Our mission at Advanced BioCatalytics is to create sustainable, planet-friendly solutions.

We utilizes waste cooking oil from local restaurants as feedstock for our fermentation processes, increasing the sustainability of consumption and resource efficiency to:

Eliminate waste and pollution

From linear to circular, we treat waste as a design flaw in our production processes and seek to ensure waste materials re-enter the ecomony at the end of their use, taking the linear take-make-waste system and making it circular.

Circulate products and materials at their highest value

By keeping products in use as the feedstock for the creation of new materials, we eliminate waste and retain the value of the original material.

Regenerate nature

We support natural processes and leave more room for nature to thrive. By moving to a regenerative production model, we begin to emulate natural systems and shift the focus from extraction to regeneration. Instead of continuously degrading nature, we build nature capital. There is no waste in nature.

Our resource efficiency reduces costs, and gives us the power to grow prosperity, jobs and resilience while cutting greenhouse gas emissions, waste and pollution.

Our next generation biochemicals are designed with a carbon capture functionality. Presently at lab-scale, our new biochemical process will utilise CO2 emissions from local emitters to create biomass, feeding our biochemical production processes.

By serving our local community better, their carbon emissions become an integral part of our production processes, converting CO2 emissions to functional products in the chemical industry.

Zero emissions. Zero wastewater discharge.

And now targeting net zero feedstock costs.

Our new carbon negative manufacturing cycle will take CO2 from local emitters to create our biochemistry in a carbon negative manufacturing cycle.

Our goal is to reduce dependency on food or plant-based feedstock and increase CO2 sequestration from the communities we operate in.

The same powerful biochemistry, now with added functionality for our planet and its people.

In order for products to successfully integrate into biological ecosystems, it is essential they have been designed with their eventual circulation in mind.

This is why our production processes are pure fermentation and no synthetic or petroleum-based chemicals or processes are used in the production cycle, creating biochemistry which naturally integrates into our ecosystem and food chains.

Our next generation biochemicals are designed with a carbon capture functionality. Presently at lab-scale, our new biochemical process will utilise CO2 emissions from local emitters to create biomass, feeding our biochemical production processes.
By serving our local community better, their carbon emissions become an integral part of our production processes, converting CO2 emissions to functional products in the chemical industry.