NRC — Nanotubes production research facility
grant_single|update January 24, 2025
Ottawa, ON
Nanotube facility in Ottawa
grant_single_labels|summary
grant_single|eligibleFinancing
- grant_single|noCondition
grant_single|deadlines
- grant_single|openingDate November 14, 2019
grant_single|financingType
Researchers And Facilities
Expert Advice
grant_single|eligibleIndustries
- Manufacturing
- Transportation and warehousing
- Information and cultural industries
- Professional, scientific and technical services
- Other services (except public administration)
grant_single|grantors
- National Research Council Canada (NRC)
- Government of Canada
grant_single|status
grant_card_status|open
grant_single_labels|preview
Fee-for-service facility for the synthesis, manipulation and processing of nanotubes and their integration into composite materials.
grant_single_labels|projects
This grant supports projects focused on the development, characterization, and application of carbon and boron nitride nanotubes to enhance material properties for diverse real-world applications. Eligible activities emphasize advanced material fabrication, testing, and integration tailored to specific application needs.
- Fabrication and prototyping of carbon and boron nitride nanotubes for novel applications.
- Integration of single-walled carbon nanotubes to enhance fracture toughness and impact behavior in composite materials.
- Development of lightweight and high-strength materials for armoured protection.
- Innovation in transparent reinforced materials for protective applications.
- Production of sports equipment with enhanced mechanical properties.
- Creation of nano-modified adhesives for aerospace and automotive parts.
- Exploration of electronic, optoelectronic, and sensing applications using nanotubes.
- Design of multi-functional polymers and composites for various industrial uses.
- Development of lightweight transport solutions utilizing carbon-based composites.
- Fabrication of highly conductive materials for energy efficiency projects.
grant_single|admissibleProjectsExample
$ 175,000
Enhancing paper products to be fire retardant and electrically conductive
$ 150,000
Creating transparent, reinforced materials for windows and protective shields
$ 225,000
Integrating nanotubes into multifunctional polymers for enhanced properties
$ 250,000
Developing lightweight armoured materials for improved protection against ballistic impacts
$ 200,000
Producing advanced sporting equipment that is lighter and more durable
$ 300,000
Developing nano-modified adhesives for the aerospace industry
grant_single_labels|admissibility
grant_eligibility_criteria|who_can_apply
Companies involved in nanotechnology, materials science, advanced manufacturing, composites, aerospace, automotive industries, electronic devices, optoelectronics, energy efficiency, paper products, and other related fields can apply for the grant offered by the NRC's nanotubes production facility.
grant_eligibility_criteria|eligible_expenses
The grant supports projects that leverage the NRC's nanotubes production facility's capabilities for the real-world application of advanced nanotube materials. Eligible activities revolve around material design, composite integration, and performance testing.
- Prototyping and fabrication of carbon and boron nitride nanotube-based materials.
- Development of lightweight armoured materials for defense applications.
- Creation of reinforced transparent materials for protective gear and optics.
- Production of improved sports equipment with enhanced durability and reduced weight.
- Innovation in nano-modified adhesives for aerospace and automotive uses.
- Development of integrated sensing and health monitoring devices using nanotubes.
- Advancement of electronic and optoelectronic devices using nanotubes.
- Fabrication of multifunctional polymers and composites for various industries.
- Application of lightweight carbon-based composites in transportation sectors.
- Use of highly conductive single-walled carbon nanotubes for energy-efficient applications.
- Enhancement of paper products to achieve fire retardancy and electrical conductivity.
grant_single_labels|criteria
- Performance benchmarks for product quality and evaluation - Characterization tools and expertise for nanotubes - Tailored properties for specific applications - Experience in synthesis, manipulation, and processing of nanotubes - Proven engineering expertise for materials design, formulation, fabrication, and testing
grant_single_labels|apply
Below are the steps to apply for the NRC's nanotubes production facility grant:
- Step 1: Initial Contact
- Reach out to the NRC contact person, Roderick Paterson, Director of Business Development.
- Use the provided contact details to inquire about the specific grant application process and requirements.
- Step 2: Application Preparation
- Draft a detailed proposal highlighting the specific needs and intended applications of nanotubes in your project.
- Include technical specifications, project goals, and impact analysis of using NRC nanotubes.
- Prepare necessary documents showcasing previous work and any collaborations, if applicable.
- Step 3: Application Submission
- Compile all required documentation as per guidance received during initial contact.
- Submit the application either via email or through any specified submission portal that NRC may provide.
- Ensure submission before any applicable deadlines to allow for timely processing.
- Step 4: Await Confirmation
- Wait to receive confirmation of receipt from the NRC.
- Follow up if you do not receive confirmation within a reasonable timeframe.
grant_single_labels|otherInfo
Here are additional relevant details for this grant:
- The NRC's nanotubes production facility in Ottawa offers the world's largest production capacity for boron nitride nanotubes, up to 10 grams per hour.
- They have extensive capabilities in characterizing nanotubes and nanotube-based materials from synthesis to final composites.
- The NRC provides a one-stop shop for synthesis, characterization, chemical integration of nanotubes, structure fabrication, and testing.
- NRC's nanotubes can be integrated into a variety of materials including thermosets, thermoplastics, elastomers, aramids, ceramics, and metals.
Apply to this program
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