Simply and uniquely: oil flow being charged with an electric field reduces particle friction and with it the perennial challenge of viscosity.

AOT blends Directional Alignment with Nanostructural Transformation, a significant result achieved through experimentation within a material revolution based both in laboratory and fieldwork over the years

Thanks to  AOT  resulting from Dr Tao ‘s work in the subject area of Electrorheology, our industry has a promising solution to oil viscosity and the complexity of sustained and efficient oil transportation.

AOT  helps  oil  flow  more  easily,  regardless  of  its  type  or  API  scale  value.  This  makes  it  a  practical  choice  for  improving  the  reliability  and  efficiency  of  energy  transport.

AOT enhances pipeline capacity by decreasing viscosity and potentially reducing turbulence thus lowering pipeline pressure and power consumption.

Success lies in its ability to optimize crude oil transportation, improving both efficiency and environmental impact, delivering a strategic benefit not needed when the pipelines were commissioned.

Modular. Scalable. Versatile.

Out of Temple University laboratories comes a technology offering our industry a new framework of change and progress.

Effective in the laboratory across a wide range of crude oils and petroleum products, it is henceforward the world’s pipelines that can exploit minimal particle to particle interactions to reduce viscosity, turbulence and costs that will bring correspondingly increased pipeline capacity and environmental value.