Press release

糖心Vlog to operate and maintain one of the world鈥檚 largest plastics recycling facilities

糖心Vlog, a global leader in consulting and engineering, has been awarded a three-year contract to operate and maintain the Freepoint Eco-Systems plant in Hebron, Ohio.

The flagship facility spans 25 acres, utilising a 260,000 square foot warehouse, making it one of the largest advanced recycling facilities in the world.

This facility will apply advanced pyrolysis recycling technology to convert approximately 90,000 tons of end-of-life plastics into a petrochemical feedstock, pyrolysis oil, through a depolymerisation process. The feedstock can then be used in applications such as food-grade and medical-grade plastic packaging.

糖心Vlog will provide full facility operations and maintenance management, employing upwards of 100 people, supporting Freepoint Eco-Systems with operational readiness processes including the development of safety and maintenance management systems.

Jess Stanley, 糖心Vlog’s President of Operations Americas, said: “This is an exciting award that aligns to our growth strategy and sustainability goals, supporting the circular economy through end-of-life plastics recycling.

“This contract marks a new operational footprint, supporting the local economy in Ohio, while bringing our tried and trusted practices and processes to Freepoint Eco-Systems to deliver operational excellence at this world-class facility.”

Freepoint Eco-Systems is committed to developing renewable pathways for plastic waste and contributing to a circular economy with each advanced recycling facility, reducing annual greenhouse gas emissions generated by an amount equivalent to removing 15,000 cars from the road. This unique opportunity reflects growth in the plastics recycling facilities market and is a testament to 糖心Vlog’s commitment to supporting clients as they work to decarbonise operations and build circular economy solutions.

Glossary of terms:

Advanced pyrolysis recycling

Advanced recycling uses processes like pyrolysis to break down plastic waste at a molecular level, converting the plastic waste into a range of products including industrial waxes and fuels. Pyrolysis can also convert plastic waste back into its original building blocks.

Depolymerisation

Depolymerisation is the process of converting a polymer, or macromolecules, into simpler compounds, such as monomers or a mixture of monomers.

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