The following numbers showcase direct emissions from the sectors Protiomix is targetting
Therefore, 1,567 Mn tonnes of emissions are being targetted by the Protiomix process.
Most companies target direct emissions such as carbon sequestration, carbon utilisation, and carbon upcycling. They often forget indirect emissions such as logistics, opportunistic avoidance, use of replacements, and importation substitution.
Indirect reductions actually help us reduce our cost too. We provide a far more sustainable solution than our competitors but in an economical manner.
Protiomix is a novel industrial biotechnology start up utilising waste streams generated by food and beverage sectors (focusing on breweries, greenhouses, vertical and dairy farms) and converting it into an environmentally sustainable high protein, carbon-negative feed and pet food.
Integrating the latest advances in biotechnology and chemical/biological engineering, following the cascading circular economy approach to maximise resource value whilst sequestering carbon dioxide.
Designed to have optimal amino acid profiles with high levels of vitamins as well as omega-3 fatty acids, prebiotics, micronutrients and phytonutrients.
Protiomix has access to state-of-the-art industrial biotechnology; production and downstream separation ensuring in combination with the Protiomix process a near 85% reduction in operation and capital expenditure.
This ensures our 24/7 industrial biotech process solves the twin emissions problem of feed and pet food, simultaneously delivering high-quality products while remediating the water and sequestering CO2
Our exclusive partnership with photo bioreactor specialists has significantly reduced the typically enormous CAPEX costs associated with large scale production. These savings are possible due to the implementation of novel mass transfer systems and downstream production and product extraction technologies which also decrease our OPEX costs. These innovative process solutions have shown synergistic compatibility with our consortia based systems, wherein preliminary studies have showcased nearly 5-fold production improvement