By collaborating at the inception of CCUS projects, Halliburton helps deliver effective CO2 storage
Contact UsHalliburton addresses the unique properties of every carbon capture, utilization, and storage (CCUS) project, including site selection, emissions processing, transportation, well design and construction, and long-term monitoring. We help mitigate risk through our subsurface knowledge, formation evaluation, integrated software solutions, and long-term monitoring technologies.
With more than 100 years of experience in well construction, planning, and design, we’re uniquely positioned to provide CCUS project solutions. We actively engage with our customers throughout the entire CCUS lifecycle, from planning and permitting support to execution and monitoring, to help our customers achieve safe, compliant CO2 underground storage.
Today, hundreds of carbon capture, utilization and storage projects are in early development globally, however the number of commercial CCUS sites rem
02:05
Halliburton's integrated and multidisciplinary studies, project planning, and leading technologies address uncertainty in CCUS projects, optimizing storage site selection and helping to manage risk. From initial site screening and determining site viability to modeling storage capacity and providing permitting support, Halliburton provides the foundation for a successful carbon sequestration project.
Halliburton helps minimize risk by leveraging industry-leading technology to understand CO₂ properties, waste stream characteristics, fluid dynamics, and subsurface reactions to CO₂ injections, helping to predict the long-term condition and potential risks of storage sites. Before the project even begins, we can design an optimal injection system and plan for measurement, monitoring, and verification (MMV).
Halliburton leverages over 100 years of complex well construction experience to engineer reliable, high-integrity wells that meet or exceed regulatory requirements for CCUS projects. Whether it's helping to ensure long-term zonal isolation, assisting with the elimination of potential communication between sensitive zones, or aiding to protect the casing, we provide solutions to achieve dependable barriers from surface to underground storage.
Halliburton's professionals design measurement, monitoring, and verification (MMV) plans that comply with regulatory standards to help reduce risk and detect CO₂ leakage. We link modeling to real-time monitoring and surveillance systems that integrate logging, fiber optics, and subsurface gauges. Our CCUS monitoring solutions help provide early detection of potential leakages and increase operational speed.
Cement barriers in CCS operations face unique challenges, but the right materials can help promote long-term, well integrity.
READ ARTICLE
Neostar™ CS TRSVs designed for harsh environments and extended-life applications with CCUS projects.
READ ARTICLE
The O&G industry has used CO2 for enhanced oil recovery in mature reservoirs for 50 years. Now, CCUS benefits from the experience.
READ ARTICLE
Provides enhanced resistance to CO₂, lower permeability, and increased elasticity in comparison to conventional Portland cement systems.
StrataXaminer™ provides more accurate well data to better evaluate production potential and increase return on investment.
Integrated suite of high-resolution modeling tools for CO2 storage exploration, monitoring and prediction.
NeoStar CS TRSV retains the features of the legacy SP safety valve and is equipped with the ultralow temperature operation and survival capabilities for CCUS.
Deep-penetration, high-performance sealant ideal for carbon storage, chemical disposal wells, and permanent plug and abandonment.
Hercules™ horizontal pumping systems (HPS) are an alternative to positive displacement, split-case, and other surface pumping options.
