The EU steel industry is at the crossroads: by 2030 ~50% of blast furnaces will reach their end-of-life. Which EU countries are affected by 2030? Do we have a plan for the transition? Spoiler: bold policy will make all the difference. Thread (1/11)
What are the EU countries where blast furnace capacity will reach their end-of-life before 2030?
🇦🇹 49% of total primary steel capacity
🇧🇪 50%
🇨🇿 81%
🇩🇪 50%
🇪🇸 50%
🇫🇮 50%
🇫🇷 48%
🇮🇹 5%
🇳🇱 100%
🇵🇱 47%
🇸🇰 100%

Bonus:
🇬🇧 39%

(2/11)
From now on there’s barely a business case for reinvestments into coal-based blast furnaces.
Even efficient blast furnaces would come under immense pressure during a typical 20-year campaign, regardless whether EU goes for #CBAM or continued #free allocation. (3/11)
The good news is that EU steel companies have understood that. For 2030 EU steel companies already announced plans to build low-carbon steelmaking capacities of 28 Mt/year. Apart from one CCS project in 🇳🇱, all other projects count on H2-based DRI. (4/11)
However, there is a stark imbalance between EU member states.
For a just transition and bold climate policy that aims at maintaining the current level of steel production and these jobs in Europe, the reinvestment requirements have to be matched more or less 100%. (5/11)
This transition will be very capital-intensive. CO2 prices up until 2030 will not be high enough to finance the transition itself. Both for CAPEX and OPEX there’s currently a financing gap. (6/11)
While the EU Innovation Fund can help to finance some of the CAPEX for early projects, it is not large enough to come even close to meet the investments required by the EU steel industry alone. (7/11)
One no-regret measure that can help to close the financing gap on the investment side is to use money from the EU Recovery and Resilience Facility that was set up for economic recovery after the Covid-19 pandemic. (8/11)
To help to invest in DRI would simply tick all the boxes of a green recovery:
✅Securing future-proof green jobs
✅Help to reach the EU 2030 climate target
✅Assuming technology leadership in low-carbon technologies
✅Serving as anchor for H2 uptake % infrastructure
(9/11)
Of course, addressing the investment side alone will not do the job. We also need to address the additional OPEX costs (e.g. via CCfDs); develop green lead markets and ensure that we have the infrastructure for H2 and CCS: We need an EU Clean Industry Package. (10/11)
The upcoming reinvestment cycle in the EU steel industry puts it at a crossroads: it’s a chance to put the steel industry on a path to climate neutrality, but it’s a transition that needs to be managed. Bold policies will make all the difference. (11/11)

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More from @KWitecka

29 Mar
3 things this @nytimes article about decarbonizing steel fails to question critically. It thereby (unintentionally) contributes to preserve a fossil status quo instead of getting the transformation narrative right. Thread: (1/13) nytimes.com/2021/03/17/bus…
No. 1: Non-availability of H2
H2 use in steelmaking is presented in a way that the steel industry cannot act now because "[H2] ... is many years away". The article quotes ArcelorMittal's EU CEO: “Today, this is impossible, because there is no H2.” (2/13)
Both statements are true but in the article they lack the right context. The steel industry is facing a massive reinvestment wave before 2030. If H2 is not available should we reinvest into coal-based blast furnaces with lifetimes of 20 years that lead to a carbon lock-in? (3/13)
Read 14 tweets
4 Mar
1/ What’s the future of ammonia production in 🇪🇺? Replacing grey H2 with green H2 and the job is done? Unfortunately, it’s not as simple as that. Will BECCS be an option? Some initial thoughts and questions.
#industrydecarbonizationtwitter feedback/discussion very welcome! #H2
2/ Ammonia (NH3) is produced at a few dozen sights in Europe and responsible for 1/5 (24 MtCO2) of the CO2 emissions of the EU chemical industry. Ammonia is used for many different products of the chemical industry, but the vast majority goes into the production of fertilizers.
3/ At first sight the decarbonization of NH3 seems like a very straightforward thing: replacing the grey H2 from steam methane reforming (SMR) in existing plants by green H2. Unfortunately it’s not as simple… This bears questions for a transformation pathway of existing EU NH3.
Read 18 tweets
7 Jan
1/ What does the new 🇪🇺 2030 climate target of -55% mean for industry in the EU ETS?
With regard to COP 26 and updated NDCs, what can hard-to-abate-sectors contribute to higher climate ambition in the next decade? Let's take a look at:
-steel
-chemicals
-cement
#EUGreenDeal
2/ How will the EU reach the target of -55%? The heavy lifting will most likely be done in the EU ETS:
1.) accelerated coal phase-out
2.) lower refinery output (due to e-mobility/heat pumps)
3.) the rest needs to come from heavy industry (aka the hard-to-abate sectors) Image
3/ Is EU industry ready?
EU Industry will face a lot of reinvestment decisions during the coming decade when old assets reach the end of their lifetime. The reinvestment decisions will create long-lived path dependencies and affect 100.000s of jobs. Image
Read 8 tweets

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