R&D

Texas A&M University System has unveiled four nuclear developers with which it plans to explore building and operating small modular reactor plants (SMRs) at its Texas A&M-RELLIS campus near College Station. The project—dubbed “The Energy Proving Ground”—is part of a state-supported initiative to deploy operational advanced reactors in Texas within the next five to seven […]

The Nuclear Regulatory Commission (NRC) has granted Abilene Christian University (ACU) a construction permit to build its Molten Salt Research Reactor (MSRR) facility on the university’s campus in Texas. The approval is the regulatory body’s first for a liquid-fueled advanced reactor, the first for a research reactor in decades, and its second for any advanced […]

The Nuclear Regulatory Commission (NRC) has approved a construction permit for Kairos Power’s 35-MWth Hermes molten salt “non-power” demonstration reactor, which the firm has proposed to build at the East Tennessee Technology Park Heritage Center (ETTP) site in Oak Ridge. The NRC on Dec. 12 directed staff to issue the construction permit for the test reactor […]

The U.S. Department of Energy’s (DOE’s) MARVEL microreactor achieved 90% final design, a key step that will allow the project to move forward with preparation for fabrication and construction. “This is an incredible milestone for the Department of Energy,” John Jackson, national technical director for DOE’s Microreactor Program headquartered at Idaho National Laboratory (INL), told […]

Pingshan Phase II, a cutting-edge 1.4-GW ultrasupercritical coal-fired unit, achieves a remarkable net efficiency of 49.37%—making it the world’s most efficient coal-fired power plant. The state-of-the-art

For maximum efficiency and operational flexibility, advanced gas turbines have rightly been optimized to the nth degree. However, there are big opportunities in important related components like the air inlet filtration systems too. The latest developments from Parker Hannifin show what can be achieved when a new approach is taken. Today’s advanced gas turbines are […]

There are many reasons to be optimistic about the prospects for nuclear energy. As a carbon-free energy source, it is a great option for power generation in a world trying to reduce greenhouse gas emissions and stop climate change. The fact that nuclear reactors can operate at baseload with capacity factors regularly greater than 90% […]

Corrosion is a constant battle for infrastructure of all kinds—the natural response of materials like metals to their environment, causing damage to everything from turbines to oil pipelines and vehicles. The costs are vast. A National Association of Corrosion Engineers (NACE) IMPACT study published in 2013 claims that corrosion causes damage valued at $2.5 trillion […]

The UK will back a “digital twin” of future multi-vector energy systems, including non-electric ones, that will support the country’s efforts to meet its 2050 net-zero objectives. The UK’s effort echoes several initiatives launched worldwide to deliver new visibility, knowledge, and understanding of future energy systems and integrate real-time modeling. UK transmission and distribution grid […]

New technology is regularly being developed and enhanced to improve power delivery and incorporate more renewable energy into systems. ABB Energy Industries is among the companies investing in solutions to make future power systems better. Among its current focus areas are deploying subsea power distribution and conversion concepts to support the floating offshore wind industry, […]