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From the chair you are sitting on to the screen you are reading from. Absolutely everything has a carbon footprint.

What the world and its growing population needs is ways to go on making while at the same time bringing down carbon emissions.

Blue Technologies: BLUE STEPS TO GREEN

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Topsoe blue technologies are estimated to reduce greenhouse gas emissions by 5 million tonnes annually

It will be really expensive. We will have to replace everything. Where do we start...
We get it. Many paths to decarbonize require a sharp turn, and this dramatic change isn't always feasible.

Enter blue hydrogen, blue ammonia, and blue methanol. While these technologies still use natural gas as an energy source, they are supplemented with carbon capture capabilities. They are transition technologies, meaning they can be used with existing infrastructure.

Blue hydrogen is a great solution for difficult-to-decarbonize industries like steel and cement. It can be produced by revamping an existing grey hydrogen plant. Doing so reduces emissions by up to 95%.

Blue Technologies: BLUE STEPS TO GREEN

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Air Products, USA
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Topsoe blue hydrogen and ammonia technology will be used in Air Products’ landmark $4.5 billion clean energy complex in Louisiana. Expected to begin operation in 2026, the facility will avoid over five million metric tonnes of greenhouse gas emissions per year.

”The strength of our global alliance agreement with Topsoe, providing access to technology-leading capabilities, continues to be reinforced through our latest, large-scale project.”
- Dr. Samir J. Serhan, COO at Air Products.

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Blue Technologies: BLUE STEPS TO GREEN

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Barents Blue, Norway
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Topsoe was selected as technology licensor for the Barents Blue ammonia plant in Finnmark, Norway. Using Topsoe's ammonia technology, the project aims to produce blue ammonia as a low-carbon alternative for the marine sector.

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Blue Technologies: BLUE STEPS TO GREEN

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Air Products’ net-zero hydrogen energy complex, Canada
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Topsoe’s SynCOR™ technology will enable capture of over 95 percent of CO2 emissions from the production of blue hydrogen at Air Products’ facility to be built in Edmonton, Canada. Canada’s clean energy strategy has marked hydrogen as a key to achieving carbon neutrality by 2050.

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Constructing a grassroot blue
hydrogen plant with Topsoe technology can enable

95%

Reduction in
CO2 emissions

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BIOMETHANOL:
ONE PERSON’S WASTE IS ANOTHER’S WONDER

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Methanol powers things everywhere. If businesses, economies, and the wider world could transition to a lower-carbon fuel that can be supported by existing infrastructure, the positive impact would be huge.

Enter biomethanol. It works like methanol but is made from biomass like forestry and agricultural waste plus biogas from landfills and sewage, and it reduces carbon impact. Smelly, good business.

BIOMETHANOL:
ONE PERSON’S WASTE IS ANOTHER’S WONDER

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Peter Mølgaard
Principal Scientist

Yassir I. Z. Ghiyati
Senior Product Line Director
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How to keep producing fuels while reducing carbon emissions?

Answer: eSMR.

eSMR is electrified steam methane reforming technology. It’s a way of making synthesis gas, which is essential in the production of plastics and chemicals. The good bit: eSMR is CO2-neutral when based on biogas as feedstock and green electricity for heating.

Topsoe is already making biomethanol from biogas


Topsoe’s small-scale plant showcases how biogas in an electrified process can be turned into low-carbon biomethanol. The technology – eSMR – can also be applied to other feedstocks, and the end products could also be in the form of other sustainable output such as green hydrogen, green ammonia, or eFuels.

Facts:

  • The plant is located at Aarhus University’s research facility in Foulum, Denmark.
  • The plant will have an annual capacity of 10,000 liters of CO2-neutral methanol from biogas and green power and is scheduled to be fully operational by the beginning of 2022.

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HubSpot Video
 
What potential does
biomass hold for the
manufacturing industry?
How is biomass made?
 
 
“We see true sustainability here because we are looking at biomass which is grown within a year."

Peter Mølgaard
Principal Scientist

“Biomass conversion is a natural process that occurs in nature by decaying plants and crops.“

Yassir Ghiyati
Senior Product Line Director

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