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Carbon capture and storage is a critical technology for reducing greenhouse gas emissions and mitigating climate change

Global energy demands & society’s climate goals are in competition. Clean energy is required, at volume, with all carbon captured at source. A more immediate, direct & effective route to Net Zero is required to reach our Climate and Environment goals. Unfortunately, the global energy transition is held back by competing contrasts.

A challenging geo-political environment around oil & gas consumption, versus poor energy efficiency & difficult financial metrics around renewable energy production.

Governments and energy companies must therefore agree to change how (not if) we exploit existing oil and gas assets.

 

Explore our carbon capture topics below to learn more.

Carbon capture and storage is a critical technology for reducing greenhouse gas emissions and mitigating climate change

Global energy demands & society’s climate goals are in competition. Clean energy is required, at volume, with all carbon captured at source. A more immediate, direct & effective route to Net Zero is required to reach our Climate and Environment goals. Unfortunately, the global energy transition is held back by competing contrasts.

A challenging geo-political environment around oil & gas consumption, versus poor energy efficiency & difficult financial metrics around renewable energy production.

Governments and energy companies must therefore agree to change how (not if) we exploit existing oil and gas assets.

 

Explore our carbon capture topics below to learn more.

01

Removing Carbon at Source

To accelerate the energy transition while maintaining energy security, we must shift from oil and gas production to hydrogen generation with simultaneous carbon capture. This approach optimizes existing infrastructure, reduces risks, and allows for the rebranding of oil and gas assets as hydrogen reserves. By incentivizing low-carbon hydrogen and adapting existing energy chains, we can achieve our climate goals sooner.

02

How Do We Stop Producing Carbon

Decarbonizing oil and gas production is crucial for achieving climate goals while maintaining energy security. Converting these resources into hydrogen at the source, using technologies like Metharc’s, offers a cleaner and more efficient alternative. This approach not only benefits the environment and economy but also improves public health and reduces reliance on costly downstream carbon capture methods.

03

Removing Carbon from the Energy Cycle

Decarbonizing oil and gas production at the source is crucial for significantly reducing greenhouse gas emissions. By converting these resources to hydrogen and capturing the CO2, we can prevent emissions and accelerate the growth of the hydrogen economy. This approach offers immediate climate benefits, eliminates transmission losses, and reduces reliance on costly downstream carbon capture facilities.

04

Climate Goals

To achieve climate targets without jeopardizing energy security, we must transition from oil and gas production to hydrogen generation with simultaneous carbon capture. This approach, utilizing existing infrastructure and proven reserves, offers a sustainable and economically viable solution. By embracing this shift, we can accelerate the hydrogen economy, reduce carbon emissions, and ensure a cleaner energy future.

05

Navigating EU Climate Action and Carbon Management: Key Questions Answered

The European Union is at the forefront of global climate action, implementing robust policies to reduce greenhouse gas emissions and promote sustainable practices. These Frequently Asked Questions on EU Climate Action and Carbon Management provides an overview of key mechanisms like the EU Emissions Trading System (ETS), the Carbon Removal Certification Framework (CRCF), and other initiatives driving the EU’s net-zero ambitions.

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