Meaningful Measurement Programme

1

Reloop Programme 1

Packaging waste measurable via fully transparent and accurate data at each stage of its life-cycle.

Meaningful measurement is focused on establishing accurate and consistent metrics for reporting on waste data.

This data confirms the scale of the packaging waste crisis and informs which solutions should be introduced or developed.

Meaningful Measurement supports the other programmes with research and evidence-based data focused on reducing packaging waste and pollution.

Reloop promote robust methodologies that can be used to measure the impact of policies, targets and interventions.

We provide digital tools that can be used to access reliable waste data to inform policy making.

Bottles in bottle plant.
Meaningful Measurement
  • Target 90

    Report on drinks packaging explaining how the dual-action approach of a 90% collection target and high levels of closed-loop recycling can deliver critical benefits for the climate, the environment and for business.

  • Europe’s new recycling calculation method

    webinar about Europe’s recycling calculation methodology, how it works in terms of recycling losses and contamination, and how it will impact targets in Europe.

  • Getting the Numbers Right

    This report focuses on the development of methods for demonstrating achievement of the separate collection targets for beverage bottles.

  • Calculating National Recycling Rates

    Reloop has prepared a joint letter to the U.S. EPA with comments about the methodology it uses to calculate national recycling rates, and how this methodology might be improved.

Meaningful Measurement forms part of Reloop’s five inter-related programmes, which work to establish a globally consistent approach to a circular economy for packaging.

Packaging which is designed for circularity.

Reloop Programme 3

Packaging subject to deposits or charges.

Reloop Programme 4

Packaging collected properly, with effective separation.

Reloop Programme 5

Packaging made with mandated high levels of recycled content.

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