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About us

Team

The AKROS Energy management team combines in-depth expertise in process engineering, catalysis, and business development. Together, we are driving the development of our formate storage technology from laboratory research to industrial application.

CEO

Johannes Emigholz

CEO
CTO

Jonas Massa

CTO

Management

As CEO, Johannes Emigholz leads AKROS Energy with a clear vision: to make hydrogen storage so safe and simple that hydrogen becomes a cost‑competitive renewable alternative to hydrocarbons. He is responsible for strategy, business development, and building our partner network. His conviction: Technology alone is not enough – it takes the right people and partners to move markets.

Jonas Massa has been involved in the development of AKROS‘ formate technology from the very beginning. As CTO, he leads our development team and ensures that scientific findings are transformed into market-ready products.

AKROS' technical backbone: Engineers and scientists who develop our storage technology to market maturity.

Akros Team

AKROS‘ technical backbone: Engineers and scientists who develop our storage technology to market maturity.
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As part of the H2APEX Group, we are actively shaping the future of the hydrogen economy.

Would you like to join our team and contribute to our innovative hydrogen storage technology? You can find all current job openings on the H2APEX Group careers page

Our history

  • 2022

    Research Partnership with Likat

    Research Partnership with Likat
  • 2023

    TRL 5 Lab Scale Demonstrator

  • Mid 2023

    Partnership for industrial catalyst production

    Partnership for industrial catalyst production
  • 2024

    Technology patented

  • 2025

    € 950k in public grants secured

  • Mid 2025

    First customer signed

  • 2026

    TRL 6 100 kW pilot plant

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FormaPort

The project „FormaPort – Development of an Innovative Hydrogen Transport Medium Based on Formate Salts“ aims to create an innovative solution for the safe and efficient transport of hydrogen.
By using formate salts as a carrier medium, hydrogen is chemically bound, allowing it to be transported safely without the need for high pressure or extreme temperatures. This technology offers a CO₂-neutral and environmentally friendly alternative to conventional methods and contributes to a sustainable energy transition.

The project is funded by the State of Mecklenburg-Vorpommern and the European Union through the European Regional Development Fund (ERDF). Project partners include AKROS Energy GmbH, the Leibniz Institute for Catalysis (LIKAT), Wismar University of Applied Sciences, and TAB GmbH.