INEOS Introduces Bio-Attributed Ethylene Oxide, Replacing Fossil Feedstock with Biomass
- The Bio-attributed Ethylene Oxide achieves 100% fossil feedstock substitution on a mass balance basis.
- RSB and ISCC+ certify the product's over 100% reduction in Greenhouse Gas emissions.
- EO is a key component in producing detergents, thickeners, solvents, and plastics.
- Mass balance mixes renewable and recycled materials with traditional feedstock for lower-carbon products.
Introduction
INEOS OXIDE has introduced a new Bio-Attributed Ethylene Oxide (EO) derived from certified bio-based sources that do not compete with food production. This innovation marks a significant step in sustainable chemical production.
Environmental Impact
The Bio-attributed EO achieves a 100% substitution of fossil feedstock on a mass balance basis, as certified by RSB and ISCC+. It offers a Greenhouse Gas saving of over 100% compared to conventionally produced EO, allowing customers to significantly reduce their carbon footprint.
Applications and Production
EO is a crucial building block for various derivative products, including detergents, thickeners, solvents, and plastics. INEOS Oxide uses EO internally to produce intermediates such as glycols, ethanolamines, glycol ethers, and ethoxylates.
Mass Balance Approach
Mass balance is a vital tool for reducing reliance on fossil fuel materials across industries. It involves mixing renewable and recycled materials with traditional feedstock to create lower-carbon products, contributing to a circular economy.
Development and Certification
The development of Bio-Attributed EO is the result of three years of work aimed at creating a low-carbon ethylene oxide product. Both RSB and ISCC+ have certified the product's renewable status and its significant reduction in Greenhouse Gas emissions.
Source: INEOS