NRC — High-discharge Flume — Research Facility ### 📋 Eligible Entities - Academic institutions (universities and colleges conducting research) - Research organizations and consortia - Government agencies requiring hydraulic testing and analysis - Private companies in water resource management, civil engineering, and infrastructure sectors - Not-for-profit research entities focused on water systems and environmental studies - International partners collaborating with Canadian research institutions Note: Access typically requires affiliation with or partnership through a recognized research institution. --- ### 💰 Funding Details - Structure: Fee-for-service facility access (not a traditional grant) - Cost Model: Usage-based charges for facility time and testing services - Pricing: Rates vary based on: - Length of flume occupancy - Complexity of experimental setup - Staff support requirements - Data collection and analysis intensity - Repayability: Not applicable (service-based; costs are operational expenses, not loans) - Matching Requirements: None specified for facility access fees Organizations should budget testing costs as research or capital project expenses. --- ### 🛠️ Approved Expenses - Hydraulic testing of channel and riverbed designs - Open channel flow studies and flow dynamics research - River and canal engineering analysis and optimization - Sediment transport investigations - Erosion and scour modeling studies - Flood mitigation and water management infrastructure testing - Environmental flow regime assessments - Infrastructure design validation for dams, spillways, and waterway structures - Academic research projects related to water systems - Training and education in hydraulic engineering --- ### ⚠️ Conditions & Milestones - Pre-booking Required: Facility access must be scheduled in advance; availability may be limited - Safety Compliance: All users must adhere to NRC safety protocols and facility operating procedures - Technical Specifications: Projects must fit within flume dimensions (10 m × 2.7 m × 1.4 m high) and discharge capacity - Reporting Requirements: Users typically