HTMR-100
SMALL MODULAR REACTOR
HTMR-100: Reliable Nuclear Power
Built for Long-Term Returns
The HTMR-100 combines long lifespan, high ROI, flexible siting, and inherent safety, delivering a low-risk, high-return nuclear solution that makes it a compelling, near-unavoidable investment opportunity.
GEN IV PEBBLE BED MODULAR REACTOR (HTMR-100)
Green Energy
Our reactor operates with complete environmental integrity. Any emissions are safely channelled through a monitored stack, with no direct release of radioactive material.
MODULAR BUILD
Modular reactor design enables off-site manufacturing and rapid on-site assembly. This approach simplifies construction, reduces risk, and supports faster project delivery.
WALK AWAY SAFE
Engineered for inherent safety, the reactor automatically returns to a stable condition, using natural processes alone, with no reliance on human control or external power.
TRISO FUEL
Advanced fuel technology uses coated uranium particles embedded in a graphite matrix. This robust design enhances fuel integrity and safety at operating temperatures.
nO WATER NEEDED
The HTMR-100’s helium cooling eliminates reliance on water, enabling operation in water-scarce regions, reducing environmental impact, and supporting consistent, efficient power generation independent of local water availability.
35 MW ELECTRICITY ENERGY
With a 35 MW electrical output, the HTMR-100 offers dependable baseload power, engineered for efficiency and long-term stability.
100 MW THERMAL ENERGY
With a 100 MW thermal output, the HTMR-100 provides a reliable and scalable energy platform for continuous power production.
HELIUM COOLED
The HTMR-100 is a high-temperature reactor cooled by inert helium gas, enabling efficient heat transfer, inherent safety, and reliable, continuous power generation with no risk of coolant phase change.
LOCATION - ANYWHERE
The HTMR-100’s helium cooling eliminates reliance on water, enabling operation in water-scarce regions, reducing environmental impact, and supporting consistent, efficient power generation independent of local water availability.
GEN IV TECHNOLOGY
The HTMR-100 represents a Generation IV advance. Its gas-cooled design removes the need for water, allowing higher temperature operation and enhanced performance compared with older water-cooled reactors.
60 YEAR LIFESPAN
Designed for longevity, the HTMR-100 offers a 60-year operational lifespan, providing stable, long-term energy security and predictable returns for investors with minimal lifecycle disruption.
EXPENSIVE? nOT!
The HTMR-100 delivers superior returns, with higher ROI than conventional energy options, driven by efficient design and competitive build costs, making it a financially compelling, long-term investment.
