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Tag: industrial decarbonisation

Bar chart comparing Chinese provinces with mentions or explicit targets for clean transport, including hydrogen use, fuel-cell trucks and electric vehicles.

China hydrogen policy links production and infrastructure with industrial growth

Renewable hydrogen China pathway for decarbonising ammonia and methanol production

Renewable hydrogen in China could transform the chemical sector

Chart shows Total Dutch ETS industry and waste emissions from 1990 to 2050 in Mt CO2. Historical emissions begin ~65 Mt in 1990, decline with fluctuations to ~45 Mt by 2020, then project a steep, near-zero decline toward 0–5 Mt by 2040–2050. An orange solid line tracks historical data; a dashed orange line represents projected reductions. A vertical arrow emphasizes a -59 (-90%) reduction by 2050. The chart also marks average 2020–24 levels and projected values for 2040, 2045 and 2050, with notes about data availability from 2013 onward.

Blue hydrogen expected to dominate Dutch industrial decarbonisation pathway

China hydrogen production projects by status and planned online year

China hydrogen transition: New research examines hydrogen’s role in decarbonising the world’s largest emitter

EU ETS reform and free allocation in CBAM and non-CBAM sectors from 2025 to 2040

EU ETS reform aims to unlock hydrogen investment across European industry

European hydrogen chart showing European Hydrogen Bank third auction projects invited to sign grant agreements.

European hydrogen quarterly highlights resilience and energy security

Green hydrogen steel cost projections compared with coal-based steel in India from 2005 to 2050

Green hydrogen could transform India’s steel industry by 2030

Hydrogen collaboration network showing clean energy technologies and research sectors

IEA Hydrogen TCP highlights growing global hydrogen collaboration in 2025

Hydrogen market research laboratory supporting low-carbon industrial decarbonisation

Hydrogen market targets hard-to-abate industrial sectors in Europe

Flameless oxyfuel chart showing reduced steel reheating time versus air-fuel and conventional oxyfuel, improving furnace capacity and temperature uniformity

Oxyfuel combustion improves steel reheating efficiency and prepares furnaces for hydrogen fuel

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