Mark and Focus desk
Resource recovery, reuse, industrial symbiosis, circular procurement, waste systems, and material transitions.
Primary analysis
Public consultation on Montpellier’s AMETYST transformation runs from October 12 to January 12. The proposal combines waste treatment and local energy production, while environmental authorization and the claimed improvements remain subjects for assessment.
Read analysisChronology
Scotland’s draft household recycling code links cleaner material streams with more consistent services and limits on residual waste capacity.
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Japan has reopened support for businesses preparing emissions and resource-circulation calculations for recycling certification.
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Italy’s new technical annex specifies how obligated operators must record and transmit hazardous-waste vehicle routes.
Read analysisComplete chronology
Explore how treated wastewater supports green hydrogen production through circular water management and infrastructure co-location.
Read analysisUrban water reuse systems reduce potable demand and strengthen resilience in arid cities by capturing rainwater, stormwater, and gray water.
Read analysisExplore how wastewater treatment plants are evolving into resource recovery systems that produce energy, recover nutrients, and strengthen urban resilience.
Read analysisDiscover how fit-for-purpose recycled water supports safe, sustainable agriculture. Learn from Unitywater’s Wamuran Irrigation Scheme in Queensland.
Read analysisDiscover how water recycling enhances resilience in agriculture, industry, cities, and ecosystems. Learn from Malta’s New Water program tackling scarcity sustainably.
Read analysisDiscover how water recycling enhances urban sustainability by securing water supplies, supporting agriculture and industry, and advancing resilient cities.
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