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%

The decline in oil production rate is a serious problem and has long been a drag on the oil and gas industry. The decline in oil production rate of which can be caused by a decrease in permeability around the wellbore due to damage. Basically stimulation operations intended to increase the production rate and or improve fluid movement can be taken in a reservoir. Performance of well JV #43 before and after GreenZyme stimulation Stimulation of wells can be done in two ways, na

The innovative technology is based on a water soluble inert liquid enzyme concentrate with unique properties to interact in a catalytic fashion with hydrocarbons. GreenZyme® is made using oil loving microbes where the oil digesting property is neutralized, and the ability to attach to and release hydrocarbons is kept. The enzymatic function of GreenZyme® is due to the fact that the enzymes seek and release the oil, however is NOT consumed in the releasing mechanism. After the

Recuperación Mejorada de Petróleo en Yacimientos Maduros y pozos con problemas de producción en Ecuador utilizando GreenZyme Lunes 12 de Noviembre, 2018 8:30am Auditorio FIGEMPA, Universidad Central del Ecuador The objective of this report is to identify the Enzyme EOR potential of the Ecuadorian Amazon Region also known as Oriente Basin. This study first evaluates the type of EOR method applicable to the oilfields located in the Ecuadorian Amazon Region, also known as screen

GreenZyme® is a water-based, inert Biological Enzyme Fluid Technology (non reactive, non soluble in crude, non digesting) mixed with reservoir water in order to inject into the production zone. GreenZyme® will break interfacial tension IFT, change wetability and mobilize oil to increase oil well production. Simple Implementation: You will require a truck with mixing tank; 5000 PSI pump for injection via Casing or Tubing; additional truck with reservoir water to displace Green

Abstract: In this study, we investigate potential application of environment- friendly bio-surfactants (EFBS) in EOR processes. We assess the prospect of combining the EFBS with controlled salinity (CS) water injection in optimizing oil recovery using rhamnolipid and protein-enzyme as case study. Rock component analysis, bio-surfactant solubility in brine of varied concentration and composition, crude oil-brine interfacial tension (IFT) and bio-surfactants emulsification acti

GreenZyme® is completely mixable in produced water, it has been found effective in concentrations of 0.01% in academic studies, and still be productive in “releasing” crude oil from rock surfaces in the formation as it continuously diffuses in the reservoir. GreenZyme® is then an agent in combination or replacement of all secondary oil-recovery additives. As a non-chemical and non-reactant catalyst fluid, GreenZyme will continue to release crude oil from rock surfaces over ti