Micro & Small Modular Reactors (SMRs) Fundamentals Training by Tonex
This course explores the fundamentals of Micro and Small Modular Reactors (SMRs), compact fission technologies designed for off-grid and industrial applications. Participants will learn about SMR design principles, operational benefits, regulatory considerations, and deployment strategies. The course covers key advancements in reactor safety, modular construction, and energy integration. It also examines real-world case studies and emerging trends in next-generation nuclear technologies. By the end, attendees will gain a solid understanding of SMR potential, challenges, and future developments in clean energy solutions.
Audience:
- Energy professionals
- Nuclear engineers
- Government regulators
- Industry executives
- Policy advisors
- Sustainability experts
Learning Objectives:
- Understand SMR technology and design principles
- Analyze safety, efficiency, and regulatory aspects
- Explore deployment strategies and market potential
- Assess integration with renewable energy sources
- Examine case studies of real-world SMR applications
Course Modules:
Module 1: Introduction to SMRs
- Overview of Micro and Small Modular Reactors
- Key differences from conventional reactors
- Advantages of modular construction
- Applications in energy and industry
- Market trends and future outlook
- Challenges in SMR adoption
Module 2: Design and Technology
- Core design and fuel types
- Passive safety and cooling mechanisms
- Standardization and modular fabrication
- Thermal efficiency and energy output
- Innovations in reactor miniaturization
- Lifecycle and decommissioning considerations
Module 3: Safety and Regulatory Framework
- International nuclear safety standards
- Licensing and certification processes
- Risk management in SMR operations
- Emergency response and accident prevention
- Security and non-proliferation measures
- Compliance with environmental regulations
Module 4: Deployment and Integration
- Site selection and infrastructure needs
- Grid and off-grid applications
- Hybrid energy system integration
- Cost-benefit analysis of SMR projects
- Public perception and stakeholder engagement
- Case studies of operational SMRs
Module 5: Economic and Policy Considerations
- Investment and financing models
- Government policies and incentives
- Market competitiveness of SMRs
- Long-term sustainability and viability
- International collaborations and agreements
- Impact on global energy transition
Module 6: Future Trends and Innovations
- Next-generation SMR advancements
- Hydrogen production and cogeneration potential
- AI and digital monitoring in SMRs
- Emerging players and new market entrants
- Research in alternative nuclear fuels
- Roadmap for SMR development and scaling
Join this course to gain critical insights into SMR technologies and their role in the clean energy transition. Learn from industry experts and prepare for the future of nuclear innovation.