Academic Technology Ventures Sponsors Research Projects At University Labs
Please review the sponsored research projects as of January 2016
Early tests at the University of Notre Dame showed this technology could reduce drag by 20%.
- Wind tunnel testing to prove drag resistance reduction.
- Ideal placement of Plasma Stream devices for control of the spatial electric ﬁeld for optimum air flow.
- Several interested trucking companies are prepared to road test the technology.
Tests at the University of California Davis found a way to increase muscle mass by up to 80% without adding extra fat.
- Conducting assay testing.
- Classifying compounds and choosing those cleared as food safe.
- Conducting rat testing to evaluate the absorption and half-life of the compounds and the degree it increases muscle mass.
Advanced Nano Adhesives tests found it decreased the density of the wood panels by 9.60%, leading to an industry savings of $370 million each year.
The University of Tennessee is now testing:
- Which method of mixing Nano-additives to pMDI is most effective for viscosity and stability of resin
- The Nano additives loading rate
- Hot pressing parameters on OSB samples
Huber Engineered Woods and Sonae Industries are potential partners to test the technology on their OSB and particle board.
Predictive Aviation early testing showed it reduced maintenance costs and cut controllable maintenance delays by up to 42%.
- Expands the database and builds on events for even greater accuracy
- Creates different user interfaces for greater ease of use and flexibility (4 month project)
- Will then partner with select commercial airline company for in flight testing
Biologic Insecticide is sponsoring research at Drexel University to test the company’s natural insecticide ingredient on various insect species.
The technology was previously tested on spotted wing drosophila, mosquitos, pea aphids, fruit flies, fire ants, and several other ant species.
On-going research includes testing on pavement ants, mound ants, carpenter ants, termites, cockroaches and grain beetles. Testing is also being conducted to analyze the effects of BLI’s technology on insect larvae as well as adult fertility.
Thermo-Flex Technologies, Inc. is currently sponsoring research at both the Georgia Institute of Technology as well as North Carolina State University in collaboration with a global industry partner.
Thermo-Flex Technologies Inc., lab testing has shown that there is a myriad of areas where low-temperature heat waste can be collected and converted to electricity.
- While this patented technology was originally conceived to collect waste heat for electric usage, the potential exists to utilize a Peltier cooling method.
- Thermo-Flex’s patented device schemes are economical with current textile and printing manufacturing.