United Statesbadgerlicensing.com
Badger Licensing LLC is a petrochemical process-technology licensor focused on the benzene-derivatives and styrenics value chains. The company licenses process designs and know-how for cumene and ethylbenzene/styrene monomer production, and provides related catalysts and technical services to support grassroots units, revamps, and debottlenecking projects worldwide.
Formed as a joint venture of ExxonMobil Chemical Company and Technip Energies, Badger Licensing supplies basic engineering packages, operator training, and start-up and optimization assistance over the life of licensed plants. Its technologies are used by producers of phenol/acetone (via cumene) and styrene monomer.
chemXplore tracks 2 projects involving Badger Licensing.
Badger Licensing's role on them: Technology licensor.
Q2 results: revenue PLN 76.5bn, LIFO EBITDA PLN 13.9bn, net profit PLN 7.7bn; record foreign retail profits and H1 capital expenditure PLN 14.7bn.
Synthos sells its stake in a butadiene unit to address Olefins III delays, ensuring continued collaboration with ORLEN through additional agreements. Transaction value: PLN 692 million.
New catalyst achieves 0.76 S/O ratio, boosting energy efficiency and sustainability in styrene production, suitable for existing, revamped, and new plants.
Says ethylene project scope remains in backlog; Algerian refinery project fully relaunched and a JV partner replaced; statement aims to clarify recent media reports.
The new IPA unit will use acetone by-product from phenol production, enhancing Poland's petrochemical capabilities and economic security, with potential to add PLN 1.5bn to annual operating profit.
The new phenol complex will produce 200,000 metric tons annually, enhancing market position in petrochemicals. Honeywell provides technology, engineering, equipment, catalysts, and technical services.
A contract with Fluor for technical consultancy and PMC+ services will optimize the olefin plant expansion, enhancing project management and boosting PKN ORLEN's petrochemical capacity by 30%.
The UOP MaxEne process boosts ethylene and aromatics production, enhancing naphtha molecule management and profitability for petrochemical operations in Poland.
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