Ref. Ares(2022)4342707 - 13/06/2022
11 November 2021
Key policy asks:
Low-carbon hydrogen should only entail hydrogen that is developed with at least an 80-90% CO2
reduction compared to transitional fossil-based types of hydrogen
EU policy, including the forthcoming Sustainable Finance Delegated Acts determining the
conditions under which nuclear energy and gas qualify as contributing substantial y to climate
change mitigation, should focus on the CO2 reduction potential rather than the energy source
Ensure that
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the ETD proposal (which refers to the forthcoming Sustainable Finance Delegated Act)
greenhouse gas emissions by at least 55% in 2030 and make Europe climate-neutral by 2050. Our overal
goal is to be fossil-free by 2045 at the latest and, as an intermediate goal, reduce our greenhouse gas
emissions by 35 percent by 2032 (baseline 2018).
The SSAB transition plan is based on our conviction that we need to stop emitting CO2, both from a climate
and a business perspective. SSAB initiated HYBRIT together with LKAB and Vattenfal in 2016 with the goal
to create a fossil-free iron ore and steel value chain. Iron is created by removing oxygen from iron ore,
which is often a very CO2-intensive process with coal. However, HYBRIT has proven on a pilot scale that
direct reduction of iron ore with 100% fossil-free hydrogen is already possible today. With the sponge iron
first trial delivery of fossil-free
steel to the Volvo Group in August 2021.
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suggestions about what we believe this definition should abide to.
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free steel, which is steel produced from the mine to the final product (steel) without emitting any fossil
CO2 emissions, using fossil-free electricity (either renewable sources or nuclear energy), hydrogen and
biomethane.
We believe that a clear definition of low-carbon hydrogen can incentivise industry to decarbonise its
production process. However, we are concerned that low-carbon hydrogen wil not only include fossil-
free technologies, but also sources of energy that do not have the potential to be ful y decarbonised, such
as hydrogen based on fossil fuels with carbon capture, storage or use (so-cal ed
In our view, low-carbon hydrogen should only be cal ed low-carbon if it demonstrates at least an 80-90%
CO2 reduction compared to conventional, fossil-based hydrogen. By including other types of hydrogen
with a less-ambitious reduction rate in the same definition, we risk slowing down the decarbonisation
process of European industry. Besides the incentivising effect on the industry, a clear definition of low-
carbon hydrogen also enables the hydrogen market to grow and to further decarbonise. This also al ows
the most decarbonised hydrogen to become a key component of the energy sector.
SSAB is a Nordic and US-based steel company. SSAB offers value added products and services developed
in close cooperation with its customers to create a stronger, lighter and more sustainable world. SSAB has
employees in over 50 countries. SSAB has production facilities in Sweden, Finland and the US. SSAB is
listed on the NASDAQ OMX Nordic Exchange in Stockholm and has a secondary listing on the NASDAQ
OMX in Helsinki. www.ssab.com.