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The invention relates to energy storage for industrial applications.

The invention reduces the viscosity of HFO in marine ships to reduce or eliminate energy costs and hardware associated with heating HFO for processing, handling and storage.

Information Notice
CAN-D: Controller Area Network Decoder (UT-B ID 202004299) and Universally Applicable Signal-Based Controller Area Network (CAN) Intrusion Detection System (UT-B ID 202004640)

This invention would allow a means of expanding simulations to include steering input and algorithm development for accident avoidance, smart merge, and other such algorithms relating to the operability and control of an autonomous vehicles.

This invention would allow a means for testing modern vehicles without incurring control system fault codes and dysfunctional operation.

The invention relates to energy reduction and specifically to technologies for reducing fuel usage in heavy trucks.

Alcohols, especially biomass derived alcohols (e.g., ethanol, butanol), are important building blocks for transportation fuels and valuable chemicals production.

The production of p-xylene from biomass derived alcohols via zeolite catalysts is always accompanied by the production of xylene isomers (m-xylene and o-xylene).

This invention confirms the potential of developing Pd-based diesel oxidation and three-way catalysts with enhanced durability and low-temperature activity using modified oxide supports.

The invention relates to vehicle efficiency improvements and more specifically to an innovative efficiency-based powertrain control strategy which enables real-time optimization of powertrain efficiency while fully considering real vehicle drivability, feasible component opera