These are just a few of the thousands of new technologies developed at Georgia Tech that are available for commercial use. To see others, search our database of available technologies or sign up to be alerted when new technologies become available.
For Use In:
- Removing CO2 from natural gas (CO2/CH4 separation) and from power plant flue gas streams (CO2/N2 separation)
- Separating/splitting hydrocarbon mixtures in natural gas plants and petroleum refineries
- Producing purified hydrogen (H2) from gas and hydrocarbon mixtures
For Use In:
- Miniature aerial robots
- Small-size ground robots
- Lightweight outdoor robots
- Remote-controlled toys
For Use In:
This technology is poised to take advantage of the emergence of 5G networks and their associated high-allowed effective isotropic radiated power (EIRP), making many new services possible, such as:
- 5G-powered battery-less nodes for IoT applications
- Km-range passive mm-wave RFIDs
For Use In:
This novel approach has the potential to treat:
- Brain diseases, injury, and infection
- Cognitive loss and the effects of normal brain aging
- Depression and anxiety disorders
- Other disorders that involve inflammatory signaling, the brain’s immune response, and neural activity
- Alzheimer’s and neurodegenerative diseases
For Use In:
- Health care diagnostics and therapeutics
- Life sciences research
- Cell manufacturing
- Biotechnology
- Environmental monitoring
- Particle characterization
For Use In:
- Ambient noise monitoring
- Noise pollution (e.g., airports, construction sites, concert venues, mining)
- Workplace safety (e.g., noises exceeding safe sound thresholds for humans)
- Environmental monitoring (e.g., landslides, avalanches, polar ice movement)
- Military situation awareness (e.g., monitoring movement of tanks, troops, exploding ordnance)
- Smart home... Click to view more applications
For Use In:
These materials have the potential to open an avenue to design composites that fulfill both structural and multi-physics and multi-scale performance demands in such a way that they can be made flightworthy, seaworthy, and suitable for high-temperature applications.
- Structural support
- Reflector-based antenna systems
- Cassegrain antenna systems
- Electromagnetic response... Click to view more applications
For Use In:
- Domestic wastewater treatment
- Environmental agriculture
For Use In:
- Harvesting lithium from seawater
- Industrial-scale electrochemical mining systems
