Methodology for assessing greenhouse gas emissions savings from low-carbon fuels

Report "Methodology for assessing greenhouse gas emissions savings from low-carbon fuels"

This report, prepared at the request of the European Parliament’s Committee on Industry, Research
and Energy (ITRE) reviews the draft Delegated Act (DA) on low-carbon fuels and addresses following questions:

🔹 Which production pathways are included?

  • The DA applies a technology-neutral, life-cycle approach.
  • Fuels must achieve at least a 70% reduction vs. the fossil comparator (94 gCO₂eq/MJ).
  • Both fossil pathways with CCS and electrolytic production routes for hydrogen production are eligible.
  • Nuclear-based electricity is also recognised.
  • Hydrogen leakage will be included once scientific consensus exists on its warming impact.

🔹 Does the DA enable the hydrogen economy?

  • The Delegated Act (DA) is a regulatory enabler, not a market driver.
  • The DA creates regulatory certainty via harmonised EU-wide accounting and certification, reducing investment risk and avoiding fragmented national rules.
  • The DA is not a demand-side driver, no targets or incentives are included.

🔹 Does the DA address fossil fuel emissions?

  • The DA incorporates methane CH₄ and CO₂ defaults but they are not strongly conservative.
  • LNG-specific values are missing, risking underestimation. Its effectiveness will hinge on strict enforcement and robust methane reporting.

🔹 Price & cost expectations

  • Blue H₂: 3.5–6.5 €/kg (costs depend on gas prices, CCS costs, and volatility).
  • Electrolytic H₂: 6–8 €/kg today; costs could fall <3 €/kg with cheaper electrolysers + low-carbon electricity.

➡️ Overall: The DA is an important regulatory enabler. It sets the rules for certification and trade but does not itself stimulate hydrogen demand.

➡️ Source: Report: Methodology for assessing greenhouse gas emissions savings from low-carbon fuels

EEA report

Renewables, electrification and flexibility — for a competitive EU energy system transformation by 2030

Renewables, electrification and flexibility - For a competitive EU energy system transformation by 2030

The EEA report ‘Renewables, electrification and flexibility — for a competitive EU energy system transformation by 2030’.

✅ Key Insights:

📌 The EU has made remarkable progress in cutting electricity-sector CO2 emissions over recent decades. However, decarbonising heating and transport — still dominated by gas and oil — lags behind.

📌 Scaling up domestic renewable electricity generation, together with improvements in energy and resource efficiency, can replace volatile fossil fuel imports with cleaner, lower-cost energy.

📌 If 2030 renewables and efficiency targets are met, variable electricity generation costs in the EU could fall by up to 57% compared to 2023 levels. In the long term, this means lower consumer prices, though near-term investments in grid flexibility and infrastructure will be essential.

📌 The shift to green hydrogen as an industrial feedstock will significantly increase electricity demand post-2030. By 2050, hydrogen use could rise more than tenfold compared to the end of this decade, with around 65% dedicated to industrial applications.

📌Meeting climate goals requires a rapid decline in fossil fuel use: annual oil reduction must double by 2030, while gas use must fall eightfold. This would cut the fossil energy share from 59% in 2022 to 6% by 2050.

📌 Urgent priorities include:

  • Unlocking capital to expand renewable capacity to 77% of total installed capacity by 2030.
  • Doubling system flexibility through smart grids, storage, and demand response.
  • Strengthening EU-wide coordination to balance regional disparities and improve resilience.

➡️ Source: Renewables, electrification and flexibility – For a competitive EU energy system transformation by 2030