HOUSTON, Sept. 26, 2023 /CNW/ — LyondellBasell at this time introduced the growth of its sustainable choices with the launch of its +LC (Low Carbon) options, a brand new vary of Intermediates and Derivatives (I&D) chemical substances produced below an Worldwide Sustainability and Carbon Certification (ISCC) PLUS licensed mass stability methodology. Sourced from recycled and renewable feedstocks, these +LC options are designed to assist companies in assembly their greenhouse gasoline (GHG) emissions discount objectives whereas sustaining high-quality functions important for contemporary, sustainable residing by providing a decrease carbon footprint than fossil-based alternate options.
“Sustainability is woven into the material of our enterprise technique,” famous Kimberly Foley, government vice chairman, I&D and Refining at LyondellBasell. “The +LC options mark a vital step for our clients as they more and more shift in direction of extra formidable GHG emissions discount targets and product circularity. These low-carbon options will use renewable, bio-based and recycled feedstocks that empower our clients to scale back their Scope 3 GHG emissions. We have now utilized our lengthy historical past of innovation, customer-centric strategy, and concentrate on sustainability to engineer a product vary that aligns each with our firm’s and our clients’ sustainability ambitions.”
Constructing on a 70-year legacy of innovation and high quality within the I&D sector, LyondellBasell enhances its already sturdy portfolio with the brand new +LC product vary. The merchandise embrace core I&D choices akin to styrene monomers, ethylene, and propylene oxide (PO), with functions in numerous sectors, from insulation supplies to automotive and shopper items. This announcement follows the current startup of LyondellBasell’s propylene oxide and tertiary butyl alcohol (PO/TBA) plant in Texas, additional cementing the corporate’s place as a world chief within the I&D sector with important annual manufacturing capacities. This PO/TBA unit has an annual capability of 470 thousand metric tons of PO, in addition to a million metric tons of TBA and its derivatives.
Each product throughout the +LC vary comes with an ISCC+ mass stability certificates, offering traceability all through the worth chain. The mass stability strategy permits renewable and recycled feedstock to be attributed to the ultimate product when these feedstocks are blended with standard uncooked supplies within the manufacturing course of. Furthermore, Product Carbon Footprint (PCF) information can be found for these merchandise, enabling companies to immediately evaluate the carbon footprints of +LC options with conventional fossil-based counterparts. By choosing +LC merchandise, companies can now seamlessly combine sustainability into their operations with out compromising efficiency, reflecting a balanced strategy to assembly each purposeful wants and sustainability aims.
The +LC options are presently out there in Europe and the Americas, and plans for growth into Asia are set for early 2024. Providing merchandise based mostly on renewable and recycled feedstocks as substitutes for fossil feedstocks contributes to the preservation of fossil sources and the discount of GHG emissions from feedstock manufacturing.
About LyondellBasell
We’re LyondellBasell (NYSE: LYB) – a frontrunner within the international chemical business creating options for on a regular basis sustainable residing. Via superior know-how and centered investments, we’re enabling a round and low carbon economic system. Throughout all we do, we goal to unlock worth for our clients, traders and society. As one of many world’s largest producers of polymers and a frontrunner in polyolefin applied sciences, we develop, manufacture and market high-quality and modern merchandise for functions starting from sustainable transportation and meals security to wash water and high quality healthcare. For extra data, please go to https://www.lyondellbasell.com/ or comply with @LyondellBasell on LinkedIn.
SOURCE LyondellBasell
For additional data: Nick Facchin,