What We Do

Outstanding Features

Regulatory Guidance (EU, Germany, US)

Certification Support (RFNBO, RED II/III, CORSIA)

Regulatory Strategies for Clean Technologies and PtX

Risk Assessments for Hydrogen and E-Fuel Projects

Regulatory Strategies for Energy Market Entry

Impact Analysis of Policy and Regulatory Trends

Support with EU Funding Applications

Preparation of Position Papers and Consultation Responses

Latest news

The Origins of Power-to-X concept

Sector coupling resulted from Power-to-Gas and Power-to-X. It links the sectors of electricity, heat, transport and industry via energy storage and energy converters and using renewable electricity as ‘primary energy’ for ecarbonization. Power-to-Heat, Power-to-Gas, Power-to-Liquid,  Power-to-Chemicals, Power-to-Products.

Figure: Sector coupling resulted from Power-to-Gas and Power-to-X

Source: Sterner, M.; Stadler, I. Handbook of Energy Storage: Demand, Technologies, Integration; Springer: Berlin/Heidelberg, Germany, 2018; ISBN 978-3-662-55503-3

The term “Power-to-X” is now widely used in the energy sector. This concept is less than 20 years old.

The idea of producing fuels from renewable electricity emerged in Germany in the early 2010s. What began as Power-to-Gas (PtG) has since evolved into the broader Power-to-X (PtX) approach.

✅ Key milestones in its development:

📌 2008 – Integrated Energy System Concept:

  • Coupled electricity and gas with CO₂ sinks;
  • Introduced Power-to-Gas via electrolyzers producing green hydrogen.

📌 2008 – European Biomass Conference:

  • Presented integrated electricity-gas-CO₂ systems;
  • Proposed the Sabatier process for CO₂ methanation instead of the reformer for the better integrability of hydrogen in the natural gas grid.

📌 2009 – Breakthroughs:

  • Patent application for PtG, first PhD thesis on the topic, and
  • The PtG plant for CO2 methanation – SolarFuel GmbH.

📌 2013/14 – Shift to Power-to-X:

  • The concept was expanded beyond gas to include fuels, chemicals, and heat — enabling decarbonization where direct electrification isn’t enough.

🎯 Main Purpose of PtX: To store renewable energy and decarbonize hard-to-electrify sectors through fuels, chemicals, and other energy carriers.

➡️ Source: Sterner M., Specht M. “Power-to-Gas and Power-to-X – The History and Results of Developing a New Storage Concept”

Pacific Northwest Low-Carbon Hydrogen Analysis

Low-Carbon Hydrogen Analysis. Federal Initiatives across the Canada and the United States. Canada and United States support initiatives and value chain applicability

Figure: Canada and United States support initiatives and value chain applicability

Pacific Northwest Low-Carbon Hydrogen Analysis, published by The Pacific Northwest Economic Region (PNWER), provides a comprehensive view of supply, demand and trade opportunities for low-carbon hydrogen between the US and Canada.

✅ Some takeaways

📌 Canada:

  • has a total of 19 direct or indirect support programs available to accelerate the development and deployment of hydrogen technologies and industry across the value chain.
  • Tax measures such as the Clean Hydrogen Investment Tax Credit (ITC), Clean Technology ITC, Clean Technology Manufacturing ITC, and the Carbon Capture, Utilization and Storage (CCUS) ITC are complemented by funding programs such as the Clean Fuels Fund and Strategic Innovation Fund – Net-Zero Accelerator.

📌 The US:

  • has a total of 34 direct or indirect federal programs and initiatives across multiple national departments and agencies, which enable the use of hydrogen across the value chain.
  • The US Renewable Fuel Standard (RFS) mandates the blending of renewable fuels into the supply of transportation fuels, with an aim at reducing overall GHG emissions from the sector. While the RFS primarily focuses on biofuels, it also includes provisions for hydrogen derived from renewable feedstocks, like biomass, which generates an economic incentive for the transportation sector to include low-carbon hydrogen in its pathways to decarbonization.

➡️ Source: New report: Pacific Northwest Low-Carbon Hydrogen Analysis

African Green Hydrogen Report

African Green Hydrogen Report

African Green Hydrogen Report, published by GIZ, is available via this link.

✅ Some key takeaways

📌 Export Potential:

  • Several African countries are developing ambitious green hydrogen export strategies aimed at European and Asian markets.
  • Tunisia, Namibia, Morocco, Egypt, and South Africa aim to have annual exports of more than 20 million tons of green hydrogen equivalent by 2050.

📌 Policy and regulation:

  • By February 2025, eight African countries – Algeria, Egypt, Kenya, Mauritania, Morocco, Namibia, South Africa and Tunisia – have adopted hydrogen strategies and/or roadmaps.
  • Main challenge is a lack of the required comprehensive regulatory frameworks to translate these strategies into action.

📌 Financing projects:

  • Almost 80% of the public funding for GH2 projects in Africa came from Europe, with Germany accounting for 13% of total funding.
  • Only a small fraction of announced large-scale African hydrogen projects have reached final investment decisions.

📌 Sustainability considerations:

  • Electricity and water sustainability are key concerns for green hydrogen projects, particularly in arid regions.
  • As environmental standards evolve, emerging certification schemes demand strict water use, land access, and emissions compliance.