BREOX^® BMBcert™

Delivering measurable CO₂ savings

Applying our BREOX^® BMBcert™ portfolio enables our customers a reduction of greenhouse gas emissions by up to 80%.

BREOX^® BMBcert^™ series is a product family based on biomass balance approach and the first Polyalkylene glycol lubricant basestocks where 100% of the fossil based raw materials have been replaced by renewable resources.

Contribution of BREOX^® BMBcert^™ is further enhanced by using 100% green electricity in production.

The BREOX^® BMBcert^™ series thus contribute to sustainable development by saving fossil resources and reducing greenhouse gas emissions. This unique solution enables customers to differentiate their products from competition and helps towards achieving their sustainability goals. All of that without compromising on performance and quality. By purchasing our BREOX^® BMBcert^™ portfolio, customers have a direct impact to reducing the greenhouse gas emissions by up to 80%.

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Customer benefits

Using 100% renewable feedstocks (mass balance approach)
Using ~100% green electricity in production
Reduced CO₂ footprint by up to ~80%
Sustainably sourced raw materials
High quality with no compromise on performance
Certified by TÜV Nord according to REDcert²
NSF HX-1 incidental food contact approved
LUSC listed

BREOX^® BMBcert^™CO₂ savings for a sustainable future

Reduction of product carbon footprint
kg CO₂ equivalents/kg product

We are heading towards
a sustainable future

In the 21^st century, sustainability has become a worldwide megatrend

Modern life is great. But it is also taking a heavy toll on our planet.
If we want to keep nature intact,we need to be more efficient with our resources.
That is why the concept of sustainability has become a megatrend –
in politics as well as in business sectors as diverse as the chemical industry.

Driven by the need to reduce greenhouse gas emissions and dependence on fossil resources,
BASF offers the opportunity to introduce renewable feedstocks in existing production pathways via
biomass balance approach and help achieving ambitious CO₂ targets.