Summary of benefits for ParagoneM - the green solution
Robust liquid formulation. 19 species covering short to long chain hydrocarbons
Only biochemical in which nutrient is provided independently for explosive population
growth and viability
Contains proprietary biodegradable surfactant to increase the surface area on which the microbes can work
Four species of lactose fermenters break down microbial waste, which reduces biomass
Treats paraffin, asphaltenes and emulsions and inhibits corrosion and scale below and above ground
Metabolizes sludge in flow lines, oil/water separators and tanks
Environmentally friendly-no hazardous chemical storage
Requires no special equipment or wellhead alterations
Proven money-saving solution for problem wells
How ParagoneM Metabolizes Paraffin
Administered downhole, ParagoneM disperses into the formation through the natural turbulence caused by pump action. Because it's a microbial agent, it multiplies, feeding on crystallized paraffin molecules. It's been used in wells all over the world with great success.
Above Ground Benefits
ParagoneM also metabolizes paraffin throughout the pumping system, including flow lines, heater treater and storage tanks. It even inhibits the reformation of paraffin deposits.
Emulsion Reduction
Because ParagoneM microbes are primarily concentrated in the oil/water interface, they help break emulsions from production systems early in the process and reduce reverse (water in oil) emulsions.
Increased A.P.I. Gravity of the Oil
By eliminating waxy, long-chain hydrocarbons, ParagoneM reduces the viscosity of the oil, which increases its A.P.I. gravity.
Scale and Corrosion Inhibitor
Administered regularly, ParagoneM's active cultures secrete and deposit a polysaccharide film that coats the surface of tubing, rods, pumps and other well components, which significantly reduces corrosion. As a side-effect of the geochemical alterations ParagoneM causes in formation water, the chemicals that contribute to scale are also reduced.
Product Sweetening
ParagoneM microbes use a sulfur ion as a natural part of their metabolic process, which makes it effective in the reduction of H 2 S. In some cases, sulfur can be reduced sufficiently
to garner sweet crude prices from sour wells |