Build upstream oil and gas infrastructure with a lower carbon footprint
Reducing emissions and producing oil and gas with the lowest carbon intensity has quickly become a critical performance measure. Achieving these objectives starts with building your infrastructure with the smallest carbon footprint possible. This means finding solutions that help create more efficiencies, using low-carbon consumables, designing operations with a smaller physical footprint, and cutting down on waste. The real challenge is choosing the solutions that demonstrably reduce your environmental impact while continuing to drive high performance.
By understanding your performance goals, we can tackle these challenges together.
The less fuel the rig uses, the less emissions it produces. These technologies are proved to accelerate your well construction by improving drilling efficiency and optimizing rig power generation.
Maximize generator set performance
Tailor a power management solution to meet your objectives for fuel efficiency, emissions, and engine life.
At-bit steerable systems
NeoSteer at-bit steerable systems eliminate BHA reconfigurations between curve and lateral sections.
Enrich your performance and reduce emissions with the right data at the right time in the right hands
Integrates technology with a collaborative digital ecosystem to consolidate cross-domain knowledge and cross-functional capabilities to assure better operational consistency and reliability.
Definitive dynamic survey-while-drilling service
Achieve real-time, high-definition wellbore architecture—from tophole to TD.
Fluids and other materials used in well construction can account for more than 30% of a well's total carbon footprint, including Scope 3 CO2e emissions. Low-emission product design and manufacturing can reduce environmental impact, and we have the technologies to help you do so.
无水泥地质聚合物体系
EcoShield geopolymer cement-free system provides an alternative to portland cement while delivering comparable performance.
High-performance water-based drilling fluid system
Reduce torque, drag, shale swelling, and dispersion in environmentally sensitive shale.
Enhanced-polymer water-based drilling fluid system
Meet a variety of drilling challenges—large-diameter wellbores, extended-reach drilling, and highly reactive shales.
Premium-performance aqueous drilling fluid system
Balanced fluids for performance, economics, and sustainability in challenging drilling environments
Waste handling, transport, and treatment can add significantly to your well's carbon footprint. Minimizing waste generation means less transport and less emissions when these processes are minimized or eliminated.
Minimizing environmental impact doesn’t stop at drilling. We have a range of industry-leading stimulation technologies and completions techniques that can help reduce emissions while maximizing reservoir contact with a smaller environmental footprint.
Expanded reservoir exposure
Increase reserves access with laterals that enable well reentry and expansion while minimizing surface costs.
Automated control and advisory platform
Streamline zipper frac operations and eliminate cut wireline by automating frac valves.
Customizable flow-channel fracturing technology
Improve production with fewer materials and less carbon intensity for greater efficiency and safer operations.
Reduce emissions from postfracturing cleanout operations
Eliminate milling with a robust frac plug that isolates reliably, then dissolves rapidly to enable fullbore production.
To help you achieve systematic impacts, our end-to-end approach to drilling emissions management focuses on planning, monitoring, and innovation. Our experienced teams can design a rig- and operation-specific emissions monitoring and reduction approach using cost-effective solutions. By gaining control over your drilling emissions, you can make significant progress toward your sustainability goals.
The technologies featured on this page are part of our Transition Technologies portfolio. Explore how these differentiated products and services support oil and gas decarbonization across the E&P value chain.
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