Techem Re-Use Centre: promoting a resource-efficient approach to metering devices
Energy and metering service provider Techem's Re-Use Centre promotes a circular, resource-efficient approach to equipment management in the building sector.
Metering devices are often replaced due to statutory calibration requirements, resulting in functional components leaving the usage cycle prematurely. This increases demand for raw materials and energy in new production and generates additional waste. At the same time, return and reuse processes are often not systematically organised, meaning that significant potential for resource savings is untapped.
The Techem Re-Use Centre addresses this challenge through centralised collection, evaluation and routing of decommissioned devices into a three-stage process: refurbishment by manufacturers, reuse of functional devices or components, and recycling of non-reusable materials.
A key feature is the integration of return logistics, quality assessment and supplier collaboration into standardised, scalable processes, including defined quality criteria, traceability of returned devices and clear allocation of responsibilities across the value chain. This creates the basis for scaling these processes across regions and device categories.
By extending product lifecycles and reintegrating materials into technical loops, the approach reduces material, energy and waste flows, as well as resource consumption and GHG emissions. Looking ahead, further device types and individual components will be integrated into the system to expand its scope and impact.
The Techem Re-Use Centre has established a successful combination of component return, reuse and centralised process management.
The Techem Re-Use Centre conserves resources, reduces GHG emissions and strengthens Techem’s circular reuse approach.
The figures below refer to a reporting period of nine months since the centre began in 2025:
- Through partnerships with manufacturers, 700 devices have already been returned and refurbished.
- For water meters, radio modules are assessed for reuse after six years and, following successful quality checks, redeployed for up to a further six years, effectively doubling their service life to 12 years.
- More than 100 000 modules have already been reused, keeping 1.52 tonnes of plastic, 0.72 tonnes of electronic components, 0.84 tonnes of lithium batteries and 0.31 tonnes of metal in circulation for longer.
- This has avoided 76.7 tonnes of CO₂e and generated savings of over €800 000