Marine Debris Reduction

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A person stands in front of outdoor glass double doors and smiles.

Jamie McMurray's Research with BRING

Industry: Coastal Community
Project Type: Plastic Use Reduction
Location: Eugene, OR
Major/University: Oregon State University, B.S. Business Administration and Sustainability, Minor in Organizational Leadership

Summary

Jamie worked with BRING and the Oregon Coast Visitors Association to aid four coastal hospitality businesses in their investigation towards environmentally-preferred practices to reduce marine debris pollution.


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BRING logo

Company Background

BRING and the Oregon Coast Visitors Association (OCVA) partnered to host an OASIS marine debris intern. BRING is a nonprofit focused on waste reduction and reuse education, while OCVA promotes sustainable tourism and community resilience along the Oregon Coast. Together, they expanded BRING’s Rethink Business program to include a marine debris focus and reach more coastal businesses


 

Project Description

Coastal hospitality businesses play a central role in the tourism economy—but they also contribute significantly to the growing problem of marine debris. Many hotels, restaurants, and other tourism services rely heavily on single-use plastics, which often end up in our oceans and on our beaches.

Jamie provided hands-on education and technical assistance to coastal businesses, helping them shift toward more sustainable practices. This included eliminating single-use plastic and Styrofoam food serviceware in line with the Ocean Friendly Restaurants program, installing microplastic filters on commercial laundry machines, reusing garbage can liners, and launching a refillable amenities program in hotels to replace single-use travel-size products. These changes not only reduce waste but also set a new standard for sustainability in coastal hospitality.

Estimated Annual Reductions

Jamie's recommendations could have the following annual impacts:

  

1,400 lbs

Reduced Plastic

    

29,000 gallons

Reduced Water Use

   

40,000,000 BTUs

Reduced Energy Use