FUELING OUR CLEAN ENERGY FUTURE 

Welcome to a safe, new age of nuclear technology.

Serva Energy is revolutionizing the way nuclear fuels are  produced under the urgent timeline of climate change — serving the world a critical carbon-free pathway to a clean energy future.

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Nuclear power is our largest
source of carbon-free energy— 
providing over half of America's carbon-free electricity. 
 

FUEL FOR A NEW AGE

Serva fuel technologies are poised to transform the state of nuclear power within this decade — making reactors safer,
more efficient and
100% sustainable
by eliminating the stockpile of hazardous waste
.   

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REVOLUTIONARY APPROACH

ULTIMATE SAFETY 

Enhanced safety is the key to unlocking the potential of clean, reliable energy —
and it's the driving force behind everything we do at Serva.

 

We are fundamentally changing the way nuclear fuels behave in reactors in order to achieve greater stability, efficiency and reactivity control.

NEW PERSPECTIVE ON WASTE

TURNING WASTE INTO 
FUEL

After decades of viewing nuclear waste as a problem to be managed, we see it as an asset to be harnessed — a tool to improve the inherent properties of a nuclear reactor.

Our approach allows for massive amounts of transuranic waste to be transformed into nuclear fuel — fuel that will destroy itself as it generates power.

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TECHNOLOGY FOR TODAY

TURNING FUSION ON ITS HEAD

Under the watch of climate change, there is no time to wait for the dream of nuclear fusion to become reality.

 

Our focus instead is on employing a fusion-fission process to dramatically improve and update our current nuclear infrastructure — making reactors safer, less costly and 100% sustainable. 

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WHY SERVA?

A new approach for a transitional era 

We believe that fusion power is the ultimate solution to the world's energy crisis, but this reality is still decades away. 

 

That is why we are developing smart nuclear fuels and technologies that can be used in reactors right now.  

 

Serva is engineering a transitional step that will dramatically improve our current nuclear infrastructure within this decade. 

What drives our work:

2030

THE YEAR WE MUST REDUCE CARBON EMISSIONS BY 50%

4.85

in billion metric tons

ANNUAL CO2 EMISSIONS WORLDWIDE
IN 1940

2050

THE YEAR WE MUST ACHIEVE NET-ZERO

36.4

in billion metric tons

ANNUAL CO2 EMISSIONS WORLDWIDE IN 2021

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COLLABORATIONS

Our collaborators include Massachusetts Institute of Technology (MIT), Arizona State University (ASU) and University of California — Irvine (UCI). 

WHY NUCLEAR?

The threat of climate change has convinced scientists
and a growing number of environmentalists of the necessity of nuclear power.

 

Unlike other clean energy sources — wind and solar — nuclear energy is not weather dependent.  

In a new scientific report, 270 researchers from 67 countries say we are not doing enough to protect cities, farms and coastlines from the impacts of climate change. "If temperatures keep rising, many parts of the world could soon face limits in how much they can adapt to a changing environment."  
Nuclear power produces huge amounts of electricity while emitting next to no carbon — saving our atmosphere from
470 million metric tons of carbon dioxide emissions that would otherwise come from fossil fuels.