Germany at (electoral) cross-roads; Southern Europe’s ‘remontada’, US tariffs, and strategies for Europe’s industrial sector
Ludovic Subran
Group Chief Investment Officer at Allianz, Senior Fellow at Harvard University
After a brief campaign focusing on illegal immigration, defense spending and the economy, Germany is only a few days away from national elections which shall determine the new Bundestag and a new Chancellor. In our What to Watch category, we analyze the cost-implications of the big promises all parties in Germany are making (including tax cuts, higher public investments and pension increases to stimulate growth), we explore the reasons behind the recovery of many economies in Southern Europe and we scrutinize the ‘reciprocal trade and tariffs’ risk. In this week’s deep-dive, we look at the pathways to a green and competitive European industry, with a particular focus on four hard-to-abate sectors: aluminum, ammonia, steel, and cement.
From hard-to-abate to decarbonized - strategies for transforming Europe's industrial sector
The complete deep-dive for you here.
Four hard-to-abate industries (aluminum, ammonia, steel, and cement) are central to Europe’s green transition, responsible for 7.7% of EU-27 energy use and 9.7% of emissions. They also supply essential materials for green industries. Decarbonizing them is critical for EU climate goals and strategic independence. Decarbonization and competitiveness go hand in hand. The EU must ensure a reliable renewable energy system and an effective Carbon Border Adjustment Mechanism to secure investment and power these industries sustainably.
Aluminum: Transitioning from coal-fired production. Aluminum, vital for transport and renewables, is highly energy-intensive, causing 2% of global GHG emissions. Green electricity is key, as 65% of emissions stem from fossil-fuel power. Inert anodes can eliminate process emissions and cut costs by 10%. With these measures, Europe can decarbonize aluminum at USD2,500 per ton—cheaper than many global markets but not the US or China.
Ammonia: From grey to green. Ammonia, crucial for fertilizers, generates 1% of EU emissions. Green hydrogen is essential for decarbonization, with a global production cost of USD370 per ton. However, Europe remains less competitive (USD412 per ton) compared to the US (USD343) and Brazil (USD292).
Steel: Reuse, recycle. Steel, key for construction (52%), machinery (16%), and automotive (12%), is responsible for 7% of GHG emissions. Scrap-based production and lower consumption reduce reliance on resource-intensive inputs. BIO-PCI, biomethane, and green hydrogen lower emissions, but electric arc furnace (EAF) technology using scrap steel is currently the most cost-effective at USD439 per ton in Europe.
Cement and concrete: Cutting clinker emissions. Cement production accounts for 7% of global CO2 emissions, with clinker responsible for 88%. Using supplementary cementitious materials (SCMs) can lower emissions and reduce costs by USD2.50–11 per ton. Fuel switching, hydrogen, and electrification help, but carbon capture, utilization, and storage (CCUS) remains essential for offsetting 35% of emissions.
Steel and ammonia face the largest green-financing gaps. Capital expenditure growth of +3% annually is insufficient. Steel and ammonia require USD2,191bn and USD1,205bn, respectively, with CAPEX needing to grow +8% and +11% annually until 2050. Aluminum’s gap is smaller (USD317bn), while cement may be closer to its targets—if investments prioritize decarbonization. Government support through grants, tax incentives, and policies is crucial. Without action, net-zero goals will become harder and costlier.
The complete deep-dive for you here.
What to Watch this week
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Click here to view the complete set of stories.
Retired Deputy Secretary from Cabinet secretariat Government of India
1 周Excellent. Let's wait and see the formation of the government after the election.