Grants and Contributions

The objective of this project is to acquire and install new poultry processing equipment which will allow the company to increase their production and efficiency through automation.

The objective of this project is to purchase and install a Growcer system, an exterior cold storage room and purchase two produce refrigerated storage units.

meshMD plans to build a tool to automate the building digital workflows for its clients. Currently when onboarding a new client, meshMD must take a traditional paper ‘ form’ and manually code a digital workflow out of it. SMARTmesh will use the latest technology to take an existing manual form (pdf) and automatically create a digital workflow out of it. .

This project will explore a new concept into acoustic imaging of the build-up of hydrates in deep, extended subsea production and drilling flowlines. The project will study the application of acoustics to better understand what creates undesirable flow restrictions that lower performance and create operational risks. In addition, the influence on multi-spectral acoustics from density variances related to the hydrocarbon flow and internal build-up will be studied and used to capture changes along the length of the flowline.

Development of prototypes with in-house testing and in the field testing to complete product development of three siding brake accessories: a coil dispenser, a longitudinal slitter and an adjustable and portable saw table. These accessories will be manufactured and brought to market to complete the InnovaTools siding brake accessory line.

The goal of this project is the development of sales channels, distribution network and marketing strategies for Luna Nanotech’s new DNA/RNA purification solutions product line. The outcome of this project will be increased sales for Luna Nanotech. This will enable company growth and help finance new R&D activities to further expand Luna Nanotech’s line of innovative products.

Many companies aim to develop injectable products to prevent or delay the development of certain diseases. These products must be tested in pre-clinical models in order to prove their efficacy and then obtain regulatory approvals to begin clinical trials. The objective of this project is to develop a pre-clinical model for one of these indications.

The purpose of this project is to provide enhanced features and functionality into the daXai platform to enable improved user adoption and to grow sales.

The purpose of this project is to develop a hybrid mobile EV charging and EV simulator (called MEV-CE) that can facilitate testing, calibration and performance evaluation of Fast EV chargers as the primary function. The solution can also provide EV charging in emergency conditions during power outages or for on the road emergency charging.

Appraisal reports are required to be submitted to lenders on a nationally standardized form. Much of the information that is required is derived from public sources and is keyed in manually. The proposed project is to investigate the current architecture that is used to populate standardized appraisal forms. The project will involve investigating market tools that are available to support the auto-population of the form, reducing the amount of basic data entry required by the appraiser. Our project will test the selection of tools to auto-populate the form including but not limited to Selenium, Winn App driver and Renorex. We will repeat tests and evaluations until forms are populated at an accuracy rate of 80% or greater.