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2009

Fixed Thermal Probe/Proxy Flow Meter

Abstract

We’re developing a low-cost, easy-to-install solution to measure gas flow at regulator stations. The goal is to keep the equipment as simple and non-intrusive as possible.

To measure the flow, we’ll use two methods:

  • One method checks how open the regulator is and the pressure difference across it to estimate the flow.
  • The other uses a small sensor that creates a slight temperature change at the outlet, which also helps estimate the flow.

By combining these two methods with the regulator’s technical details, we aim to measure the flow with an accuracy of about ±10%.

Delivered by YZ, who will design, supply and deploy advanced probe technologies across live gas network locations. The trial will evaluate the performance of these probes under operational conditions, including their integration with existing infrastructure and their ability to capture high‑resolution, real‑time flow data. Analysis of this data will be used to improve understanding of network behaviour, identify potential latent capacity and assess opportunities to optimise system performance in support of increased biomethane connections.

The evaluation will compare different probe configurations to determine their practicality and cost effectiveness for wider deployment. The findings will look to inform future network planning, with the aim of improving visibility of network operation, and delivering longer‑term benefits for customers and the wider energy system.

file format pdf download Closure_Report_NIA_CAD0118_Proxy_Flow_Thermal_Mass.pdf
file format pdf download NIA_CAD0118_PEA_Proxy_Flow_Thermal_Mass.pdf
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2026-04-19
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