The Woodlands, Texas– March 19, 2018 – An important milestone has been reached to fulfill the previous offtake agreement signed by AmSty and Agilyx. The first commercial truckload of recycled styrene monomer (RSM) was sent to the AmSty facility in St. James, Louisiana.
The Woodlands, Texas – January 7, 2019 – In an article published recently in the Houston Chronicle, author discusses the present challenges of the recycling market and future promise of chemical recycling. "One particularly promising alternative [to traditinal recycling] is chemical recycling. This turns plastic back into into its building-block molecules, which can be recombined into new plastics without degrading properties as melting does," she wrote. "The Woodlands company AmSty... is working with Agilyx, an Oregon firm that converts used polystyrene into a liquid form that can be used to make fresh polystyrene products." The full article can be found here. More information about the AmSty Joint Venture with Agilyx can be found here.
The Woodlands, Texas – June 20, 2018 – Agilyx has opened a first-of-kind polystyrene chemical recycling facility in Tigard, Oregon, that will convert used polystyrene products back into their original liquid form. Fresh polystyrene products can then be made without degrading quality or value. This form of circular recycling is known as the PolyUsable™ Process.
The Woodlands, Texas – May 31, 2018 – AmSty Senior Technical Service & Development Engineer Gary Welsh was featured on the Plastics Industry Alliance educational website ThisIsPlastics.com. In the feature piece, titled "The Future of Polystyrene is Changing" Welsh discusses the "sustainable and positive impact" of polystyrene and other plastics.
The full article can be found here:
The Woodlands, Texas – November 27, 2017 – In an article published recently in Science Magazine, authors Jeannette Garcia and Megan Roberson, show the present and future promise of chemical recycling, "...end-of-life treatment options for plastic solid waste are in practice quite limited...Recent research points the way toward chemical recycling methods with lower energy requirements, compatibilization of mixed plastic wastes to avoid the need for sorting, and expanding recycling technologies to traditionally nonrecyclable polymers." The full article can be found here: http://science.sciencemag.org/content/358/6365/870