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JUNE 9-11, 2025 | AUSTIN, TX |
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JUNE 9-11, 2025 | AUSTIN, TX |
* Denotes Innovation Award Winner
Electrochemical Reactive Capture from Exhaust Flue Gas Streams
Our technology captures carbon dioxide (CO₂) from industrial exhaust and electrochemically converts it into useful chemicals in a single step. Using low-cost, earth-abundant catalyst material, it efficiently transforms CO₂, to CO, reducing overall system cost by up to 70% compared to alternatives that use expensive catalysts.Nanomaterial Enhanced Resins for Direct Lithium Extraction
Claros Technologies proposes to use patented technology, Crescoating, to incorporate inorganic nanoparticles into existing ion exchange resin for the purposes of creating a selective adsorption material for lithium ions in mining/manufacturing brines. Our aim is to leverage inorganic sorption chemistry into a deployable sorbent system.EMP proof power system
ZEPC offers a patent pending way to bring reliable zero emission possibly renewable power to installations in a way that can be emp proof and more efficient. It is ideal for data centers and military installations. uses an internal combustion novel steam power to make power with...Room temperature Na/K batteries for grid energy storage
The proposed battery is composed of raw materials with low cost and will be operated at room temperature. If developed, this type of battery will be much cheaper than the commercialized molten metal batteries with x10 times cost reduction.CarpoSite
The AI-Assisted IV Insertion Wristband automates IV placement using AI and imaging to identify the best vein and insert a catheter precisely. It improves success rates, reduces errors, and minimizes discomfort. Designed for hospitals, ambulances, and home care, it enhances efficiency and patient care while easing the workloadComputer Vision Enabled Time & Motion Analysis
Automated Time Studies Using Computer Vision uses AI and cameras to track work processes, measuring task durations and identifying inefficiencies without manual timing. This technology improves productivity, reduces errors, and enhances workplace safety by providing real-time insights, helping industries like manufacturing and healthcare optimize operations with minimal human effort.CRISPR-Cas12 and Padlock Probe Based Detection of Amplified DNA
The technology comprises a CRISPR-Cas12a system with a padlock probe to detect specific nucleic acid (e.g., DNA) target sequences in biological samples. The padlock probe enables amplification of the target sequences. The CRISPR-Cas12a, upon detecting and binding to the amplified sequences, cleaves a fluorescent report molecule, eliciting a fluorescent signal.SPONSORS & PARTNERS
SBIR/STTR AGENCY PARTNERS
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