SUK-M
SWAYAMCHALIT UTKRANTIK KENDRAK – MICRO (SUK-M)
स्वयंचलित (Autonomous)
उत्क्रान्तिक (Evolutionary)
केन्द्रेक भेदनं (Nuclear fission)
MICRO – (सूक्ष्म)
Powering India's Future Sustaining India’s Growth with Limitless Energy
About SUK-M
Power Output
Modular Design
Power Output
~ 10 MWe / 30 MWth
Safety
Modular Design
Power Output
Passive Safety Systems. Severe Accidents Eliminated by Design
Modular Design
Modular Design
Reactor Replacement
Standardized Supply Chain
Reactor Replacement
Reactor Replacement
Reactor Replacement
After 10 - 15 years
Transportability
Reactor Replacement
Transportability
Rail / Road Transportable
Licensing
Reactor Replacement
Transportability
2031 Onwards
Striving Innovations
Proprietary Smart Uranium - Thorium Fuel Cycle
AI-Optimized Self-Adjusting Reactivity Control
Innovative 3-Stage Programme in a Single Reactor
Salient Features
NON-PROLIFERATION
Thorium-based reactors generate up to 75% less waste compared to traditional uranium reactors. No imported Fuel.
SAFETY
Molten salt reactors operate at atmospheric pressure, reducing the risk of explosions. Severe Accidents eliminated design.
HIGH TEMPERATURE REACTOR
Ideal for Hydrogen Production, Industrial Heating, Desalination, etc.
Bigger Picture
ENERGY SECURITY
ENERGY SECURITY
ENERGY SECURITY
Thorium reserves are more abundant and geopolitically secure, particularly in India, which holds ~25% of the world’s thorium deposits.
MAKE-IN INDIA
ENERGY SECURITY
ENERGY SECURITY
All components of the new reactor will be designed, developed and manufactured indigenously.
LARGE EMPLOYMENT GENERATION
LESSER INVESTMENT WITH EARLY RETURNS
LESSER INVESTMENT WITH EARLY RETURNS
It will boom the Indian manufacturing and service industry generating huge employment.
LESSER INVESTMENT WITH EARLY RETURNS
LESSER INVESTMENT WITH EARLY RETURNS
LESSER INVESTMENT WITH EARLY RETURNS
Because of small plants investment is small and convenient. Short construction period reduces IDC (Interest During Construction).
SUK-M: Key Questions
SUK-M utilizes Thorium-based MSR technology, ensuring enhanced safety and reduced waste production. This innovative design minimizes environmental impact and offers a cleaner energy alternative for future generations.
SUK-M requires replacing of the module only every 10–15 years, significantly reducing operational costs and downtime. This extended cycle ensures consistent energy output and minimizes the need for frequent maintenance, making it a cost-effective solution.
SUK-M can be operated in co-generation mode wherein the electricity and steam can be produced simultaneously. SUK-M’s modular design allows for flexible deployment, catering to diverse energy needs across various locations. Its compact structure enables easy installation and scalability, making it ideal for both urban and remote areas.
SUK-M contributes significantly to India's Net-Zero 2070 goal by providing a clean, indigenous energy source. By reducing reliance on fossil fuels, SUK-M helps lower carbon emissions and promotes a sustainable energy ecosystem.
SUK-M can be placed in the Urban sites like Residential Colony, Townships, close to National Highways Corridors, Malls, IT Parks, Institutions, Hospitals, etc.
SUK-M can also be placed in the sites like Brownfield sites, Remote locations, Isolated Area, Emergency Services like Hospitals and Strategic usages.
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