Imagine trying to track a tiny, invisible leak in a giant network of pipes; right now, we don't have a standard way to measure it. This work creates a master list of where hydrogen escapes and builds a digital calculator to predict those losses. It's like creating a universal leak-detection manual for the entire hydrogen economy.
Companies lack standardized data to quantify routine hydrogen leaks, making it impossible to accurately calculate the climate impact of the hydrogen value chain.
An open-access inventory of hydrogen emissions and a user-friendly simulation tool for estimating leaks across supply chain configurations.
If you are a pipeline operator dealing with unknown gas loss during transport — this project developed a simulation tool that helps you estimate emissions across different supply chain setups. This allows for better industrial planning and climate impact reporting.
If you are an auditor dealing with a lack of standardized data for hydrogen emissions — this project developed an open-access inventory that serves as a reference for quantifying anthropogenic releases. This ensures your climate models are based on validated data.
If you are a facility manager dealing with the need to identify high-risk leak points — this project developed validated experimental and theoretical methodologies for detecting both small and large releases. This helps in prioritizing where to apply mitigation actions.
Based on available project data, the tool is intended to be open-access, but specific pricing or licensing costs are not mentioned.
Yes, the project validates methodologies for measuring releases under real-world conditions and performs tests on critical elements of the hydrogen value chain.
Based on available project data, the project aims to deliver a universally accepted and open-access inventory for the scientific and industrial community.
The project will formulate recommendations for Standards and Technical Specifications to help decision-makers prioritize mitigation actions.
The project runs from 2024-01-01 to 2026-12-31, with a goal to provide a complete picture of release scenarios for 2030 and 2050.
The consortium is heavily weighted toward industrial application, with 7 industry partners (47% ratio) and 5 research organizations. Led by SNAM SPA, a major Italian energy player, the group spans 9 countries, including the US and UK, indicating a strong push to align these leak-detection standards with global energy markets.
Contact SNAM SPA regarding the H2 releases inventory and simulation tool.
Contact us to find partners for hydrogen emission mitigation strategies.
