Chevron Phillips and QatarEnergy to construct integrated polymers plant
Chevron Phillips Chemical Company and QatarEnergy are proceeding with the construction of an $8.5 billion (€8.5 billion) integrated polymers facility.
This will be built in Orange, Texas, and is expected to create more than 500 full-time jobs and approximately 4,500 construction jobs.
The companies have made a positive final investment decision on the project and created a joint venture company, Golden Triangle Polymers Company, named for the Golden Triangle region of Texas that includes the city of Orange. Chevron Phillips Chemical owns a 51% equity share in the joint venture and QatarEnergy owns 49%.
“Chevron Phillips Chemical and QatarEnergy have collaborated for over 20 years on the assets we operate together in Qatar. We have a great relationship and a proven track record of operating these facilities safely and reliably,” said Chevron Phillips Chemical president and CEO Bruce Chinn.
Saad Sherida Al-Kaabi, the Minister of State for Energy Affairs, the President and CEO of QatarEnerg, added: “We are excited to announce taking the FID on our largest petrochemical investment ever, highlighting QatarEnergy’s integrated position as a major player in the LNG and international exploration sectors, as well as being a global petrochemicals producer.
“This important project will complement QatarEnergy’s growing portfolio, both internationally as well as in the United States, and will help meet growing global demand for polymers. It builds on our long-term and successful partnership with Chevron Phillips Chemical, and we look forward to further collaborations in the future.”
Once operational, the plant will produce Marlex® polyethylene. Polyethylene is used in the production of durable goods like pipe for natural gas and water delivery and recreational products such as kayaks and coolers. It is also used in essential packaging applications to protect and preserve food, helping prevent it from going to landfills, and keep medical supplies sterile.
The plant, expected to begin operations in 2026, will include a 2,080 KTA ethane cracker and two 1,000 KTA high-density polyethylene units.
This will be built in Orange, Texas, and is expected to create more than 500 full-time jobs and approximately 4,500 construction jobs.
The companies have made a positive final investment decision on the project and created a joint venture company, Golden Triangle Polymers Company, named for the Golden Triangle region of Texas that includes the city of Orange. Chevron Phillips Chemical owns a 51% equity share in the joint venture and QatarEnergy owns 49%.
“Chevron Phillips Chemical and QatarEnergy have collaborated for over 20 years on the assets we operate together in Qatar. We have a great relationship and a proven track record of operating these facilities safely and reliably,” said Chevron Phillips Chemical president and CEO Bruce Chinn.
Saad Sherida Al-Kaabi, the Minister of State for Energy Affairs, the President and CEO of QatarEnerg, added: “We are excited to announce taking the FID on our largest petrochemical investment ever, highlighting QatarEnergy’s integrated position as a major player in the LNG and international exploration sectors, as well as being a global petrochemicals producer.
“This important project will complement QatarEnergy’s growing portfolio, both internationally as well as in the United States, and will help meet growing global demand for polymers. It builds on our long-term and successful partnership with Chevron Phillips Chemical, and we look forward to further collaborations in the future.”
Once operational, the plant will produce Marlex® polyethylene. Polyethylene is used in the production of durable goods like pipe for natural gas and water delivery and recreational products such as kayaks and coolers. It is also used in essential packaging applications to protect and preserve food, helping prevent it from going to landfills, and keep medical supplies sterile.
The plant, expected to begin operations in 2026, will include a 2,080 KTA ethane cracker and two 1,000 KTA high-density polyethylene units.
