Provides a SaaS platform that automates and streamlines sustainability certification for energy-intensive producers, such as hydrogen and e-fuels, by integrating data analytics and process automation. This reduces the time required for compliance by up to 90%, enabling continuous certification readiness and aligning production with EU regulatory standards.
Funding
$1.4M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Energy-intensive producers, particularly in the hydrogen and e-fuels sectors, face complex and time-consuming processes to achieve sustainability certification. The burden of navigating evolving regulatory standards and collecting necessary data can hinder production and delay market access.
Solution
Atmen offers a SaaS platform that streamlines and automates green certification for energy-intensive industries. By integrating data analytics, encrypted data management, and process automation, Atmen reduces the time required for compliance by up to 90%. The platform enables continuous compliance monitoring, simulates energy flows and carbon intensity, and validates eligibility for EU accredited certification schemes, boosting certification readiness and increasing trust with offtakers and investors. Atmen combines regulatory knowledge with technology to help partners stay on top of the fast-moving compliance landscape.
Target Audience
The primary customers are hydrogen and e-fuels site developers and operators, as well as other energy-intensive goods producers seeking to streamline sustainability compliance and achieve green certification.
Features
- Compliance monitoring with leading standards
- Streamlined and scalable sustainability certification workflows
- Simulation and optimization of power procurement strategies to achieve compliance goals
- Compatibility with EU RFNBO standards
- Modeling of plant engineering, supply chain data, and energy inputs to simulate energy flows and carbon intensity
- Methodology developed in cooperation with TÜV NORD EnSys GmbH & Co. KG