« Back to our projects
River Recycle
River Recycle targets the root cause of river plastic pollution: the lack of economic value for low-grade plastics. Their model combines installing river cleaning technology (initially grant-funded) with the creation of land-based collection infrastructure and recycling facilities. By processing low-value plastics into commercially viable products like construction boards, they assign value to waste, creating financial incentives for collection and formalizing livelihoods for waste pickers. This approach aims to build a financially sustainable system that can scale without perpetual philanthropic dependency.
Systemic Lenses (Impact Approach)
Ecological The project directly removes plastic from rivers to protect marine biodiversity and substitutes virgin materials with recycled ones, reducing greenhouse gas emissions.
Economic It transforms a linear waste stream into a circular economy by creating a market for low-value plastics, thereby internalizing environmental externalities and retaining economic value within local communities.
Social The model formalizes the livelihoods of informal waste pickers by providing stable income for previously valueless materials and improves public health in communities by reducing waste-related hazards.
Narrative / Belief River Recycle reframes the issue as a failure of economic incentives, demonstrating that communities will act sustainably when provided with the infrastructure and economic means to do so.

More projects
Learning by doing only works if you share what you experience. Systemic change happens inside and out, that’s why we share the stories of our projects, explorers, learnings, impact makers as one unfolding new narrative.
Resiliance Partnership
« Back to our projects This initiative integrates Wire Group's "Conscious Economy" impact finance expertise with the Bioregional Weaving Labs (BWL) Collective's "weaving" methodology to prototype a new model for financing bioregional transitions. By establishing...
Solhyd
« Back to our projects Solhyd is a deep-tech spin-off from KU Leuven commercializing a novel hydrogen panel technology. Unlike traditional electrolyzers, their system produces green hydrogen using only sunlight and ambient humidity, eliminating the need for liquid...

