NRC — Hygrothermal performance of buildings testing facilities
Ottawa, ON, Canada
Energy efficient building testing in Ottawa
grant_single_labels|summary
grant_single|eligibleFinancing
- grant_single|noCondition
grant_single|deadlines
- grant_single|openingDateNovember 14, 2019
- grant_single|grantStatusClosed
grant_single|financingType
Expert Advice
Researchers And Facilities
grant_single|eligibleIndustries
- Construction
- Manufacturing
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 testing facilities and settings where users can evaluate energy-efficient and cost-effective building systems and technical solutions in realistic environments.
grant_single_labels|projects
This grant is offered by the National Research Council (NRC) based in Ottawa, Ontario, Canada. However, the context does not specify any geographical restrictions or targeted eligible areas for companies applying for this grant.
grant_single|admissibleProjectsExample
$300,000
Creation of a smart lighting laboratory for energy-saving fixtures in public spaces
$600,000
Development of a smart building management system to optimize energy use in multi-tenant office buildings
$350,000
Establishment of a testing facility for energy-efficient HVAC systems in commercial buildings
$500,000
Design and testing of energy-efficient windows for extreme weather conditions
$400,000
Implementation of a test environment for high-efficiency insulation materials in commercial buildings
$200,000
Development of a testbed for solar panel integration in residential buildings
grant_single_labels|admissibility
grant_eligibility_criteria|eligible_expenses
The facilities at the NRC in Ottawa enable a wide range of projects related to the development, testing, and improvement of building systems. Eligible activities align closely with evaluating energy-efficient technologies and ensuring they meet rigorous performance standards in realistic environments.
- Testing of energy-efficient building systems using full-scale wall and window chambers.
- Development and evaluation of insulation products through thermal resistance testing (R-value determination).
- Performance analysis of roofing materials under simulated high-wind conditions.
- Simulation and testing of concrete durability and performance in specialized laboratories.
- Environmental exposure testing for building envelopes over extended periods.
grant_single_labels|criteria
- Energy efficiency and cost-effectiveness of building systems and technical solutions - Realistic evaluation in indoor and outdoor environments - Ability to meet performance standards for industry certification and labeling
grant_single_labels|register
Here are the steps to submit an application for this grant:
- Step 1: Contact NRC
- Reach out to Chris Pezoulas, Director of Business Development, via email at Christopher.Pezoulas@nrc-cnrc.gc.ca or phone at 613-993-9502 to express interest and get initial guidance.
- Step 2: Discuss Project Requirements
- Engage in discussions with NRC officials to clarify project objectives and determine appropriate testing facilities required for evaluating your building systems or products.
- Step 3: Obtain Application Instructions
- Follow the directives provided by NRC officials on how to proceed with the application process.
- Step 4: Prepare Application Documents
- Prepare all necessary documentation as advised, which might include project proposals, technical specifications, and other supporting materials.
- Step 5: Submit Application
- Submit your completed application and all required documents as per the instructions provided by NRC representatives.
grant_single_labels|otherInfo
Here are additional relevant details for this grant:
- The NRC's testing facilities are located on their Ottawa Campus, which may require logistical arrangements for transport of materials and personnel.
- The facilities offer an automated environmental chamber for testing, ideal for long-term climatic simulation projects.
- A unique feature of the facility is its capability to test roofing products under conditions simulating high winds, one of the largest of its kind.
- Utilizing these facilities gives access to a broad spectrum of expertise in the field of building systems.
Apply to this program
Leverage Cutting-Edge Testing Facilities for Building System Innovation
The NRC's hygrothermal performance testing facilities offer invaluable opportunities for companies developing energy-efficient and cost-effective building systems. With a suite of sophisticated testing chambers and environmental simulation capabilities, businesses can ensure their products meet stringent industry standards essential for market success.
Unlock Advanced Testing Capabilities for Stellar Innovation Outcomes
Located strategically at the Ottawa Campus, the National Research Council (NRC) provides state-of-the-art testing facilities tailored for the construction and building systems industries. The unique offerings of the NRC's hygrothermal performance testing facilities stand out due to their ability to simulate a variety of climatic conditions using full-scale wall and window chambers, an instrumented test house, and specialized roofing and concrete laboratories. Each of these components serves as critical testing grounds for evaluating the durability and efficacy of new building technologies and systems against realistic environmental challenges.
The envelope environmental exposure facility, a highlight of the NRC's advanced infrastructure, utilizes an automated environmental chamber. This cutting-edge tool recreates both interior and exterior climate conditions, providing a long-term, controlled environment to judge the resilience and performance of building envelopes under different weather scenarios. Such comprehensive testing is crucial for manufacturers and researchers focused on attaining industry certifications that can help propel their products into diverse market territories.
Moreover, the guarded hot box environmental facility serves a niche yet essential role. It supports insulation and wall system manufacturers by accurately determining the thermal resistance (R-value) of their products, a key determinant of energy efficiency. This specialization ensures that products undergoing testing will meet necessary energy codes and standards, thereby enhancing their competitiveness and appeal in energy-conscious markets globally.
The dynamic roofing facility is yet another hallmark of NRC's robust suite of services. As one of the largest testing tables worldwide, it rigorously evaluates roofing products' performance against high winds and other severe weather elements. This capability is vital for manufacturers who aim to certify and market their roofing solutions as reliable options that can withstand extreme weather while maintaining durability and safety. The data and validation provided by these tests are instrumental in supporting product claims that matter to buyers concerned about sustainability and resilience.
By choosing to partner with NRC, companies not only gain access to premier testing resources but also benefit from the Council's comprehensive expertise in climatic simulation and building science. This collaboration underscores a commitment to not just testing but also enhancing building product performance to align with evolving industry standards and environmental regulations. Such alignment is key to facilitating the broader adoption of sustainable building technologies, which are increasingly pivotal in addressing contemporary environmental challenges.
Overall, the NRC's hygrothermal performance testing facilities empower businesses to achieve their innovation goals. Whether you are aiming for improved market penetration, seeking validation for emerging technologies, or ensuring compliance with rigorous industry norms, NRC provides the testing capabilities, expert insights, and technical support necessary to succeed. Companies committed to advancing architectural innovation, energy efficiency, and sustainable construction practices will find the NRC's facilities an indispensable ally in bringing groundbreaking technologies to market while fostering a future defined by sustainable and energy-efficient construction methodologies.
