Grants and Contributions

There is a strong current trend in the market towards colorful retro styled appliances. There are currently very limited consumer offerings of a high quality/high performance low cost large size retro style refrigerator with a bottom mount freezer.

Developing technology and best practices for large scale (5 g - 100 grams) manufacturing of stable isotope labeled compounds of pharmaceutical relevance (deuterium, carbon-13, or nitrogen-15). Utilization of palladium catalyzed carbon carbon bond formation when relevant.

The project is an initiative to automate all administrative aspects in the deployment and management of our sensor network. The project extends from administration of general system components to administration of machine learning profiles.

Dyeing of high performance technical fibres for the textile industry in a variety of shades, using a package dyeing system to lower manufacturing costs and expand product range.

With hospitality industry entering initial stages of post-pandemic recovery, the demand for solutions that improve service delivery through automation is resulting in hotel ownership groups seeking to allocate budgets in 2022 towards initiatives that help their operations, resulting in Micrometrics looking to create a direct sales team focused specifically on hospitality market segment.

The objective of the project is to develop and validate an electric actuator, based on current design platforms, to operate as a 24V system in commercial electric vehicles.

Over the course of this project, the firm seeks to create a new technology application or adopt and update an existing technology that would allow its prospects to easily generate custom-curated gifting options with a few simple clicks. The scope of this project would include conducting deeper market research and leveraging relevant advisory services to get an understanding of how to achieve an MVP of the platform by the end of 2022.

The objectives of this project are to expand upon the capabilities and features that were developed in Phase 1 of the NGE development process NGE Project #962053. Leveraging this newly built foundation, GRO will continue to add functions and features with clear business rules with a set of user interfaces that can be consumed on multiple platforms (Desktop Browser, iOS and Android Apps). By focusing on reusable UI and business rule processing components, we will significantly reduce the further development effort required to enable application support across the platform.

This project will determine the safety, metabolism and clearance of the novel coating, in particular the polymer component, of the firm's extended-release technology platform through in vivo studies to identify the mode and rate of elimination of the coating from the body after administration.

The project involves installation and testing of up to two sets of medium voltage (4 kV to 35 kV) optical voltage sensors at a US utility, to monitor renewables-rich feeders (wind and solar in particular) for harmonics, power quality, and dynamic power flow challenges.