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Decarbonize through smart use of low-carbon hydrogen

Hydrogen holds immense potential to revolutionize the refinery sector by significantly reducing its carbon footprint.

Through advanced technologies, the recycling of refinery off-gases, and the integration of carbon capture systems, refineries can achieve substantial emissions reductions. Furthermore, innovative solutions for hydrogen storage and utilization, ensure that excess hydrogen can be effectively managed and utilized.

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Focus on low carbon intensity rather than color

Carbon Intensity (CI) numbers speak louder than colors.

The current spectrum of colors describing hydrogen is broad. However, be aware that color is merely defined by how the hydrogen is produced, not by calculating the value chain's total environmental impact. The legislation focuses on CI numbers rather than color, so make sure you take the lowest energy route to ultra-low carbon intensity hydrogen.

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Tackling decarbonization in the US with solutions at hand

Today, the US is a market leader in low-carbon hydrogen and is committed to advancing the industry with a recently announced investment of $750 million for 52 projects across 24 states.

Steel and cement industries are among some of the energy-intensive industries that are already primed for decarbonization progress. The technologies to produce low-carbon hydrogen are available - proven, and scalable.

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What to do with excess hydrogen

Excess hydrogen is difficult to store. The storage itself is expensive, liquifying it is expensive too, and the excess hydrogen is not easy to handle.

However, there are many ways that excess hydrogen can be converted into an additional revenue stream for your business. Watch this short video to learn more.

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Ammonia opens new markets

As the demand for low-carbon hydrogen and ammonia grows to meet decarbonization goals, ammonia's versatility beyond its use as a fertilizer and industrial feedstock will be crucial. This is especially true in its role as a long-distance hydrogen carrier.

With clear potential for growth and as a revenue stream, it is now time for refineries to get cracking with ammonia.

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Fueling the future of today

As the world transitions towards a carbon-neutral future, the need for clean energy sources has become increasingly urgent.

Up until now, oil and fossil fuels are the dominant feedstock for global-scale energy export, import, and storage. However, the industrial transition, driven by the global ambitions to limit greenhouse gas (GHG) emissions, and the continuous reduction of renewable electricity costs, is changing the landscape. 

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SynCOR™ for mega-scale hydrogen and ammonia

SynCOR is Topsoe's advanced autothermal reforming technology. By maximizing single-line capacity while significantly reducing capital and operating costs, SynCOR offers syngas producers an enhanced economy at scale.

Today, SynCOR is the preferred technology among many world-scale projects across the USA, Middle East, Asia, and Africa.

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eREACT™ for electrifying low-carbon hydrogen production

Topsoe's eREACT is the electrified counterpart to the world's most common hydrogen production method: steam methane reforming (SMR).

With eREACT, you can support the energy transition with your existing hydrocarbon infrastructure, and future-proof your low-carbon production. 

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H₂Retake™ for ammonia cracking

H₂Retake is Topsoe's highly energy-efficient ammonia cracking solution. It enables energy producers worldwide to convert ammonia back into high-purity hydrogen efficiently and at the lowest levelized cost. 

Profit from decades of industrial experience in large-scale industrial ammonia cracking. 

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