BASF & Satair: setting the standard for cabin air quality

A new chapter in aircraft cabin air quality innovation

BASF Environment Catalyst and Metal Solution, a global leader in catalyst technology with over five decades of aerospace experience, has partnered with Satair to offer a new generation of aircraft cabin air converter systems. Together, we are supporting operators in meeting evolving expectations for comfort, operational reliability, and system performance.

Through this collaboration, BASF’s Volatile Organic Compound/ Ozone or Ozone Converter (VOZC) is now available via Satair – offering a sophisticated solution that effectively manages organic compounds (VOCs) and ozone within the aircraft’s environmental control system.

The BASF VOZC advantage:

  • Dual-function catalyst technology: treats ozone and VOCs in a single converter

  • OEM-approved: designed in close cooperation with Airbus for the A320 family

  • Retrofit-capable: available for both line-fit and retrofit from 2025

  • Operationally efficient: supports punctuality by helping to minimise odour-related disruptions

  • Lifecycle supported: full MRO services with OEM-approved materials and testing procedures

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Introducing the BASF VOZC

BASF ECMC has recently launched its most advanced converter to date – the VOC 2.0, offering unmatched performance in ozone and VOC reduction.

This next-generation converter is designed to help airlines meet cabin air expectations while supporting operational excellence.

  • 99% ozone capture

  • Up to 91% reduction of problematic VOCs such as toluene

  • Quick and cost-effective upgrades via the BASF ECMS UpCore™ service

  • Aligned with Airbus specifications and available now for A320 family aircraft

Explore BASF VOZC product details

Discover the full story of BASF

Download our latest e-book: “50 Years Behind the Scenes in the Commercial Aviation Industry” and discover how BASF’s expertise has shaped the evolution of aircraft environmental systems - from early ozone converters to today’s advanced VOZC technology.

Access the ebook