Thermal activation releases a mechanical spring to deploy the liner hanger, eliminating hydraulic leak paths in wellbore production.
Complex potential theory calculates streamlines to model non-axisymmetric acid flow, reducing required acid volume while maintaining production rates.
Dielectric heating replaces mechanical steam injection, resolving high water consumption while fracturing oil sands.
Composite armor protects conductors from paraffin blockages caused by temperature drops in flooded annular spaces.
Microwaves excite H2O and sulfur hexafluoride to reduce heavy oil viscosity, eliminating excessive water usage required by steam injection.