• Design & detailed engineering of structures, systems and components for Advanced Heavy Water Reactor (AHWR)
• Preparation of documents for regulatory / statutory approval and financial sanction of AHWR
• Pre-project activities and infrastructure development at AHWR site
• Research & Development (R&D) pertaining to Mechanical, Instrumentation and Process Systems of AHWR
• Development of innovative instrumentation sensors and systems for AHWR
• Design & implementation of I&C systems for reactor related experimental facilities
• Research & Development (R&D) for other power reactors (PHWR, PWR, HTR) and research reactors
• Technological support for non-reactor applications
1. Thermal and structural analysis of an RF LINAC cavity has been performed to assess the deflection in cavity due to temperature gradients.
\r\n2. A Modification has been proposed in the end flange of LINAC to enhance the allowable RF power fed to the cavity,
\r\n3. Thermal and structural analysis has been performed with proposed modification as well.
1. Probable Maximum Tropical Storm (PMTC) parameters for Western coast have been determined by probabilistic analysis.
\r\n2. Design basis flood level for the site has been estimated based on the surge caused by PMTC.
\r\n3. Beyond Design Basis Flood Level has also been estimated for the site based on AERB recommendation.
\r\n4. Various protection wall profiles have been studied and optimum design has been selected. Finished Grade Level can be reduced by incorporating protection wall around the plant.
AHWR Plant
