A NEW GENERATION OF NUCLEAR TECHNOLOGY
Serva has developed a unique technology able to exist within nuclear fuel to prevent radiation from spiking to unsafe levels —
the key to unlocking safe, sustainable nuclear operations.
FUEL FOR THE FUTURE
Since the first nuclear reactor was created, we have relied on mechanical properties to ensure safety. At Serva Energy, we are using nuclear properties to fundamentally change fuel pellets in order to drive stability and reactivity control.
Our innovative technology, known as Smart Nuclear Materials, allows for unprecedented safety, ultimately leading to
the removal of 160K metric tons of hazardous waste, repurposed as nuclear fuel — a win-win.
Using finite element analysis and data analytics, we seek an intimate understanding of what goes on inside a nuclear reactor.
Serva's nuclear simulation software relies on artificial intelligence to quickly model nuclear reactions — offering unparalleled access to a reactor and paving the way for innovation.
Through the use of Smart Nuclear Materials, we are able to change reactions that occur in nuclear reactors in powerful ways — allowing for greater reactivity control, safety and sustainability.
As these materials destroy waste, they extend the life of the fuel — leading to significant cost savings and zero waste.
PURSUING A RESULTS-DRIVEN TIMELINE
The products we are developing can drastically improve the state of nuclear energy within the next five to 10 years — not 20 years — while making reactors safer, more efficient and sustainable today.
CREATING A PATHWAY FOR THE FUTURE OF ENERGY PRODUCTION
In this transitional era of energy production, we are creating a transitional step to propel us forward into clean energy, slash fossil fuels and eventually be able to meet the demands of a fusion-powered future.
HEALTH CARE APPLICATIONS
While our primary focus is to provide a new class of Smart Nuclear Materials, the software tools we've developed have significant health care potential in their ability to identify all possible pathways to producing isotopes of medical interest.
Our software technology can be harnessed in such a way as to increase the number of life-saving isotopes available for use in medical procedures and cancer treatments in addition to stimulating biomedical research.
CONVERTING REACTORS FROM ANALOG TO DIGITAL
We are in the final stage of converting a 1960s-era nuclear research reactor from an analog paper system to a fully digital interface that enhances the reactor's capability and potential.
IMPROVING SAFETY, CONTROL
As technology becomes more digitally based, it's imperative that nuclear reactors adapt to our modern age. Digital outputs improve reactor control and stability — increasing safety and efficiency.
RUBBER, MEET ROAD
Computational analysis will never eliminate the need for real-world experiments, which is why we work with top research labs to perform the necessary tests and simulations that move our work forward.
THE PARTICLE ACCELERATOR:
AN ATOMIC MICROSCOPE
The use of a particle accelerator provides Serva with a super close-up
look at individual nuclear reactions with a high degree of precision — opening the door to discoveries and practical solutions.