QS Energy Inc (QSEP)

[Smile AOT Works]

This is the range AOT can operate.

As expected, these samples were heavy crudes (~API 15°) with high levels of asphaltene and paraffin. The results of the Temple University laboratory tests on these oil samples are some of the best we have seen to date both in terms of viscosity reduction and the lasting duration of the effects of AOT. Tested across a range of operating temperatures, AOT reduced viscosity of these samples by 50% or more, with viscosity reduction lasting more than 100 hours. Applying laboratory results to detailed characteristics of this customer’s pipeline at a site under consideration for AOT deployment indicates AOT has the potential to increase flow rates and capacity of this pipeline by 30% to 40%.



The key part of the most recent update that needs to be highlighted is.

Though limited, results of these in-field tests were consistent with recent laboratory tests performed both at our Tomball facility and at Temple University.

Their ability to match lab and in field results is so significant.

The new power supply would have been designed off successfully modifying the lab version, the new power supply and internal component design will match lab results very closely.

And will lead to filing of Patents very quickly which will also highlight what the unit does