Bio-enzyme is capable of changing the wettability of rock surface, reduce interfacial tension to 10-1 mN/m, oil wash rate more than 72%

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

GreenZyme Adsortion Activity on Surface of Crude in water medium. By changing the adhesion behavior of crude oil that is now participating as an additional resistance to the natural permeability of each reservoir, GreenZyme increases the potential of Dynamic Force Activity (DFA) and Free Fluid Movement (FFM). GreenZyme effect of Polar Forces! Real Time Video Combination of controlled salinity brine with bio-surfactant can increase oil production at any phase of recovery proce

Enzyme Enhanced Oil Recovery (EEOR) has recently been categorized as one of the most effective EOR mechanisms. Laboratory and field studies have reported up to 16% of incremental oil recovery rates. EEOR recovers oil mainly by two main mechanisms: lowering the interfacial tension between brine and oil and altering the wettability on rock grains to a more water-wet condition. Therefore, EEOR would promote mobilization of capillary-trapped oil after regular waterflooding. Since

Oil production increased in two test wells in a mature oil reservoir in Mann Field, Myanmar by successfully applying an enzyme-enhanced oil recovery (EEOR) process, a subset of microbial-enhanced oil recovery. A concentrated, water-soluble enzyme preparation made from DNA-modified proteins released from selected microbes was specifically prepared and injected in oil zones of one well and then recycled and applied in a second well. Mann Field is a brownfield located in Salin s