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Suriname's Tambaredjo Field: A Different Kind of GreenZyme Result
GreenZyme®'s clearest measurable result wasn't a bigger oil rate — it was a lasting drop in water-in-oil emulsion. Crude oil polishing begins in the reservoir.
Oct 31, 2020


Benefits of Oil Well Treatment with GreenZyme® Fluid Technology
GreenZyme oil well treatments have shown a conservative 40% increase in production with a success rate of 95%.
Dec 9, 2019


Salts and Salinity Interactions with GreenZyme to Improve Recovery
GreenZyme® interacts naturally with formation salts, using reservoir salinity to strengthen its polarity‑changing effect on the oil–rock interface. Instead of losing efficiency in high‑TDS environments, the enzyme creates synergistic behavior that improves oil detachment, mobility, and overall recovery in high‑salinity reservoirs.
Jun 19, 2019


Houston, USA: GreenZyme Dynamic Force Potential
Video-documented lab work shows how GreenZyme's polar-force effect changes crude oil's adhesion behavior, freeing trapped oil from the rock surface and increasing fluid movement in the reservoir.
May 5, 2019


Denmark (DTU): Enzyme EOR Research on GreenZyme, 2012–2016
GreenZyme's academic record at the Technical University of Denmark, from the first wettability test in 2012 through the 2016 PhD thesis that examined it, with a real lesson about chalk and tight formations along the way.
Aug 30, 2016


Enzyme Enhanced Oil Recovery (EEOR): The Technology Principle
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.
Jul 1, 2011


Myanmar's Mann Field: Production Increase in Two Test Wells
A field case from Mann Field, Myanmar, where an enzyme-enhanced oil recovery (EEOR) treatment applied to two wells in a mature reservoir delivered a documented production increase.
Jul 1, 2011


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