Technip Energies awarded ethylene cracker contract by CPChem and QatarEnergy
Petrochemical

Technip Energies awarded ethylene cracker contract by CPChem and QatarEnergy

The cracker is designed using modern emissions reduction technology and processes that result in lower greenhouse gas emissions than similar facilities in the United States and Europe

  • By ICN Bureau | December 22, 2022
Technip Energies has been awarded a contract for the supply of proprietary cracking furnaces for the 2,000 kta ethane cracker for the Golden Triangle Polymers project, a joint venture between Chevron Phillips Chemical (CPChem) and QatarEnergy, along the Gulf Coast in Orange, Texas.
 
This latest award is in line with our early engagement strategy with CPChem and QatarEnergy, which resulted in the selection of our proprietary ethylene technology and includes the successful completion of the ethylene license and Process Design Package (PDP).
 
The modularized cracking furnaces will feature seven of the largest capacity furnaces that Technip Energies has ever designed. The cracker is designed using modern emissions reduction technology and processes that result in lower greenhouse gas emissions than similar facilities in the United States and Europe.
 
Bhaskar Patel, SVP Sustainable Fuels, Chemicals and Circularity of Technip Energies, commented: “We are very pleased that CPChem and QatarEnergy selected our cracker technology and design for this mega-cracker project. Utilizing our extensive experience with ethylene cracker design and our latest advancements to reduce emissions will contribute to their efforts to help enable a lower carbon future. We thank CPChem for its continued confidence in T.EN’s cracking technology, having previously incorporated the technology at other facilities.”

Register Now to Attend Gujarat Chem & Petchem Conference 2025 on May 8-9th 2025, at Hyatt Place, Bharuch

Register Now to Attend NextGen Chemicals & Petrochemicals Summit 2025 on June 18-19th 2025, The Leela Mumbai

Other Related stories

Startups

Chemical

Energy

Digitization