BASF offers neopentyl glycol and propionic acid with product carbon footprint of zero

BASF offers neopentyl glycol and propionic acid with product carbon footprint of zero

  • Cradle-to-gate product carbon footprint (PCF) of zero achieved through use of renewable raw materials via BASF’s biomass balance approach
  • Use of renewable energy and benefits of BASF’s Verbund
  • Drop-in solutions: identical product quality and properties
  • Contribution to CO2 emission reduction targets in powder coatings applications and feed, food, agricultural and fragrance industries
  • BASF achieves Carbon Neutral certification from the Carbon Trust for cradle-to-gate carbon footprint of neopentyl glycol and propionic acid

BASF for the first time offers neopentyl glycol (NPG) and propionic acid (PA) with a cradle-to-gate product carbon footprint (PCF)1 of zero2. Produced at BASF’s Ludwigshafen Verbund site, Germany, the products are available globally as “NPG ZeroPCF” and “PA ZeroPCF.” BASF achieves the zero PCF for NPG and PA by using renewable raw materials in its unique Verbund production system via its biomass balance (BMB) approach. For NPG, BASF additionally uses renewable energy for production.

NPG ZeroPCF and PA ZeroPCF are “drop-in” solutions: They are identical in quality and properties to the standard products, allowing customers to use them in their production without the need for adjustments to their existing processes. In this way, customers can simply and efficiently reduce emissions from purchased goods or services (Scope 3) and increase the share of renewable raw materials in the value chain, thus contributing to the shift to a circular economy.

Biomass balance approach with waste-based renewable raw materials

BASF manufactures NPG ZeroPCF and PA ZeroPCF in its integrated Verbund production system applying its BMB approach. For this, BASF feeds renewable raw materials into its Verbund in the very first steps of chemical production and attributes a corresponding share of the renewable raw materials to specific sales products by means of a certified mass balance method. The renewable raw material used is waste-based. BASF’s biomass balanced products are certified according to recognized standards like either REDcert2 or ISCC plus.3 In the production of NPG ZeroPCF, BASF additionally uses renewable energies via Renewable Energy Certificates.

The PCF comprises the total greenhouse gas emissions that occur until the product leaves the BASF factory gate for the customer, from the extraction of resources through manufacturing of precursors to the making of the final chemical product itself. On its journey to achieve net zero CO2 emissions by 2050, BASF is the first large chemical company to make the individual carbon footprints of all its sales products available to its customers.

NPG ZeroPCF and PA ZeroPCF certified Carbon Neutral by the Carbon Trust

BASF has achieved Carbon Neutral certification from global climate change consultancy the Carbon Trust for its NPG ZeroPCF and PA ZeroPCF. The Carbon Trust certifies products as Carbon Neutral that are either carbon neutral through temporary natural upstream carbon sinks like plants4 or through carbon credits purchased by the manufacturing company. BASF achieves the cradle-to-gate product carbon footprint of zero for NPG ZeroPCF and PA ZeroPCF without purchasing carbon credits.5 The certification will be reviewed on an annual basis.

Neopentyl glycol with broad application fields

An essential field of NPG application is powder coatings, especially for the construction and automotive industries as well as for household appliances. Besides emitting minimal to zero volatile organic compounds (VOC), the coatings process with powder coatings also reduces processing times and energy requirements. By applying NPG ZeroPCF, the carbon footprint of the powder coating resins can be reduced significantly. This can help manufacturers in the construction, automotive, white goods and furniture industries to achieve their upstream Scope 3 CO2 emission reduction targets.

Due to its high chemical and thermal stability, the versatile polyalcohol NPG has proven itself in many further applications, in particular as a building block for the production of polyester and alkyd resins for various coatings and plastics. Other areas of application for NPG include the manufacture of lubricants, plasticizers and pharmaceuticals: It is used as a building block in the synthesis of, for example, hormones, cardiovascular drugs and painkillers. With decades of expertise, BASF is today among the leading NPG producers globally.

Wide range of uses for propionic acid

For decades, BASF customers have been utilizing PA, which is fully biodegradable, as a mold inhibitor for the preservation of food and feed grains. In this application PA offers economic and ecological benefits over preservation through drying or storage in airtight silos. Other application areas of PA include the production of crop protection agents, flavors and fragrances, pharmaceuticals, solvents and thermoplastics. With decades of expertise, BASF is among the leading PA producers globally.

Source: BASF