ENFLOW: Energy flow metering of natural and biogas for residential applications

Reference number
Coordinator GasQual AB - GasQuaL AB at EKV/EGI/KTH
Funding from Vinnova SEK 2 086 938
Project duration September 2019 - October 2021
Status Ongoing
Venture Joint R&D projects for small and medium-sized enterprises in Sweden-Germany
Call Joint R&D projects for small and medium-sized enterprises in Sweden-Germany - autumn 2018

Purpose and goal

Gas plays an important role in the move towards a more sustainable energy mix. However, the liberalization of gas markets, diversification of supply, renewable biogas injections and changes to regulations have resulted in a problem with considerable fluctuations in the gas quality in the grid. On-site gas quality monitoring has, therefore, become an urgent matter in the gas industry, driven by factors of customer protection, efficient energy conversion by gas appliances, lowering of greenhouse gases emissions, and economical effectiveness.

Expected results and effects

The solution offered by GasQuaL (in cooperation with partners) is aimed to solve this problem by providing the GasQALgorithm and GasQCELL as a novel approach for cost-efficient energy flow metering. This includes the new value proposition for gas flow meters in the form of the real-time energy flow measurement and complete residential energy billing solution, enabling real-time smart metering at a considerably lower cost. Compared to existing solutions it will have a completely new level of applicability, enabling the increase of energy efficiency and security of gas consumption.

Planned approach and implementation

The background ideas of proposed technology have been tested during preliminary investigations. The most important milestone deals with the development of measurement technique for sound attenuation and speed of sound that will work in inflow conditions typical for residential gas flow meter, introduction of correction factors for pressure, temperature, and humidity of the gas medium and development of the methodology for gas quality calculation based on the measured properties.

External links

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 28 April 2020

Reference number 2019-02059

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