The Global Kaiteki Center at Arizona State University has sponsored a project with the Rob and Melani Walton Sustainability Solutions Service, The Sustainability Consortium, and The Ohio State University to work together with the Mitsubishi Chemical Holdings Company on creating a more circular economy for plastic.
The goal of this current project is to develop innovation roadmaps for the chemical industry that facilitate it towards a more circular economy. In the project’s first year, we have identified over 150 different innovations across the plastic packaging value chain that help plastic packaging be more circular. The project has engaged TSC stakeholders to provide feedback on the innovations discovered. In 2020, the project will combine best available science with mathematical modeling to develop roadmaps.
Innovations from a number of TSC members were noted during the research. Here are some examples:
- The New Plastic’s Economy Global Commitment initiative is a platform for corporations to make public pledges on the circular economy goals for plastic and plastic packaging. As of March 2020, these TSC members had made commitments: Clorox, Colgate-Palmolive, Henkel, Johnson & Johnson, Mars, M&S, Pepsico, Tetra Pak, Unilever, and Walmart.
- Unilever is collaborating with start-up company Ioniqa and PET resin producer Indorama Ventures to apply a new technology which converts PET waste back into virgin grade material for use in food packaging. [Link]
- Colgate-Palmolive, Clorox, Kroger, Proctor and Gamble, Unilever, and Walgreens are working with Loop Industries to help launch reusable packaging for food and personal care consumables. [Link]
- Amazon, Bayer, Campbell Soup, Church & Dwight, Clorox, Colgate-Palmolive, Fruit of the Loom, Georgia Pacific, Hanes, Henkel, J.M. Smucker, Johnson & Johnson, Ocean Spray, Pepsico, Proctor & Gamble, Unilever, Walgreens, and Walmart are members of the How to Recycle program, which has developed an innovative packaging label to communicate proper disposal or recycling instructions. [Link]
- BASF has created ecoflex®, a fossil fuel based polymer, that is certified as compostable. [Link]
The goal of Project WearEver is to use garment-embedded information technology to measure clothing use and create a market-based system that incentivizes demand for clothes that have superior emotional and physical utility and durability. Such a system will allow deeper, on-going engagement between brands, retailers, and consumers.
Project WearEver is implementing pilot studies in 2020 to demonstrate the use of digital technology to track clothing use and laundering, and prototype measurement standards, privacy policies, and analytics that create value and reduce risk for brands, retailers, and consumers. Tagging technologies to be demonstrated include QR, NFC, and RFID. Project WearEver has been supported by Adidas, Blue Bite, Cisco, Ellen MacArthur Foundation, KJUS, North Carolina State University, PrAna, Rob and Melani Walton Sustainability Solutions Service, Stuffstr, The Renewal Workshop, and University of Arkansas.
Waste diversion metrics project
Traditionally, municipal waste shas been measured by weight – weight collected, weight landfilled, weight recycled, etc. This is primarily because much of the cost in a municipal waste system is driven by weight. The City of Phoenix established the Reimagine Phoenix: Transforming Trash into Resources initiative in support of its goal to divert 40% of its waste away from the landfill by 2020.
A weight-based diversion rate does not accurately capture the performance and progress of a solid waste management system as the material collected for both trash and diversion is constantly changing. The City of Phoenix Public Works Department partnered with the Rob and Melani Walton Sustainability Service (RMWSSS) and The Sustainability Consortium (TSC) to develop metrics that measure the environmental impact and resource preservation benefits of diverting material from the landfill.
A resource equivalency calculator was developed for The City of Phoenix that converts the amount of landfill-diverted material into the equivalent amount of greenhouse gas emissions, freshwater use, or energy consumption that is displaced due to the recovered material.
For example, the data show that at the city’s current recycled material diversion of around 23%, recycling saves 327,702 MT CO2e (metric tons) annually, which is equivalent to taking 61,773 cars off the road for a year, or the amount of carbon sequestered by 350,000 acres of forest in a year. Per household, one-sixth of a car-year is displaced, or one acre of forest sequestration. These resource equivalence metrics help Phoenix communicate the benefits of municipal recycling to its citizens and legislators.