NRCC — Gas turbine research facilities
ON, Canada
Gas turbine research facilities in Ottawa and Thompson, Manitoba
grant_single_labels|summary
grant_single|eligibleFinancing
- grant_single|noCondition
grant_single|deadlines
- grant_single|timelineUnspecified
grant_single|financingType
Researchers And Facilities
grant_single|eligibleIndustries
- Utilities
- Manufacturing
- Transportation and warehousing
- Professional, scientific and technical services
grant_single|grantors
- National Research Council Canada (NRC)
- Government of Canada
grant_single|status
grant_card_status|open
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Fee-for-service facility for aircraft and industrial gas turbine engine manufacturers, component suppliers and system integrators to develop and validate technologies.
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The NRC's Aerospace Research Centre's gas turbine facilities offer a range of services that would be eligible for this grant, including advanced testing and validation for the aerospace and energy sectors.
- Hybrid-electric test facilities for hybrid-electric propulsion systems.
- Combustion and spray test facilities for low-emissions, fuel-flexible combustion systems.
- Engine aerodynamics test facilities for fuel-efficiency improvements in turbomachinery.
- Engine test cells for performance, operability, and certification testing.
- Icing systems for engine icing certification testing and analysis.
- Mechanical component test facilities for tribological testing and analysis.
- Research altitude test facility for testing engines under simulated high-altitude conditions.
grant_single|admissibleProjectsExample
$350,000
Calgary
Certification testing for engine icing using state-of-the-art icing systems.
$400,000
Toronto
Develop and validate hybrid-electric propulsion systems for low-emission aircraft engines.
$450,000
Montreal
Upgrade engine aerodynamics for improved fuel efficiency in regional jet turbines.
$500,000
Vancouver
Testing low-emissions fuel-flexible combustion systems for industrial gas turbines.
$450,000
Ottawa
Tribological testing and analysis for mechanical components of aircraft turbines.
$500,000
Winnipeg
High-altitude condition testing of jet engines for performance validation.
grant_single_labels|admissibility
grant_eligibility_criteria|who_can_apply
The Aerospace Research Centre's gas turbine facilities grant is geared towards enabling companies involved in the aerospace and energy sectors to enhance their technological capabilities and achieve market competitiveness. Companies involved in aircraft and industrial gas turbine engine manufacturing, component supply, system integration, and fleet operation can benefit from this grant.
- Aircraft and industrial gas turbine engine OEMs (Original Equipment Manufacturers)
- Component suppliers
- System integrators
- Fleet operators
grant_eligibility_criteria|zone
Eligible geographic zones for this grant include the following locations:
- Ottawa, Ontario
- Thompson, Manitoba
grant_single_labels|otherInfo
The Aerospace Research Centre's gas turbine facilities offer comprehensive services for the aerospace and energy sectors, leveraging nationally unique facilities, expertise, and technology risk management capabilities.
- Specialized in testing and certifying hybrid-electric propulsion systems and components.
- Research and validation of low-emission, fuel-flexible combustion systems and fuel spray nozzles and injectors.
- Support for gas turbine engine fuel-efficiency improvements through turbomachinery advancements.
- Facilities for engine performance, operability, and certification testing, including icing and endurance trials.
- Icing systems development for certification testing and onboard detection and mitigation.
- Tribological testing, analysis, and modeling for mechanical components and rotating machinery.
- Simulated high-altitude testing for engines and related systems.
- Exclusive outdoor facility for certifying large aircraft turbine engines.
- Developmental testing support for Pratt & Whitney Canada at a dedicated Ottawa facility.
- Registered to ISO 9001 quality standard, ensuring traceable instrument calibrations to national and international standards.
Apply to this program
Aerospace Research Centre Gas Turbine Facilities Grant
The Aerospace Research Centre’s gas turbine facilities offer advanced technology solutions for the aerospace and energy sectors, aiding in the development, testing, and certification of various engine components and systems. With unique capabilities and exclusive facilities, the centre enables clients to innovate and meet industry standards efficiently.
Understanding the Aerospace Research Centre's Gas Turbine Facilities Grant
The Aerospace Research Centre, part of the National Research Council of Canada (NRC), is a pivotal institution offering advanced technological solutions and facilities for the aerospace and energy sectors. This grant is specifically designed to assist aerospace and gas turbine engine Original Equipment Manufacturers (OEMs), component suppliers, and system integrators with the development, testing, and certification of various engine components and systems. The centre's focus spans both civilian and military applications, ensuring a broad impact across the sector.
One of the core missions of the Aerospace Research Centre is to help these entities stay competitive on a global scale. This is achieved through the development and validation of technologies that address stringent environmental, safety, cost reduction, performance, and fuel flexibility requirements. The centre also collaborates with fleet operators to optimize performance in special conditions and environments, thereby enhancing lifecycle costs through advanced maintenance, repair, and operation (MRO) practices.
