Eastman reckons recycled DMT production will benefit area recycling programs (2024)

Note: Eastman Chemical Company’s first “molecular recycling” facility is now fully operational in Kingsport. It uses a process called methanolysis to reduce hard-to-recycle waste plastic to its original molecular state for reuse in plastic production. Eastman expects the main end product, recycled “DMT,” to capture large market share in durable plastic and packaging sectors because of it removes plastic from the waste stream and makes progress toward a “sustainable economy.” News Channel 11 got an exclusive first look around the facility and brings you this and other related stories.

KINGSPORT, Tenn. (WJHL) — As Eastman Chemical Company kept its foot on the throttle trying to scale up its Kingsport molecular recycling facility over the last several years, several local public recycling programs fell victim to high costs and low revenues.

In an ironic twist, one of them was Kingsport’s curbside program. A City whose backbone employer was touting its pending ability to use 100 metric tons of plastic waste a year and transform it into marketable products couldn’t afford to keep its own recycling service.

The irony isn’t lost on Eastman’s chief technology officer or the president of its plastics division. But Chris Killian and Scott Ballard expect a change in the recycling landscape for Northeast Tennesseans, and they think Eastman has a major role to play in the turnaround.

“There’s a role for companies like ourselves to help address that issue,” Killian told News Channel 11. “And so we’re doing it through advocacy, we’re doing it through local partnerships with Food City and others, and we will get there because we have to get there as a society.”

As it neared full production capacity in March, Eastman placed a recycling bin at one Kingsport Food City that accepts any 1 through 7-numbered plastics except 3. It added two more sites in the “Shop, Recycle, Repeat” partnership in April.

A recent study ranked Tennessee 48th among the states in its overall recycling effectiveness. In addition to Kingsport, Jonesborough dropped its curbside program and Elizabethton curtailed its drop-off sites within the last year.

Killian said Northeast Tennessee’s problems aren’t unique.

“It’s not just a Tri-Cities, Tennessee or a Tennessee issue, if you look at the U.S. and its recycling infrastructure, it needs to improve,” he said.

Eastman reckons recycled DMT production will benefit area recycling programs (1)

Even as the company pushed for what became a belated full ramp-up of production, though, Eastman staff were consulting with area governments and others to prepare a recycling infrastructure that could benefit both sides.

“The first thing we had to do was get this new-to-the-world technology stood up and running so that we built the demand for these recycled materials,” Killian said.

“What Eastman is doing through molecular recycling is creating value for that product,” Killian said of the particularly difficult-to-recycle plastics the company now needs as feedstock. “In my experience, in a society where we’re capitalism driven, people will build infrastructure to feed that growing need, and we’ll also partner and invest.”

A big get for the region would be a materials recovery facility, or MRF. Those specialized plants receive, separate and prep recyclable materials for marketing to end users. Eastman can take plastics that most MRFs can’t find a market for, which could make it more economically feasible for one to open regionally.

“We’re working with local government to try to bring MRFs back to the region,” Killian said. “If you bring MRFs back to the region coupled with a consistent, regular, value-add outlet for the material, I think you’ve really got the opportunity to solve the problem.”

Reviving recycling and getting the U.S. infrastructure where it needs to be isn’t going to happen without an all-hands-on-deck effort, Killian said.

“Smart regulation state by state to incentivize and drive higher efficiency curbside recycling rates are going to be absolutely important to addressing this waste plastics challenge,” he said.

“It’s not just a material supplier like Eastman that has to play a role there. There’s a consumer role, there’s a governmental role and then there’s a role for companies like ourselves to help address that issue.”

Ballard said he thinks the change is coming in every sector, including consumer brands and their stance on “extended producer responsibility” regulations. The industry had long resisted the regulations, which place a surcharge on companies that provide or use packaging and use those funds to help communities and states better afford robust recycling programs.

“There’s not a major one now that’s not advocating for it,” Ballard said. “A lot of them are advocating in Washington for there to be a federal bill so that they don’t have to deal with the state-by-state complexity, but most of them now see that they’re never going to get the plastic waste problem solved without some sort of responsible regulation.”

Meanwhile, he said, Eastman isn’t done partnering with Northeast Tennessee communities in the recycling realm.

“There’s some cool stuff. There’s some more stuff to be announced pretty soon.”

Eastman reckons recycled DMT production will benefit area recycling programs (2024)

FAQs

Eastman reckons recycled DMT production will benefit area recycling programs? ›

Eastman

Eastman
Eastman Chemical Company is an American company primarily involved in the chemical industry. Once a subsidiary of Kodak, today it is an independent global specialty materials company that produces a broad range of advanced materials, chemicals and fibers for everyday purposes.
https://en.wikipedia.org › wiki › Eastman_Chemical_Company
expects the main end product, recycled “DMT,” to capture large market share in durable plastic and packaging sectors because of it removes plastic from the waste stream and makes progress toward a “sustainable economy.” News Channel 11 got an exclusive first look around the facility and brings you this and ...

What is a molecular recycling facility? ›

Molecular recycling, also labeled transformational technology, breaks plastic down using chemicals, extreme heat, and pressure, into low-quality fuel or smaller chains of monomers.

What plastics can be recycled in Maryland? ›

Recyclable at the Curb, Mixed Together:

Empty plastic bottles, tubs, jars and jugs (plastic lids may be left on empty plastic containers) Empty glass jars and bottles (with metal lids removed from glass containers) Aluminum and steel food and beverage containers, such as soup cans and sardine tins. Empty aerosol cans.

What is the benefit of molecules being recycled? ›

The less a polymer is broken down through molecular recycling process, the fewer virgin petrochemical inputs are needed to make plastic again – which can reduce the human health impacts of plastic production compared to virgin plastic production.

What is Eastman's molecular recycling technology? ›

Through innovation, Eastman is helping solve the world's plastic waste crisis and reducing greenhouse gas emissions. Using molecular recycling technology that unzips polyester back to its original monomers, we create new plastic from waste. Eastman is committed to building a better circle — a better planet for all.

What type of plastic Cannot be recycled? ›

The difference in the recyclability of plastic types can be down to how they are made; thermoset plastics contain polymers that form irreversible chemical bonds and cannot be recycled, whereas thermoplastics can be re-melted and re-molded.

Can all 7 types of plastic be recycled? ›

Bottom-line, there are seven types of plastics. Generally, most recyclers accept plastics #1 and #2. Plastics #3 to #6 are more difficult to recycle, and some recycling centers do not process them. Plastic #7 is even more challenging to recycle and is almost always excluded.

What kind of cardboard cannot be recycled? ›

All types of cardboard can be recycled except if they're coated in wax. Recycle corrugated cardboard when possible.

What is the difference between mechanical and molecular recycling? ›

Mechanical recycling involves breaking down plastic waste into its original components, which can then be used to create new plastic products. Chemical recycling involves breaking down plastic waste into its molecular components, which can then be used to create new products or fuels.

What is the function of the recycling facility? ›

What is a Recycling Facility? In this document, recycling infrastructure refers to a broad range of facilities that support recycling. Examples include facilities that collect, sort and process recyclable materials, turn organics or green waste into compost or fuels, or use recycled materials in manufacturing.

What does chemical recycling do? ›

Chemical recycling technologies use heat, chemical reactions, or both, to break down used plastics into raw materials for new plastic, fuel, or other chemicals.

How do cells recycle molecules? ›

Lysosomes are the recycling centers of the cell, containing enzymes that break down unneeded molecules. As a result, unnecessary or harmful cellular components are broken down, and then recycled into new molecules that the cell can use to build new and better components.

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