A pair of companies recently announced plans to build commercial-scale pyrolysis facilities, with one set for Texas and the other in Virginia. The plants will convert scrap plastics into chemical products.
Mixed plastics to BTX
A plant being built in Texas will use a catalytic pyrolysis process to convert scrap plastics into benzene, toluene and xylenes (BTX), chemicals typically derived from naphtha in a petroleum refinery.
The Woodlands, Texas company Encina has plans to use Encina’s technology to crack hydrocarbons to create pyrolysis gasoline (pygas). The pygas contains the BTX aromatic hydrocarbons, which will be extracted and sold to Encina’s customers.
The facility will take in a variety of plastic streams, including post-consumer plastics and mixed plastics.
The firm Worley will provide engineering, procurement and construction services for Encina, according to a press release.
Facility coming to Virginia
Pyrolysis company Braven Environmental will invest $31.7 million into building a plastics-to-fuel facility in Virginia, according to a press release from the governor’s office.
The facility, which is slated to be installed in an existing building in Cumberland County, will break down scrap plastics into fuel or chemical products used to make new plastics.
“Braven’s decision to develop its next site in Virginia as part of its planned U.S. expansions was driven by the state’s pro-business and innovation economy, and the fact that Virginia sees an enormous amount of waste that is either transported long distance for processing or ends up in local landfills,” Nick Canosa, president and CEO of Braven Environmental, stated in the press release.
Plastics News reported more details on the company and its technology.
To receive the latest news and analysis about plastics recycling technologies, sign up now for our free monthly Plastics Recycling Update: Technology Edition e-newsletter.
More stories about technology
- Exec: Eastman prepared for recycling unit start-up
- Chemical recycling startup receives financial support
- Polyolefins producer details its catalytic pyrolysis process