GreenZyme's mechanism targets the organic film — resins, asphaltenes, and wax — that coats grain surfaces and creates oil-wet conditions.

This study investigates the application of GreenZyme, a biodegradable enzyme-based surfactant, to improve gas recovery by modifying fluid dynamics within coal seams.

Enzymatic oil recovery methods align with the growing demand for sustainable oil production. The enzymes used are biodegradable and non-toxic, reducing environmental risks. Unlike chemical surfactants or solvents, enzymes do not accumulate in the environment or cause long-term damage.

This invention relates to the improved hydrocarbon recovery using an enzyme-based green solvent in an unconventional reservoir

Since the 1990s GreenZyme has collected a historical track record of a conservative 40% increase in production in 90% of their implementations.

Enzymes modify solid-to-liquid interactions, therefore having more impact on the rock surface than the oil–water interface. The de-adhesion of crude oil from the rock is related to the catalytic effect of the enzymes.

Enzymes are biological catalysts that expedite reactions. Naturally, all proteins have surface activity potential.