Environmental benefits

Contribute to the transition to a low emission economy

Fossil fuels from renewable sources with low carbon emissions

Feedstock diversification

Increasing the volume available for processing in biodiesel production plants from high added-value waste.

Improve the process yield

Simplified process that does not requires costly purification steps

Sustainability vs Competitiveness

Potential drop in prices of feedstock, bigger proffitability of production plants & increase of their business.

Minimise the energetic consumption of biofuels

The biodiesel yield increases up to 10%. Lower viscosity, cold-flow and properties improved.

Limit to the minimal expression the resources used in the process

To reduce at least 96% water consumption using the enzymatic process for recovery free amino acids from protein fraction.

Reduce the generation of polluting effluents

80% reduction carbon footprint on conventional diesel.
35% reduction on first generation biodiesel.

CO2 Emissions reduction

35% reduction of the global warming potential in the recovery of amino acids vs conventional alkali-thermal process.