Available Technologies

The proposed technology is based on a novel organic Rankine cycle (ORC) to produce power at small scale (<10 kW) with an unprecedented reduction in cost ($0.8/W) and improved efficiency (>40%).

This invention aids in processing a material that cannot be made any other way because of limited dissolution meaning that liquid phase sintering does not work to achieve the same material.

This invention aids in processing a material that cannot be made any other way because of limited dissolution meaning that liquid phase sintering does not work to achieve the same material.

The Vacuum Safety Relief Valve (VSRV or "Flapper Valve") provides several key safety features not available commercially. First it works to ensure a vacuum vessel is only pumped or re-pumped when ready i.e. manual action.

This generalized framework leverages recent technological advances in artificial intelligence, large scale distributed computing, a large repository of both overhead and ground based imagery databases to propose a GIScience based object detection and counting platform.

The disclosed invention presents a strategy to purify the conductive polymer particles with high purity compared to the existing purification strategies.

This invention aids in processing a material that has not been made before and has the potential to enhance the realm of reaction-bonded B4C- and SiC-based ceramics by mitigating ternary phases, fully infiltrating into the preform, and retaining its structure entirely from pre

The development of lithium-ion batteries (LIBs) is critical for advancing portable electronics, electric vehicles, and renewable energy storage solutions.

The removal of hexavalent chromium from water is of great importance. Cr(VI) is one of the major water pollutants and is known to cause severe damage to living organisms due to its carcinogenic and mutagenic properties and strong oxidizing power.

Additively Manufactured boron carbide-aluminum (B4C-Al) / Isotopically Enriched Boron Carbide (10B)-aluminum Metal Matrix Composites have significant advantages over traditionally manufactured B4C (or 10B)-aluminum components.