Our reaction steam turbines are based on a modular design to ensure reliability with highest performance. The machines are customized using pre-engineered, field-proven stator and rotor components, optimized and tailored to the thermal cycle requirements to provide higher efficiency over the entire operating range.
Baker Hughes invented many of the specialty fishing tools and techniques used in thru-tubing intervention services. With decades of wellsite experience and cutting edge engineering teams, we have developed innovative solutions to the problems that hinder your production and interrupt your normal production operations. We offer the thru-tubing fishing tools and systems to meet your most difficult fishing challenges.
Unlike mechanical tools, inflatable systems are designed to pass through wellbore restrictions so they can be deployed in the larger diameter below. Inflatable elements from Baker Hughes create an effective seal in irregular or eccentric profiles such as open wellbores, perforated sections, screens, and slotted liners.
Our modular design philosophy ensures high reliability and performance in a wide range of industrial power generation (combined cycle, cogeneration, waste-to-energy, biomass), solar power generation, oil and gas applications (refinery, LPG, power generation) and for use as boiler feed pumps. All benefit from the large-scale testing capability at our various facilities around the world.
Well intervention operations are getting more complicated. In today’s environment, any error has a severe negative impact on your bottom line. Smart intervention services from Baker Hughes can improve the economics of well intervention and optimize production through real-time data analytics and downhole insights. Our next generation intervention systems deliver data and insights that make operations more efficient and effective.
Exploration and production continues to shift toward more challenging oil and gas prospects, where recoverable volumes are low compared to the complexity of the geology and the high costs of production. Now more than ever, you need to optimize your well plans and proactively prevent potential rock mechanical challenges. These challenges, if undetected, can cause a lot of high risk and costly problems.
Our SC/SAC/SNC/SANC series steam turbines have both impulse and reaction blades for top efficiency over a wide range of operating conditions. Used in condensing or backpressure configurations, their modular design enables a high degree of customization to meet specific steam-cycle needs.
Baker Hughes steam turbines draw their high efficiency and reliability from decades leading technology development and proven in-field experience of our multiple steam and gas turbine lines.
Our modular design approach is extremely flexible in meeting the unique requirements of each project while delivering best-in-class reliability and efficiency. To optimize performance at frequently starting power plants, our units have fast start-up and stress-based rotor control capability.
Our portfolio includes:
Every well eventually goes from profitable producer to economic liability. You’re then faced with plug and abandonment (P&A) and well decommissioning.
Baker Hughes delivers the most integrated P&A services for economic and reliable well decommissioning. Regardless of your need, you get safe, reliable, and cost-effective P&A solutions for every point along the asset, from the surface to the subsurface.
Hole enlargement technologies from Baker Hughes are setting new standards for efficiency with market-leading reliability and operational efficiency in deepwater and onshore well construction.
Contact your Baker Hughes representative today to find out more about hole enlargement technology and how we can help you leverage our smart solutions for reliable performance.