NRC — Offshore Engineering Basin — Research Facility
At a glance
- No Condition
- Open Date : November 14, 2019
- Manufacturing
- Professional, scientific and technical services
- National Research Council Canada
- Government of Canada
Overview
Eligibility criteria
The eligibility criteria for this grant are not specified in the provided context. If you require specific information about the eligibility criteria for this grant, you may need to contact the organization offering the grant directly or refer to their official documentation.
Who is eligible
- Companies involved in marine engineering - Companies developing marine technologies - Companies working on offshore structures - Companies focused on wave energy conversion
Eligible expenses
There are eligible expenses for this grant, including:
- Testing facility usage fees
- Equipment rental costs
- Travel expenses related to the testing
- Data analysis and reporting services
Eligible projects & activities
Since you did not specify a grant program or specific project, there are no specific projects or activities mentioned in the provided context for this grant.
Evaluation & selection criteria
- Performance, efficiency, and safety of marine systems - Assessment of concepts in a controlled environment - Testing models at a large scale for quality and true-to-life results
How to apply
- Step 1: Contact the NRC Ocean, Coastal and River Engineering Research Centre
- Step 2: Discuss your research and development project or technology concept with the NRC experts
- Step 3: Explore the capabilities and testing facilities available at the offshore engineering basin
- Step 4: Collaborate with the NRC to customize testing options and develop a plan for assessment
- Step 5: Submit your application for the grant or funding opportunity
Additional information
- The facility can accommodate large ship models up to 4.5 meters in length and offshore structures up to 6 meters in diameter. - With 256-channel capability, data rates of up to 100 kHz and 16-bit resolution are supported for detailed analysis. - The indoor model ocean includes 10 sub-floor lanes of hydraulically controlled thrusters generating surface currents of 0.04 – 0.75 m/s based on water depth. - The basin's wavemakers can produce regular seas, long- and short-crested irregular seas up to 1 meter in height, and can vary wave direction to mimic real ocean conditions. - Wind generation is achieved through an array of 12 adjustable analog controller fans to simulate wind effects on marine systems. - Expertise at the NRC bridges the gap between innovation and commercialization, offering competitive testing facilities and experienced research staff to support technology development. - Working with the NRC early in research and development stages can reduce overall risks and costs while speeding up time to market.
## Summary: The grant discusses the capabilities of an advanced indoor model ocean facility known as the offshore engineering basin, which simulates extreme sea conditions for testing marine systems and technology concepts. It offers unique testing opportunities for seakeeping, manoeuvering, wave energy conversion, wave impact loads, and offshore structure operations, aiming to bridge the gap between innovation and commercialization in the marine industry. ### Detailed Grant Explanation: The offshore engineering basin represents a cutting-edge indoor model ocean facility that serves as a crucial testing ground for marine systems and technology concepts. With the ability to generate multi-directional waves up to 1 m in height, simulate currents, and model real-world marine conditions, this facility offers a controlled environment for assessing the performance, efficiency, and safety of various marine systems. Scale models of technology concepts, whether moored or self-propelled, undergo rigorous testing in this basin using onboard sensors and tracking systems to record their motions accurately. The primary focus of this facility lies in conducting tests related to seakeeping, manoeuvering, wave energy conversion, wave impact loads on ships or offshore structures, as well as operations such as tow out, set down, and offshore structure maneuvers. By replicating extreme model sea-state conditions that occur once in 10,000 years, researchers and industry partners can obtain quality and true-to-life results that inform decision-making for marine projects. The indoor model ocean is equipped with advanced features like hydraulically controlled thrusters, wavemakers, and wind generators to create a realistic testing environment. One of the unique aspects of this facility is its capability to vary water depth, allowing for the examination of shallow-water conditions up to 12 m. This flexibility enables researchers to study a wide range of scenarios relevant to marine operations and infrastructure design. Furthermore, the basin's wavemakers can adjust the direction of wave propagation, saving time and streamlining the testing process for different types of marine structures. Large ship models up to 4.5 m in length and offshore structures up to 6 m in diameter can be accommodated within the basin, making it a versatile and comprehensive testing facility for the marine industry. Collaborating with the National Research Council (NRC) in utilizing this advanced facility offers industry partners a competitive advantage in testing and validating marine technologies. The NRC's role in de-risking and demonstrating technologies for commercialization aligns with the goals of supporting industry innovation and market readiness. By engaging with the NRC early in the research and development phases, companies can reduce overall risks and costs associated with bringing new products and processes to market. In conclusion, the offshore engineering basin at the NRC provides a unique opportunity for researchers, engineers, and industry stakeholders to access world-class testing facilities tailored to the complexities of marine environments. With a focus on innovation, safety, and efficiency, this facility serves as a pivotal hub for advancing marine technology concepts and accelerating their path to commercial success.
