General Atomics wins federal research contract to advance nuclear waste processing
The tremendous amount of competition in the energy sector means that when a company is selected to spearhead a certain project, it deserves huge credit. Nowadays, there are many companies that are equally capable of executing projects because they all depend on the same technologies and resources that are available in abundance. As such, governments have the responsibility of appointing companies that align with what the nation is hoping to achieve and the direction it is hoping to take its energy sector. The latest company that has received attention after involvement in a massive project is General Atomics, after it officially won a federal research contract to advance nuclear waste processing.
General Atomics emerges among the leading nuclear energy producers in the U.S.
Since the dawn of the atomic age, General Atomics has advanced science and technology across fields including nuclear energy, defense, medicine and high-performance computing. With a global team of scientists, engineers and professionals, GA applies its experience and capabilities to deliver safe, sustainable, economical and innovative solutions for complex challenges.
The U.S. nuclear energy landscape features 94 operating commercial reactors, which reflect the huge commitment that the nation has shown to advancing its sector and ensuring that it has consistent nuclear availability.
The reactors generate an estimated 17% to 30% of domestic carbon-free electricity and are driving a major policy push to expand capacity to 400 GWe by 2050.
The reactors are found across 28 states, which is yet another example of the United States wanting to diversify its energy portfolio and making sure that each state has a respectable capacity of every energy source. The reactors generate an estimated 17% to 30% of domestic carbon-free electricity and are driving a major policy push to expand capacity to 400 GWe by 2050.
Advancing nuclear waste processing: Analyzing how General Atomics won federal research contract
A press release from General Atomics revealed that the company is taking on a lead industrial role in a collaborative project to develop technology that could make large-scale nuclear waste processing more practical and affordable in the United States.
This comes after the United States has spent multiple decades searching for a better answer to one of nuclear energy’s toughest questions: what to do with used nuclear that can remain hazardous for thousands of years.
It is not a coincidence that most issues that have troubled the nuclear sector are finally being resolved in the modern era, especially considering how much influence technology and scientific expertise are now having on the clean energy sector. This particular work is part of NEWTON, a program led by the U.S. Department of Energy’s Advanced Research Projects Agency-Energy (ARPA-E). NEWTON is short for Nuclear Waste Transmutation Optimized Now.
It is actively involved in the exploration of new approaches to processing used nuclear fuel. Working alongside collaborators Jefferson Lab, Stellant Systems and Oak Ridge National Laboratory, General Atomics was awarded a contract to develop a prototype radio frequency (RF) system using technology known as magnetron combining.
What is the overall goal for General Atomics as it advances nuclear generation?
There are many questions surrounding what the company is aiming to achieve from its latest initiative. According to reports, its target is to develop a more efficient and affordable way to power the equipment used for transmutation. This process involves the transformation of nuclear waste into forms that are easier to manage.
Looking ahead: General Atomics is aiming for a record-breaking 2027
The U.S. Department of Energy revealed that U.S. nuclear reactors have generated more than 90,000 metric tons of used nuclear fuel, with an estimated 2,000 additional metric tons produced each year. The majority of it remains stored at nuclear power plants throughout the country. Countries such as France recover usable materials from used fuel for use in new fuel. Still, high costs, government investment requirements, and other challenges have limited commercial recycling in the United States.
There is optimism that the company will deliver, especially because its team is known to combine cutting-edge scientific and industrial expertise to deliver key technology that could help advance future transmutation systems toward practical, large-scale operation.
Prince is a versatile writer focused on energy, automotive, environmental, and general news topics. He makes complex technical and policy issues clear, engaging, and accessible for a broad audience.
