Chemical Industry News, Data & Insights

BASF Launches Biomass Balance Polyether Polyols for Multiple Industries

Key highlights
  • BASF begins commercial production of biomass balance polyether polyols in Geismar, Louisiana.
  • The polyols are ISCC PLUS certified, ensuring traceability of sustainable biomass inputs.
  • BASF's biomass balance approach replaces fossil feedstocks with renewable materials.
  • The polyols maintain identical quality and performance as conventional counterparts.

Introduction

BASF has commenced the first commercial production of its biomass balance (BMB) polyether polyols in North America at its Geismar, Louisiana site. This development expands BASF's sustainable polyurethane raw materials portfolio.

Certification and Process

The BMB polyether polyols are certified under the ISCC PLUS certification, ensuring full traceability and verification of sustainable biomass inputs. BASF's biomass balance approach involves replacing a portion of fossil-based feedstocks with renewable, bio-circular materials, while maintaining product quality and performance.

Role in Polyurethane Chemistry

Polyether polyols are crucial in polyurethane chemistry, reacting with isocyanates to form polyurethane polymers. BASF's BMB polyols offer a drop-in solution, helping customers reduce the product carbon footprint of flexible foam formulations used in various industrial applications.

Customer Benefits

The BMB products retain the same specifications and processing characteristics as fossil-based counterparts, allowing manufacturers to transition without operational disruption. This enables customers in the sleep products, automotive, and CASE industries to adopt these solutions seamlessly.

Sustainability Roadmap

BASF's Monomers division is advancing its sustainability roadmap by developing low-PCF and circular product options across major product lines. The launch of ISCC PLUS-certified BMB polyether polyols complements the division's existing BMB isocyanate offerings, reinforcing BASF's commitment to sustainable polyurethane systems.