送应用而设计,采用下一代 3600 马力 Cat®G3520发动机和新型 TH55G-E90 变速箱,这两种技术都十分可靠,拥有久经考验的业绩记录和数百万小时的现场运行经验。与其他压裂作业方法相比,其可扩展设计需要现场拖车更少,增加了每辆拖车的功率密度,并降低了燃料消耗。

Cat 石油和天然气副总裁 Derek Kamp 表示:“该解决方案体现了多年来加强我们与客户关系的协作方式。我们首先深入了解了压力泵送作业所面临的特定挑战。利用我们跨不同行业的广泛产品组合,我们开发了一种定制解决方案,可直接解决这些痛点。我们的客户希望利用丰富的低成本天然气来发电,以提高运营效率并减少温室气体排放。”

GMS 包括专有内置硬件和集成控制逻辑,是从头开始设计的。该可扩展系统专注于减少组件和简化技术,可利用现有人员技能轻松部署。GMS 旨在与任何 SPM™ 压裂泵或现有高马力泵无缝配对,以优化压裂现场解决方案。

目前在二叠纪盆地进行的现场测试表明,GMS 的产量高达每分钟 13 桶,同时每天可维持超过 20 小时的抽油时间。GMS 将继续在北美主要盆地进行测试。

坎普补充道:“通过优化和简化燃料向可用动力的转化,我们创建了一个精简的架构,使我们的客户能够利用他们的行业专业知识,降低复杂性,并充分实现 100% 天然气利用的价值。”

GMS 延续了卡特彼勒开发变革性解决方案的承诺,帮助油田公司跟上行业的动态变化。与替代技术相比,该系统能够降低运营和资本支出以及温室气体排放,这使得 GMS 成为当今竞争激烈的油田环境中的有力选择。

 

原文链接/WorldOil

Cat Oil & Gas launches new gas-powered system to streamline frac operations

March 07, 2025

Caterpillar Oil & Gas has developed its new Caterpillar® Gas Mechanical System (GMS), a fully integrated power solution, purposefully built to bring optimum mechanical efficiency and simplicity to frac operations, while utilizing 100% natural gas. Engineered for high-horsepower pressure pumping applications, the GMS features the next generation 3600 hp Cat® G3520 engine and the new TH55G-E90 transmission, both reliable technologies with a proven track record and millions of hours of field operation. Its scalable design requires fewer trailers on-site, increases the power density per trailer, and decreases fuel consumption, compared to alternative frac operation methods.

"This solution embodies the collaborative approach that has strengthened our customer relationships for years," said Derek Kamp, Vice President of Cat Oil and Gas. "We began by deeply understanding the challenges specific to pressure pumping operations. Leveraging our extensive portfolio across diverse industries, we developed a tailored solution that addresses these pain points directly. Our customers sought to capitalize on the abundance of low-cost natural gas for power generation, aiming to enhance operational efficiency and reduce their greenhouse gas emissions.”

Including proprietary built-in hardware and integrated control logic, the GMS was engineered from the ground up. With a focus on fewer components and simpler technology, this scalable system can be easily deployed with existing personnel skillsets. The GMS has been designed to pair seamlessly with any SPM™ frac pump or existing high-horsepower pump for an optimized frac site solution.

Current field testing in the Permian Basin has shown the GMS achieving production rates up to 13 barrels per minute while sustaining over 20 pumping hours per day. The GMS will continue to be tested across major North American basins.

"By optimizing and simplifying the conversion of fuel into workable power, we've created a streamlined architecture that empowers our customers to leverage their industry expertise, reduce complexity, and fully realize the value of 100% natural gas utilization," added Kamp.

The GMS continues Caterpillar’s proven commitment to develop transformative solutions that help oilfield companies keep pace with the industry’s dynamic changes. The system’s ability to decrease operating and capital expenses as well as GHG emissions compared to alternative technologies, makes the GMS a compelling option in today's competitive oilfield environment.