Biological enzymes have the potential to improve this recovery factor up to 25%. Moreover, the effect of enzymes is everlasting

A microfluidics study of enzyme-enhanced oil recovery (EEOR), showing how lowering interfacial tension and altering rock wettability mobilizes capillary-trapped oil, with lab and field studies reporting up to 16% incremental recovery.

El objetivo de este informe es identificar el potencial del método EOR con enzimas en la región amazónica ecuatoriana, conocida también como la Cuenca Oriente, seguido más tarde por un estudio experimental de SAGD sobre el crudo pesado de Ecuador en el campo Pungarayacu.

The objective of this report is to identify the Enzyme EOR potential of the Ecuadorian Amazon Region, also known as the Oriente Basin, later followed by an experimental SAGD study on Ecuador's heavy oil at Pungarayacu.

A technical study on combining environment-friendly bio-surfactants with controlled-salinity water injection, using rock analysis and interfacial tension testing to optimize oil recovery.

A University of Crete study found GreenZyme significantly enhanced remediation of water-saturated porous media contaminated with JP-5 jet fuel, outperforming the surfactant SDS in lab tests.

An overview of the enzyme mechanism behind GreenZyme®: a water-soluble concentrate that attaches to and releases hydrocarbons from rock surfaces without being consumed in the process.