Ultra-low carbon intensity blue ammonia

Looking to decarbonize?

Show, don’t tell.

Aim high to secure low-carbon intensity blue ammonia. With up to 99%+ CO2 removal capabilities, our solutions lead the industry in decarbonization. We collaborate with carbon capture technology providers to ensure seamless integration and industry-leading emission reduction– all in one single-point license.

Achieving the best shade of blue

The lower the carbon intensity, the more sustainable the solution. A vital part of blue ammonia production is the reforming technology used to produce syngas. And that is precisely where Topsoe is a cut above the rest.

We offer a wide portfolio of reforming technologies that produce ultra-low carbon intensity blue ammonia in single-line capacities of up to 6,000 MTPD.

SynCOR Ammonia™ bridges sustainability with profitability.

At the heart of our reforming solutions is the market-leading SynCOR Ammonia™.

With a steam-to-carbon ratio of just 0.6, steam throughout the process is reduced by 80% while cutting water consumption drastically. Creating a previously unseen scaling factor for single-train ammonia plants.

This result can mean double-digit reductions in the cost per ton of producing ammonia – with significant savings achieved the further you scale.

Blue ammonia - technolgy_Achieving the best shade of blue-2

The benefits of SynCOR Ammonia™ Technology

Superior to traditional SMR
Technology for large size plants
Large capacities in single trains
Great economy of scale
Lowest OPEX.
Minimal gas consumption
Low steam-to-carbon ratio
Very low water consumption
Reduced environmental impact
High safety

The SynCOR™ reformer is used in large-scale methanol, ammonia and other processes_

A CRACKING SOLUTION READY TO GO

One of the biggest challenges in realizing a sustainable future is guaranteeing the availability of clean energy. And that need has turned hydrogen into an in-demand alternative fuel source. However, hydrogen is notoriously difficult to transport and store.

Enter blue ammonia as a hydrogen carrier. And enter our H2Retake™ ammonia cracking technology. H2Retake™ allows ammonia to be produced anywhere in the world, cracked in another, and consistently maintain the same high-quality hydrogen output.

H2Retake_How it works-2

Our ammonia cracking solution boasts a successful track record at the largest single-train production capacity available. And in a highly competitive industry, where even the slightest changes in performance can have a massive impact on the bottom line, being able to invest with confidence is invaluable. And H2Retake™ delivers just that.

Introducing our best-in-class ammonia technologies

SynCOR Ammonia™

By introducing new economies of scale into ammonia production, SynCOR Ammonia™ gives plant owners breakthrough options for profitable expansion and provides new investors with an opportunity to enter the market with a sharp competitive edge. SynCOR Ammonia™ leads the industry in efficiency, safety, reliability, and cost-effectiveness. And the lowest OPEX and highest carbon capture capabilities currently on the market.

H2Retake™ ammonia

With more than 30 years of experience, our ammonia cracking technologies and catalysts provide the means to extract hydrogen for use in fuel and chemical applications. The H2Retake™ cracking solution boasts market-leading conversion efficiency. Delivering significant commercial value and ensuring producers can supply low-carbon energy at volume. Introducing minimal risk for maximum profitability.

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Maninder Jit Singh

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