We are actively shaping a lower-carbon future by advancing partnerships and infrastructure solutions for hydrogen, ammonia, CO₂, and low-carbon fuels.
The global energy landscape is evolving rapidly. At Chevron Caspian Exploration B.V., we recognize our responsibility to be part of the solution.
Our energy transition strategy is built on the belief that we can continue to provide the reliable energy the world needs while progressively reducing our carbon footprint. We are investing in technologies and practices that will enable a responsible transition, leveraging our expertise in energy systems to develop lower-carbon solutions that are both commercially viable and environmentally beneficial.
Together with our partners and customers, we are accelerating the development of infrastructure solutions for hydrogen, ammonia, CO₂, battery energy storage, and low-carbon fuels & feedstocks – paving the way to a more sustainable future.
Key areas of focus driving our energy transition efforts and shaping a sustainable future.
Exploring and investing in solar, wind, and other renewable energy sources to diversify our energy portfolio and reduce dependence on fossil fuels.
Implementing operational efficiencies and carbon capture technologies to significantly reduce greenhouse gas emissions across our operations.
Developing and deploying cutting-edge technologies that enhance energy efficiency and create pathways to a lower-carbon future.
Together with our partners and customers, we are accelerating the development of infrastructure for a sustainable future.
Developing infrastructure for blue and green hydrogen production, storage, and ammonia cracking facilities for clean energy export.
Carbon capture, utilization, and storage (CCUS) hubs for industrial emissions reduction and permanent geological storage.
Sustainable aviation fuels (SAF), renewable diesel, and bio-feedstocks for hard-to-abate sectors.
Grid-scale battery storage solutions including short-duration lithium-ion and long-duration energy storage (LDES) technologies.
As part of our transition strategy, Chevron Caspian is developing both Short Duration Energy Storage (up to 4 hours using lithium-ion technology) and Long Duration Energy Storage (8+ hours using flow batteries, compressed air, and other emerging technologies) to support grid stability and renewable integration.
Real projects delivering real impact across the energy landscape.
Developing a 200MW green hydrogen production facility powered by offshore wind, supplying clean hydrogen to industrial customers in Rotterdam.
Regional carbon capture and storage hub serving industrial emitters in the Caspian region with permanent offshore storage.
Advanced biofuels facility producing sustainable aviation fuel from waste oils and agricultural residues.
500MWh grid-scale battery storage facility supporting renewable integration and grid stability in western Kazakhstan.
Measurable targets guiding our journey to a lower-carbon future.
Working towards net zero emissions for our operations by 2050, with interim targets to ensure measurable progress.
Targeting near-zero methane emissions through advanced monitoring, leak detection, and operational improvements.
Eliminate routine flaring by 2030, investing in gas utilization and recovery technologies across all operations.
Supporting local communities in the transition to a sustainable energy future through education, training, and economic development programs.
Building on decades of experience in the region, Chevron Caspian is developing clean energy infrastructure across Asia. For prospective partners in Singapore and the broader region, we offer comprehensive transition solutions.
Our Australian team is advancing carbon capture and storage projects along with renewable hydrogen initiatives. We're working closely with local partners to accelerate the energy transition in the region.
Chevron Caspian is here to help. Reach out to our global new energies team to begin your journey toward a sustainable future.
Learn more about how we are building a sustainable future for energy.