Teams
Ecoatex
from University of Georgia .Ecoatex transforms agricultural and marine byproducts—such as nutshells, crop residues, and seaweed—into advanced cellulose materials using a patent-pending green-chemistry process.
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Fibarcode
Fibarcode is a fiber-based, embedded textile labeling technology that enables durable authentication, traceability, and end-of-use data management across the entire product life cycle—while minimizing…
Clarus Labs
Clarus Labs builds a portable kinetic-fluorogenic platform that delivers on-site, lab-grade oxidation (rancidity) testing for meat and pet food in under 10 minutes.
This enables…
Coulomb Technology
Coulomb Technology is pioneering next-generation sodium-ion batteries that are fire-safe, durable, and environmentally sustainable.
By moving beyond lithium, we reduce…
Soteria Formulations Inc.
Soteria Formulations develops biodegradable, microplastic-free delivery platforms that extend shelf life and field performance of lower inputs of diverse agrobiologicals and agrochemicals.
TNT Eco Materials
TNT Eco Materials has developed Fiber Grow™, a patented calcium-carbonate mineralization process that transforms renewable hemp, seaweed, and polymer fibers into high-performance, sustainable materials.
Fiber Grow™…
VibraPower LLC
VibraPower powers the next generation of intelligent factories by harvesting machine vibrations to fuel AI-enabled sensors—creating self-sustaining, battery-free networks that drive autonomous maintenance and real-time industrial…
Nhu Energy
from Florida State University.Nhu Energy provides innovative digital operating technology that transforms distributed energy resources into resilient energy storage microgrids.
These microgrids deliver year-round ROI, clean energy, and…
PolyPV
PolyPV develops lightweight, flexible organic solar modules that provide reliable power in remote and off-grid environments where traditional rigid panels are impractical.
SkyNano
from Vanderbilt University.SkyNano is commercializing a novel approach to capture, convert, and store CO2 waste emissions into high-value carbon nanomaterials that enable low-cost domestic manufacturing of a critical material currently sourced exclusively from adversarial…