Systems Change: Circularity (Materials and Resources)

 

♻️  Circularity in Materials & Resources

How communities worldwide are restoring ecological balance and public health by designing materials, products, and systems that circulate — not waste.

The Systems Lens: Materials, Energy, Food & Health

  • Circularity isn’t a sector — it’s an operating system.
  • How materials, energy, water, food, mobility, and governance interlock to form regenerative, holistic systems.

Designing Out Waste: Circularity 101 for Communities

Waste is a design flaw, not an inevitability. Explore how cities and communities eliminate waste at the source through system design, materials innovation, and circular business models.

Regenerative Materials: Borrowing from Nature’s Chemistry

  • Biomaterials inspired by fungi, seaweed, cellulose, and agri-waste that replace plastics, foams, leather, and petrochemicals.

Reuse, Refill & Zero-Waste Infrastructure

  • How cities and neighborhoods build reuse/refill systems that eliminate packaging waste, lower emissions, and create local jobs.

 

Circular Manufacturing: Repair, Remanufacture & Product-as-a-Service

  • Shifting from “make–take–waste” to repairable, upgradeable, long-life products and service-based business models.

 

Industrial Symbiosis: Turning One Industry’s Waste Into Another’s Input

  • Regional ecosystems where heat, water, bio-waste, chemicals, and materials circulate across industries — like nature.

Circular Cities: Urban Systems Designed for Flow

  • Cities that integrate circularity across buildings, transit, procurement, materials, and waste — reducing emissions, pollution, and cost of living.

The Circular Built Environment: Zero-Carbon & Zero-Waste Construction

  • Modular design, mass timber, deconstruction, low-carbon concrete, circular construction hubs, and material passports.

 

 Repair Is Power: Community Hubs & Local Circular Jobs

What if fixing our stuff wasn’t a hassle… but a right? What if every neighborhood had its own repair hub — a place where broken

Plastics with an Expiration Date: Bioplastics & Circular Polymers

  • Biobased, biodegradable, and circular polymers that disappear safely — or can be re-cycled indefinitely without toxic degradation.

Right to Repair, Community Repair Hubs & Local Circular Economy Jobs

  • Repair cafés, community tool libraries, local remanufacture hubs, and neighborhood-scale circular workforces.

Electronics & E-Waste: Closing the Loop

  • Circular electronics, modular hardware, urban mining, toxic-free material cycles, and global e-waste justice.

 

Water Circularity & Nutrient Recovery

  • Closing loops around water, greywater, nutrients, and organic waste — turning wastewater into a source of energy, fertilizer, and materials.

 

Cultural Circularity: Indigenous Stewardship, Ancestral Cycles & Earth-Honoring Design

  • Indigenous cultures embody circularity: reciprocity, repair, rewilding, sacred materials, and regenerative land practices.

 

Policy, Procurement & Governance for Circular Economies

  • Policies that accelerate circularity: Extended Producer Responsibility (EPR), circular procurement, design standards, tax incentives, and material passports.

Black & Brown-Led Circular Justice Movements

  • Circularity as justice: eliminating toxic burdens, creating green jobs, and returning power to frontline communities.