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Regional Recovered Materials Strategies

The MARC Solid Waste Management District has developed twelve integrated strategies designed to strengthen material recovery across the region. Together, these strategies form a coordinated approach that supports a more resilient, efficient, and sustainable materials management system. Each strategy aligns with shared goals: maximizing diversion impact, delivering community benefit, creating economic and environmental value, and ensuring practical, achievable implementation.

These strategies provide a roadmap for communities, haulers, processors, and industry partners to work collectively toward a future where recovered materials are used to their highest and best purpose.

Tools organized on a peg board

1. Repair, rental and borrowing

Support and promote repair, rental and borrowing services to reduce consumption of new goods. 

A person demonstrating how to use a sewing machine to someone else

2. Reuse hubs

Expand repair services and maker spaces to increase accessibility to fix and upcycle durable goods, including clothing.

Examples of the Bold Reuse cups on a table

3. Reusable food service ware

Support use of reusable food service ware to reduce single-use plastic waste at large public venues and events.

Food in foil containers at a restaurant

4. Food Waste Bites program

Reduce food waste in the Kansas City region's food service sector by implementing comprehensive food waste rescue, diversion and prevention practices.

A bucket emptying food scrap contents into compost layer within raised container

5. Home composting training

Develop a regional home composting training program to help manage organic waste locally. Encouraging home and community composting reduces the need to transport yard and food waste and transforms these materials into nutrient‑rich soil instead of landfill material.

Inside a building being demolished

6. Construction and demolition waste material recovery

Remanufacturing these resources can produce lower-carbon building materials, while deconstruction provides components ready for direct reuse, reducing environmental impact and supporting sustainable construction practices.

Pile of tires ready for recycling

7. Scrap tires in asphalt paving

Asphalt paving includes petroleum products, binders, and polymers. Used tires can provide the same properties and have been proven to provide durability.

A bench made with recycled materials in a park

8. Turn recovered materials into new locally made products

Encourage businesses to turn recovered materials into new locally manufactured products.

A group of professionals collaborating at a table

9. Engage economic development specialists

Work with economic development specialists to identify and support opportunities for business development and growth in material recovery.

People gathered around table reviewing plan for Buck O'Neil Bridge

10. Regional planning integration

Promote integration of the Regional Recovered Materials Plan with transit, disaster, water quality and other regional planning efforts.

A pile of mattresses outside awaiting recycling

11. Extended Producer Responsibility Laws

Support statewide Extended Producer Responsibility (EPR) laws for recycling of paint, batteries and mattresses.

People sticking shovels in a container of biochar

12. Expand energy production from solid waste

Expand energy production from solid waste including biochar processing of biosolids and anaerobic digestion of organics.