Key Facilities and Capabilities
The Aerospace Research Centre boasts an array of specialized facilities that are pivotal for various stages of engine development and testing. These facilities include:
- Hybrid-electric test facilities: These are instrumental in the research, testing, and certification of hybrid-electric propulsion systems. The focus is on-ground testing of electric and hybrid-electric systems and components.
- Combustion and spray test facilities: These facilities support the research, testing, and validation of low-emission, fuel-flexible combustion systems, as well as fuel spray nozzles and injectors under high-pressure conditions.
- Engine aerodynamics test facilities: These facilities are crucial for improving gas turbine engine fuel efficiency through advancements in engine turbomachinery, engine inlet and exhaust systems, and the performance validation of engine probes.
- Engine test cells: These cells support various types of engine performance, operability, and certification testing, including icing, bird ingestion, blade-off, alternative fuel certification, and endurance trials.
- Icing systems: These systems aid in engine icing certification testing and analysis, as well as the development of icing detection and mitigation systems for aircraft and engines.
- Mechanical component test facilities: These facilities support tribological testing, analysis, and modeling, including mechanical equipment and rotating machinery.
- Research altitude test facility: This facility is designed for testing engines and related systems under simulated high-altitude conditions, encompassing pressure, temperature, and humidity.
Additionally, the centre operates and maintains specialized icing masts for the Global Aerospace Centre for Icing and Environmental Research (GLACIER) in Thompson, Manitoba. This 9-metre outdoor test facility certifies some of the world’s largest aircraft turbine engines. Another significant collaboration is with Pratt & Whitney Canada, where the centre supports the developmental testing of gas turbine engines under simulated altitude conditions at a dedicated facility at the E. L. Smith (M-11) building in Ottawa.
Why Collaborate with the Aerospace Research Centre?
The Aerospace Research Centre offers a multitude of advantages for companies seeking to innovate and stay ahead in the highly competitive aerospace and energy markets:
- Exclusive Facilities: The centre's facilities provide a cost-effective platform for testing and de-risking new technologies, enabling clients to accelerate their market entry and meet the latest industry regulations and standards efficiently.
- Long-term Industry Perspective: The centre adopts a long-term view of industry needs and challenges, working closely with clients and stakeholders to identify desired outcomes. This collaborative approach drives the centre’s research and technology focus, as well as its facility investments.
- World-class Capabilities: The centre’s expertise includes alternative fuels for aviation and energy production, combustor and fuel nozzle development and evaluation, diagnostics, prognostics, and health monitoring (DPHM), engine and turbomachinery aerodynamics, engine performance assessment and certification, engine test cell development, icing formation, detection, and mitigation, and mechanical components and tribology (lubricants, bearings, and gearboxes).
- Quality Standards: The centre's gas turbine facilities are registered to the ISO 9001 quality standard, encompassing all critical business and technical processes. All instrument calibrations are traceable to appropriate national and international standards.
Application Process and Eligibility
To apply for a grant from the Aerospace Research Centre, companies need to fulfill certain eligibility criteria and go through a structured application process. Here are the key steps involved:
- Eligibility: The grant is open to gas turbine engine OEMs, component suppliers, system integrators, and fleet operators who are involved in the development, testing, and certification of engine components and systems.
- Application Form: Interested parties must complete an application form, providing detailed information about their project, objectives, and the specific facilities and expertise they seek to utilize at the centre.
- Project Proposal: Applicants are required to submit a comprehensive project proposal outlining the research and development activities, expected outcomes, timeline, and budget.
- Review and Evaluation: The centre’s Business Development Team reviews and evaluates the proposals, assessing their alignment with the centre’s capabilities and industry needs.
- Approval and Agreement: Once a proposal is approved, the applicant enters into a formal agreement with the centre, detailing the scope of work, deliverables, and financial terms.
Contact and Location Information
For more information and to discuss potential projects, interested parties can contact the Business Development Team at the Aerospace Research Centre:
The centre operates from multiple locations, including:
- Ottawa: 1200 Montreal Road, Ottawa, Ontario K1A 0R6
- Thompson: 100 Test Avenue, Thompson, Manitoba
Conclusion
The Aerospace Research Centre’s gas turbine facilities offer an unparalleled opportunity for companies in the aerospace and energy sectors to advance their technological capabilities and stay competitive in the global market. With a robust infrastructure, expert teams, and a commitment to industry standards, the centre is a valuable partner for any organization seeking to innovate and excel. By leveraging these unique resources, companies can accelerate their development processes, reduce risks, and achieve their strategic objectives efficiently.
