Grants and Contributions

WellFish Tech is a company which focuses on the assessment of fish health and welfare via non destructive sampling of fish. Based on a comprehensive data bank we aim to develop models for Canadian aquaculture which can lead to the application of AI in the industry to improve fish health and welfare.

This addition to the single house treatment system will give the firm the funds to redesign the original pilot project design with knowledge gained through the manufacturing, installation and operation of the pilot project , to create a design that is more cost effective, ease of installation, operation and which can be shipped to market easier and more cost effective.

This market research initiative explores opportunities for advanced alloy development by analyzing industry trends, material demands, and competitive landscapes. Through targeted research and feasibility assessments, the project will highlight promising areas for innovation, guiding future R&D efforts and ensuring alignment with market needs.

The firm believes that robotic automation in this area could reduce bottlenecks in production flow, retain staff in that area by reducing a lot of labor and allowing them to both operate the robot as well as use their skills, and generally increase revenues by improving throughput.

Treefrog is adopting AI to deliver enhanced digital strategy optimization services to users.

The Project will support development of intellectual property capacity within the Firm.

This project will focus on eliminating the lag between the virtual hoist cable and visible physical hoist cable so that the lag does not reduce the immersive quality of the simulation.

This project is to determine the opportunities, challenges and finally the feasibility of creating a new product that would bring Duinkerken into a new market segment.

Robert Allan Ltd. intends to develop a new Class-approved improvement for methanol fueled tugs. The optimization is in an improved method of venting vapour that accumulates above the methanol tanks.

Hyfold wants to develop a numerical model and simulator to optimize both the form factor and liquid media of the plasma reactor to improve key performance requirements for both signal amplitude and broadband frequency. Collaborations with academia and industry and numerous field testing projects have identified the need to both broaden the output frequency spectrum and increase the signal amplitude generated by the plasma pulse tool. R&D, prototyping and testing has demonstrated that these sought after optimizations are highly influenced by both the reactor form factor and fluid media in the reactor.