Project: Garden Fleet

Garden Fleet’s mission is to recover plastic waste from the ocean and turn it into durable eco‑bricks. We collect discarded plastics from coastlines and waterways, clean and shred them, then compress them into strong building blocks that can be used for small structures, garden beds, and community projects.

The objective of GF is to:

• recover plastic waste from oceans, rivers, and coastlines.
• Sort and clean collected plastics to prepare them for processing.
• Shred recovered plastics into uniform flakes for upcycling.
• Compress and mold plastic flakes into durable eco‑bricks.
• Repurpose eco‑bricks for community projects, garden structures, and small builds.
• Reduce ocean pollution by permanently removing plastic before it becomes microplastics.

Garden Fleet began as a simple idea: create the highest social and environmental impact at the lowest possible cost. The goal was to design a scalable, low‑cost system that works within the Project Health Control (PHC) methodology to deliver transparent sustainability reporting, financial oversight, and clear impact documentation for investors and stakeholders, while also providing CSR certifications for philanthropic supporters.

[Pre-Operation Summary of target areas] System Design Completed Low‑cost, scalable cleanup and upcycling model fully designed Operational workflow established (collection → sorting → shredding → molding → eco‑bricks) Equipment list and deployment plan prepared Environmental Impact Potential System capable of removing and repurposing ocean plastic waste Designed to prevent microplastic formation through early interception Eco‑brick production model eliminates landfill dependency Community Impact Potential Framework for local job creation and skills training Designed to support coastal and Indigenous communities Community‑operated upcycling model ready for deployment Transparency & Reporting Infrastructure PHC methodology integrated for real‑time oversight Sustainability reporting templates prepared CSR/ESG certification process established for future supporters Operational Readiness Partnerships, logistics, and procurement pathways identified Fleet deployment model prepared Eco‑brick molds and production workflow finalized Projected Outcomes (Upon Launch) Plastic removed per operation Eco‑bricks produced per batch Cost per kilogram of plastic recovered Community participation metrics

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