How much funding can be received?

There is no informations about how much funding can be received.

What is the deadline to apply?

The deadline to apply is not specified.

Who are the financial supporters of the NRC — High-discharge Flume - Research Facility?

NRC — High-discharge Flume - Research Facility is funded by National Research Council Canada (NRC), Government of Canada

What are NRC — High-discharge Flume - Research Facility's eligibility criterias?

The company must engage in research related to open channel flows and coastal or offshore structures. The project must aim to assess or optimize infrastructure project designs or marine operations.

NRC — High-discharge Flume - Research Facility

Last Update: July 22, 2025

Canada

High-discharge flume in Ottawa

NRC — High-discharge Flume - Research Facility at a glance

Eligible Funding

No Condition

Timeline

Open Date : November 14, 2019

Financing Type

Researchers And Facilities

Expert Advice

Eligible Industries

Construction
Manufacturing
Transportation and warehousing
Professional, scientific and technical services

Grant Providers

National Research Council Canada (NRC)
Government of Canada

Program status

Open

Overview of the NRC — High-discharge Flume - Research Facility program

Fee-for-service 10 m × 2.7 m × 1.4 m high-discharge flume to simulate a wide range of open channel flows and study problems in rivers, canals and other inland waterways.

Eligible projects & activities

This facility primarily supports research projects exploring the interaction between high discharge flows and various structures. Eligible projects include those focusing on simulating and analyzing hydrodynamic effects in marine and inland waterway environments.

Simulation of open channel flows and their effects on coastal and offshore structures.
Modeling and testing the dynamic effects of dam breaks or tsunami waves.
Assessment of infrastructure project designs for performance in extreme conditions.
Development of optimizations to improve infrastructure performance.
Research on the behaviour and performance of structures in complex hydrodynamic environments.

Examples of admissible projects:

$ 45,000

Simulation of urban flood events to enhance city planning and resilience

$ 45,000

Modeling coastal erosion processes to develop preventive measures

$ 45,000

Study of high-speed flows around wind turbine bases to increase efficiency

$ 40,000

Testing the interaction of currents with large-scale fish farm cages

$ 45,000

Analyzing the impact of ice jams in northern river systems

$ 45,000

Investigating sediment transport in large rivers under varying flow conditions

Eligibility criteria of the NRC — High-discharge Flume - Research Facility program

I'm here to help with your question. The eligibility criteria for this grant are not explicitly provided in the information provided about the NRC's high-discharge flume. To find the specific eligibility requirements, I recommend contacting the Ocean, Coastal and River Engineering Research Centre directly through their email address: NRC.ContactOCRE-ContactezGOCF.CNRC@nrc-cnrc.gc.ca. They will be able to provide you with detailed information on the eligibility criteria for the grant in English.

Who is eligible?

Any company that is involved in infrastructure projects, marine vehicles, or marine operations can apply for the grant offered by the NRC's Ocean, Coastal and River Engineering Research Centre. The NRC collaborates with industry to assess the performance of these projects in various conditions and aims to enhance performance, safety, and reduce lifecycle costs. Companies interested in leveraging the customizable testing facilities and expertise of the NRC's research staff in engineering fields related to ocean, coastal, and river environments are encouraged to apply for this grant.

Eligible expenses

There are eligible expenses for this grant that include:

Costs associated with conducting research at the NRC's high-discharge flume facility
Material and equipment costs for constructing test models within the flume
Travel and accommodation expenses for researchers visiting the facility
Costs for data analysis and reporting related to the research conducted

Eligible geographic areas

This grant appears to be accessible to a broad range of companies without specific geographical restrictions explicitly stated within the given context. There is no detailed mention of eligible geographical areas in the provided grant information.

Eligibility criteria of the NRC — High-discharge Flume - Research Facility program

There are evaluation and selection criteria for this grant. The criteria include:

Evaluation of project relevance to the NRC's goals and areas of expertise
Evaluation of technical feasibility and scientific merit of the proposed research
Evaluation of potential impact on industry practices and innovation
Evaluation of the qualifications and experience of the research team
Evaluation of the proposed budget and timeline

How to apply to the NRC — High-discharge Flume - Research Facility program

Visit the NRC's Ocean, Coastal and River Engineering Research Centre website for detailed information on the grant application process.

Review the eligibility criteria and specific requirements outlined for the grant application.

Prepare all necessary documentation, including project proposals, budgets, and any additional materials requested.

Submit your grant application by the specified deadline through the designated application portal or contact email provided.

Additional information

- The NRC's Ocean, Coastal and River Engineering Research Centre focuses on assessing the performance of infrastructure project designs, marine vehicles, and marine operations in various conditions. - The NRC collaborates with industry to develop optimizations for improving performance, enhancing safety, and reducing lifecycle costs. - The NRC offers world-class, customizable testing facilities and expertise from their research staff. - The professional staff at the NRC has extensive experience in many engineering fields, particularly in complex ocean, coastal, and river environments.