How much funding can be received?

Fee-for-service 75 m x 32 m offshore engineering basin that can produce multi-directional waves up to 1 m high, representing extreme model sea-state conditions that occur only once in 10,000 years.

grant_single_labels|projects

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.

grant_single|admissibleProjectsExample

$70,000

Testing floating solar panels for energy generation

$75,000

Evaluating the performance of eco-friendly ship coatings

$40,000

Testing advanced marine biofouling prevention materials

$80,000

Development of a new offshore wind turbine model

$50,000

Development of a sustainable aquaculture system in St John's

$90,000

Testing of wave impact on innovative flood defenses

grant_single_labels|admissibility

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.

grant_eligibility_criteria|who_can_apply

- Companies involved in marine engineering - Companies developing marine technologies - Companies working on offshore structures - Companies focused on wave energy conversion

grant_eligibility_criteria|eligible_expenses

This grant supports projects that utilize advanced testing facilities to enhance marine technology's performance, efficiency, and safety. Eligible activities focus on the assessment and development of marine systems under realistic marine conditions.

Seakeeping performance assessments of marine vessels.
Manoeuvering tests for improved navigation and control.
Wave energy conversion tests to evaluate renewable energy systems.
Wave impact load assessments on ships or offshore structures.
Towing, setting down, and operational testing of offshore structures.

grant_single_labels|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

grant_single_labels|register

Here are the steps to submit an application for this grant:

Step 1: Preliminary Engagement
- Contact the NRC's Ocean, Coastal and River Engineering Research Centre via email.
- Discuss your project needs and determine the alignment with NRC capabilities.
- Receive initial feedback or guidance from NRC experts.
Step 2: Documentation Preparation
- Gather necessary documentation detailing your project scope and objectives.
- Prepare technical documents demonstrating the potential benefits of using the facility.
- Include project timelines, budgets, and any supporting data.
Step 3: Application Submission
- Email the completed application and required documentation to NRC.ContactOCRE-ContactezGOCF.CNRC@nrc-cnrc.gc.ca.
- Ensure all documents are complete and align with the NRC's expectations discussed.
Step 4: Follow-Up and Confirmation
- Await confirmation of receipt from the NRC.
- Be prepared to provide additional information or clarification if requested.
- Engage in further discussions or meetings if necessary to finalize application details.

grant_single_labels|otherInfo

Here are additional relevant details for this grant:

The indoor model ocean facility is among the most advanced in the world, providing unique research and testing capabilities.
The facility supports the bridging of innovation and commercialization in marine technology.
The facility can simulate extreme ocean conditions that occur once in 10,000 years.
Access to world-class, customizable testing facilities is offered, with an array of adjustable instrumentation available.
The NRC provides expertise in advanced engineering for complex water environments, which can help reduce risks in R&D projects.
The basin can accommodate large ship models and offshore structures for testing.
Data collection capabilities include 256-channel measurement and high data rates up to 100 kHz.
The facility allows for varying water depths and conditions to simulate different marine environments effectively.
The NRC offers early involvement in projects to help reduce overall risk and cost to market.
The basin's wavemaker configuration allows for time-saving during testing phases.

grant_single_labels|documents

NRC — Offshore Engineering Basin — Research Facility

Apply to this program

Unmatched Support for Marine Innovation

This grant facility offers unparalleled opportunities for marine technology testing, ensuring the highest standards in performance and safety assessments. It aims to empower marine industries by providing access to state-of-the-art, controlled test environments.

Exploring the Extensive Opportunities and Benefits of the Grant

The offshore engineering basin represents an exceptional resource for innovators in marine and offshore technologies. Spanning 75 meters by 32 meters, this highly advanced facility offers a controlled environment simulating real-world oceanic conditions, such as multi-directional waves, currents, and winds. By replicating extreme sea states that occur only once in 10,000 years, the facility provides a unique platform for testing the performance, efficiency, and safety of various marine systems.

The basin supports a broad spectrum of tests, offering significant value to entities seeking to perfect their marine technology for the market. Its capabilities extend to seakeeping and maneuverability assessments, evaluating wave energy conversion efficiency, analyzing wave impact loads on ships and offshore structures, and simulating the execution and operational dynamics of offshore equipment. These extensive testing capabilities are essential for technology developers aiming to ensure robust and resilient designs.

Notably, the basin's cutting-edge testing features include ten sub-floor lanes equipped with hydraulically controlled thrusters delivering up to 1000 HP. Combined with 168 independently adjustable wavemakers and a dynamic array of analog control fans for wind generation, the facility achieves sophisticated replication of the complex sea conditions to which marine systems must be adapted.

Data acquisition capabilities further enhance the value offered by the facility. With up to 256-channel capability and a data rate of 100 kHz at 16-bit resolution, users benefit from high-quality, precise measurements, ensuring a comprehensive evaluation of the model systems' performance. The facility can accommodate ship models up to 4.5 meters in length and offshore structures up to 6 meters in diameter, providing versatility of scale, thereby catering to a wide range of experimental needs.

The ability to vary water depth and wave direction is also a considerable feature, simulating shallow waters of 12 meters or less, advantageous for testing bottom-founded structures without repositioning, which translates to substantial time savings.

Collaboration with this facility means working alongside the NRC's team of experts who bring extensive experience and knowledge in advanced engineering tailored to complex aquatic environments. Engaging with these professionals early in a project’s lifecycle can significantly enhance the chances of successful market transition by leveraging their experience in risk reduction and commercialization support.

This grant opportunity is tailored for industry stakeholders looking to bridge the gap between innovation and practical application. With customized service options, the grant stands as an important strategic resource encouraging marine innovation, facilitating processes that are imperative for robust technology development, all while contributing to a sustainable advancement of the industry.