Halliburton's well construction equipment is designed with your needs in mind to help ensure safe, reliable operations
talk to an expertEffective well construction relies on more than just the right hardware. It requires a combination of technology, expertise, and experience.
At Halliburton, we offer a range of completion and well production optimization solutions that range from liner hangers and casing equipment to multilateral systems and bridge plugs. Our well construction completion solutions are designed to create a reliable, compliant pathway from the reservoir to the surface. They are engineered to uphold long-term well integrity and safety, ensuring optimal production performance, safety, and reliability throughout the life of the well.
Safety and reliability are the foundation of our approach. With decades of experience, Halliburton understands the vital role well construction hardware plays in optimizing well production and safeguarding well integrity. That’s why we collaborate closely with our customers to deliver tailored solutions that meet the unique requirements of every operator.
By making use of real-time data and extensive technical expertise, Halliburton helps operators make well-informed, value-driven decisions. Whether you are drilling a new well or maintaining an existing one, our well construction equipment helps you optimize production, mitigate risks, and maximize asset value.
We offer a comprehensive liner hanger portfolio, which includes a wide range of expandable and conventional systems. These systems cater to various applications, such as deepwater, ultra-deepwater, geothermal, land, and unconventional projects.
Expandable liner hanger systems enhance well integrity and zonal isolation, maximizing production while preventing fluid migration. These systems perform reliably in challenging well conditions, including high-pressure and high-temperature environments and complex well geometries. Conventional liner hangers offer dependable performance in both cemented and non-cemented applications.
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Halliburton multilateral systems provide efficient access to multiple reservoirs through a single wellbore to boost production and reduce drilling costs. Engineered for complex environments such as deepwater, unconventional, and geothermal fields, these systems deliver flexible wellbore designs that optimize reservoir access. As a cost-effective alternative to conventional well construction, these systems maximize recovery, enhance well recovery factor, and deliver greater profitability and return on investment.
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Drillable squeeze packers and bridge plugs are essential tools in well construction and critical for achieving effective zonal isolation and maintaining well integrity. These devices provide effective sealing, pressure control, and fluid diversion. This allows operators to isolate sections of the well for specific operations during cementing, testing, and other procedures.
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Our casing equipment solutions are engineered to help operators run and land casing to depth, ensure proper centralization, and achieve long-term zonal isolation. Designed for high-pressure, high-temperature environments, these solutions are adaptable to deepwater, geothermal, and unconventional wells. Our casing equipment can help maximize production and ensure well integrity throughout the lifecycle of the well.
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Multistage fracturing completion systems enable efficient stimulation of multiple reservoir zones from a single wellbore. By reducing stimulation time and enabling selective zonal treatment, these systems boost operational efficiency and enhance well recovery. Designed for unconventional reservoirs and horizontal wells, they streamline hydraulic fracturing operations, improving recovery and overall efficiency across a range of field applications.
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Halliburton's range of production packers and openhole packers deliver superior sealing and annular zonal isolation, essential for maintaining well integrity and optimizing hydrocarbon recovery. These systems effectively isolate production zones and prevent fluid migration. This significantly reduces well construction costs, streamlines operations, and improves production efficiency
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