| No. |
Name |
Base Type |
Solubility |
IFT Trend With Temperature |
Temperature Stability |
| 1 |
Ammoeng 102 |
Ammonium |
Soluble in distilled water, brine I, II, III |
Decreasing |
Stable until 80°C in all brines and distillated water.
IFT is very low. |
| 2 |
Ammoeng 112 |
Ammonium |
Not soluble in brine III |
Increasing |
Stable until 90° in brine (I).However, IFT is very
high |
| 3 |
Ammoeng 120 |
Ammonium |
Soluble in distilled water, brine I |
Increasing |
Stable until 90° in distillatedwater and brine (I).
However, IFT is very high |
| 4 |
Ammoeng 130 |
Ammonium |
Not soluble in distilled water and brines |
Unable to measure because IL is not soluble |
Unable to measure because IL is not soluble |
| 5 |
IL6 |
Phosphonium |
Soluble in distilled water, brine III |
Decreasing |
Stable until 90°C in brine (III).However, IFT is
very high |
| 6 |
IL7 |
Phosphonium |
Not soluble in all brines |
Unable to measure because IL is not soluble |
Unable to measure because IL is not soluble |
| 7 |
IL25 |
Phosphonium |
Soluble in distilled water |
Increasing |
Stable until 90°C in brine (III).However, IFT is
Very high. |
| 8 |
IL34 |
Phosphonium |
Soluble in distilled water, brine III |
Increasing |
Stable until 90°C in brine (III).However, IFT is
very high |
| 9 |
IL37 |
Phosphonium |
Soluble in Brine I |
Increasing |
Stable until 80°C in brine (I).However, IFT is very high. |
