Downloads

Throughout the Decarb project several publications will be made, all press releases, presentations and (scientific) publications will be published here.

Press releases

If you have any questions regarding the Decarb press releases please contact us.

• EMPIR project ‘Metrology for Decarbonising the Gas Grid’ started (Dutch language ) Link
• Greening the gas grid: there is work to be done for metrology and standards development (Dutch language ) Link
• European standardization for a future gas grid Link

Presentations & information

The presentations below are given by the members at several events, if you are interested in more information on these presentations or a presentation by one of the project-members please contact us.

• Presentation Kick-off Decarb Link
• Publishable Summary Decarb project M9, April 2022 Link
• Decarb project poster ENM energy gasses – 2023 Link
• Presentations WS Decarbonizing the gas grid_metrology_standardization Link

All publications per work package

Each work package of the Decarb project has reports or deliveries, ones published these will be added below.

• Report task 1.1: Hydrogen and hydrogen-enriched natural gas in European gas grids: understanding operating conditions for decarbonized gas grids. Authors Jorge Modrego, Dennis van Putten, Gabriele Chinello, Chris Mills and Marcel Workamp
• Report A2.1.1: Literature review on hydrogen and carbon dioxide for primary reference materials for decarbonised gas grids. Author Dirk TUMA (BAM)
• Report A2.2.1: Standards or technical specifications for QA hydrogen (for heat), biomethane and carbon dioxide for CCS. Authors Karine Arrhenius and Lorena Francini (RISE)
• Report A2.3.2: A brief survey about the available techniques for fast online measurement of hydrogen in natural gas. Authors Gundolf Weseloh (PTB), Dirk Tuma (BAM), Bert Anders (PTB)
• Report A4.1.2: Maximum admissible leaks in hydrogen and hydrogen-enriched natural gas pipelines. Author Orlando TEODORO (UNL) 

Papers

• Arrhenius, K. (2022, February 7). Sampling methods for renewable gases and related gases: challenges and current limitations. SpringerLink. 
• Arrhenius, K. et al (June 2023) Comparison of optical feedback cavity enhanced absorption spectroscopy and gas chromatography for the measurement of the main components and impurities in biogas, landfill gas, biomethane and carbon dioxide streams. Measurement Science and Technology.
• Howes, N. et al (November 2023) Remote Measurements of Industrial CO2 Emissions Using a Ground-Based Differential Absorption Lidar in the 2 µm Wavelength Region. Remote Sensing (Special Issue: Development and Application for Laser Spectroscopies).