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Surfactant Non Ionic fracturing RXSOL112
Surfactant RX 112 (Non Ionic fracturing surfactant) is a non-ionic, non-flammable surfactant for use in acidizing and fracturing treatments. It is designed to improve recovery of the injected stimulation fluids and enhance ultimate recovery of hydrocarbons.
Surfactant RX 112 (Non Ionic fracturing surfactant) is a non-ionic, non-flammable surfactant for use in acidizing and fracturing treatments. It is designed to improve recovery of the injected stimulation fluids and enhance ultimate recovery of hydrocarbons.
Surfactant RX 112 (Non Ionic fracturing surfactant) is compatible with all known fracturing fluid additives and has been successfully used for the past few years. Surfactant RX 112 (Non Ionic fracturing surfactant) is also pumped with acid spearheads to lower the breakdown pressures and minimize the possibilities of forming acid/oil emulsions where a separate non-emulsifier is not used.
Compatibility:
Surfactant RX 112 (Non - Ionic fracturing surfactant) is compatible with most acidizing and fracturing treatment additives and friction reducers. However, a compatibility test is advised before use.
Typical Dosage:
Typically used at 1 to 2 GPT with stimulation fluids
Temperature Limitations:
Can be used across a wide temperature range, no lower temperature limitation on performance. Has been effectively used up to BHT of 350 F.
Surfactant RX 112 (Non Ionic fracturing surfactant) effectively lowers interfacial tension between stimulation fluids and hydrocarbons. It lowers the capillary pressure and allows for greater penetration in to the formation face, therefore promoting the recovery of stimulation fluids, connate fluids and hydrocarbons.
| Physical state | : | Liquid |
| Appearance | : | Aqueous Solution |
| Odor | : | Alcohol |
| Color | : | Clear Yellow |
| Odor threshold | : | Not applicable |
| pH | : | 9-11 |
| Freezing point | : | 5 °C / 41 °F |
| Boiling point | : | ~ 100 °C / 212 °F |
| Flash Point | : | > 93.3 °C / > 199.4 °F |
| Specific gravity | : | 0.99 - 1.05 g/cm3 |