The global energy transition needs a new approach. How can we leverage existing oil and gas assets in a climate-beneficial way to meet energy demands while achieving climate goals? This requires reducing the cost of low-carbon hydrogen and CCS, improving the economics of existing infrastructure, and keeping methane and CO2 emissions underground. Learn how we can make CCS sustainable and drive a thriving hydrogen economy.

To achieve net-zero goals, we must transition to greener energy sources and optimize the use of existing oil and gas resources. Transforming these resources into clean hydrogen at the source offers a climate-beneficial solution for maintaining energy security. This approach allows for continued access to strategic energy reserves while significantly increasing hydrogen supply and accelerating the transition to a hydrogen economy.

While hydrogen boasts a higher energy density per kilogram than gasoline, it's the opposite when measured by volume. This means hydrogen packs more energy per unit of weight, but less per unit of space compared to traditional fuels. Understanding this difference is crucial when considering hydrogen's role in the energy transition.

The oil and gas industry possesses valuable expertise applicable to the geothermal sector, ensuring a smooth transition for workers and continued economic contributions. Converting oil and gas fields to hydrogen production maintains energy security while generating new revenue streams from carbon taxes, carbon credits, and hydrogen sales. This approach supports a sustainable energy future and strengthens the national economy.

Discarding existing oil and gas reserves poses significant challenges for the global energy transition. A recent study highlights the potential mismatch between climate ambitions and the resources required to achieve them. Optimizing the use of these reserves for hydrogen production and leveraging existing infrastructure can help bridge the gap while minimizing reliance on rare earth metals. This approach ensures energy security and supports a responsible transition to greener technologies.

Adapting and repurposing existing energy infrastructure is crucial for meeting future needs sustainably. Utilizing hydrogen for power generation and transportation, alongside enhanced geothermal energy for heating, can decentralize energy production, reduce transmission losses, and minimize the need for new infrastructure. This approach optimizes existing resources and ensures energy security while transitioning to a greener future.

Hydrogen power offers a decentralized and sustainable solution to growing energy and water needs. By generating both power and fresh water, hydrogen plants reduce reliance on desalination and conserve precious resources. This approach supports economic development, enhances water security, and contributes to achieving multiple UN Sustainable Development Goals.