Expertise in the EMN includes the physical and chemical characteristics renewable gases require to enter existing natural gas grids or to be qualified for energy storage, as well as the quality of hydrogen as a fuel source for long distance transportation.
The survey will take 5 – 10 minutes to complete, will be available until 18 September 2020 and all answers are confidential.
This EMPIR project will support the introduction of faster, more accurate calculations of calorific value for solid and liquid biofuels. New measurement methods will be studied, and advanced traceable measurement standards developed. Methods will be formulated for determining impurities and ash content, and moisture transfer standards and sampling methods will be devised, all to be evaluated by end-users. These outcomes will lead to opportunities for improved fuel quality control and comparability, that will support the transition to cleaner energy sources.
Jan Nielsen from DTI, and Coordinator of the project, said
‘This survey is important for the BIOFMET team in order to define the methodologies needed for end users to get traceability. It will help us to introduce an improved metrological framework and develop practical online measurement methods to characterise the key parameters of biofuel. Participation in the survey provides the opportunity for our stakeholders to influence developments and become actively engaged in BIOFMET.’
EMN for Energy Gases
The EURAMET European Metrology Networks (EMNs) aim to analyse the European and global metrology needs and address these needs in a coordinated manner.
The European Metrology Network for Energy Gases provides measurement science expertise to society and industry to support the implementation of the energy transition to renewable gaseous fuels. By bridging the gap between research and end-user communities and acting as a central nucleus for measurement science activities including EMPIR projects such as BIOFMET, the EMN for Energy Gases will facilitate a safe, reliable, and diverse energy network for the future.
‘We are happy to support this research project and other initiatives dealing with the measurement of renewable fuels. These collaborations are beneficial because they contribute to maximising the impact of research results, they stimulate innovation and ultimately, they facilitate an efficient and sustainable use of energy sources.’
This EMPIR project is co-funded by the European Union's Horizon 2020 research and innovation programme and the EMPIR Participating States.