ExxonMobil Low Carbon Solutions focuses on decarbonizing heavy industries where electrification is difficult. The portfolio integrates carbon capture, hydrogen, and biofuels to support industrial customers on their climate pathways.
By leveraging existing infrastructure and operational scale, this division targets large-scale abatement in refining, chemicals, and power generation while aligning with energy transition goals.
| Initiative | Core Technology | Target Sectors | Strategic Role |
|---|---|---|---|
| Carbon Capture and Storage | Capture, transport, geological storage | Refining, chemicals, power | Enable hard-to-abate emission reductions |
| Hydrogen | Blue and green hydrogen, fuel cells | Industry, mobility, power | Provide low-carbon energy vector and feedstock |
| Biofuels and Circular Fuels | Sustainable feedstocks, drop-in fuels | Aviation, marine, road | Decarbonize transport with existing engines |
| Carbon Offsets and Nature Solutions | Forestry, soil, methane abatement projects | Cross-sector credits, supply chain | Balance residual emissions and scale impact |
Carbon Capture Deployment at Scale
Large-scale carbon capture is central to ExxonMobil Low Carbon Solutions strategy for industrial decarbonization. The division evaluates site-specific infrastructure to design capture systems that integrate with existing plants, pipelines, and storage reservoirs.
By partnering with technology providers and leveraging subsurface expertise, projects aim to achieve high utilization rates and durable storage. These efforts focus on regions with concentrated emissions, strong subsurface data, and supportive regulatory frameworks.
Success depends on clear policy signals, long-term contracts, and engineering rigor to manage technical, commercial, and operational risks across project lifecycles.
Advancing Hydrogen as an Energy Vector
Hydrogen anchors ExxonMobil Low Carbon Solutions roadmap for deep decarbonization in hard-to-electrify applications. Blue hydrogen leverages natural gas with carbon capture, while investments in green hydrogen explore renewable-powered electrolysis at scale.
Applications span industrial process heat, heavy transport, and power system flexibility, with integration into existing gas networks and emerging hydrogen-ready designs. The division coordinates infrastructure planning, safety standards, and lifecycle emissions tracking to ensure credible climate impact.
Long-term viability requires cost reductions in electrolyzers and clean power, alongside robust demand signals from industrial clusters and transport corridors.
Biofuels and Circular Fuel Pathways
ExxonMobil Low Carbon Solutions develops drop-in biofuels that work with current fleets and logistics. These fuels target aviation, marine, and heavy road transport, where direct electrification remains challenging.
Sustainable feedstocks, advanced conversion technologies, and partnerships across the value chain enable scalable, low-carbon fuel production. Lifecycle analyses focus on land-use, emissions, and circularity to avoid unintended impacts.
Scaling these pathways depends on policy incentives, investment in collection infrastructure, and alignment with sustainability standards.
Collaboration and Policy Engagement
Effective decarbonization requires collaboration with governments, customers, and communities. ExxonMobil Low Carbon Solutions engages in joint ventures, industry consortia, and public-private initiatives to mobilize capital and share risk.
Policy frameworks that reward permanence, ensure environmental integrity, and provide market certainty accelerate project development. Engagement also includes workforce transition planning, community benefits, and transparent reporting on progress and performance.
Driving Practical Energy Transition
- Focus on hard-to-abate sectors where direct electrification is impractical.
- Deploy carbon capture, hydrogen, and low-carbon fuels at commercially viable scales.
- Leverage subsurface, operational, and safety expertise from core businesses.
- Prioritize projects with strong policy support, clear demand, and robust economics.
- Manage emissions transparently through measurement, reporting, and stakeholder dialogue.
FAQ
Reader questions
How does ExxonMobil Low Carbon Solutions define low carbon and what metrics are used to track impact?
It refers to solutions that significantly reduce lifecycle greenhouse gas emissions, tracked using CO2 equivalent metrics, project-level reporting, and third-party verification against recognized standards.
What types of industrial projects are best positioned for carbon capture partnerships with this division? Projects in refining, chemicals, and power generation with point sources of concentrated emissions, suitable geology for storage, and clear regulatory or commercial incentives are prioritized for partnerships. Can hydrogen from ExxonMobil Low Carbon Solutions be used in existing infrastructure without major modifications?
Blue hydrogen blends and hydrogen-ready equipment are designed to minimize retrofits, though blending limits and material compatibility assessments depend on local network specifications and safety regulations.
How are sustainability and social considerations addressed across biofuels and nature-based projects?
Robust lifecycle assessments, certification schemes, land-use safeguards, and engagement with local stakeholders help ensure positive environmental and social outcomes across projects.