Speaker
Description
Jefferson Lab is actively exploring the environmental applications of compact irradiation facilities utilizing Superconducting Radio Frequency (SRF) accelerator technology – a well-established technology primarily used in large research machines. Recent advancements, such as the application of thin films of superconducting alloys in radio frequency (RF) resonators and the development of high-capacity cryocoolers, have made it feasible to employ this key technology in compact, standalone irradiation facilities. The main advantage over conventional systems based on normal conducting technology is the significantly enhanced efficiency in beam power generation, enabling exposure to substantially higher radiation doses.
In the realm of addressing contaminants in wastewater treatment, particularly concerning persistent substances known as "forever chemicals," this technology presents an attractive solution, given the required considerable effort i.e. dose to break them down.
In collaboration with the Hampton Roads Sanitation District, Jefferson Lab has established a test beamline to examine the impact of electron beams on substances like 1,4-dioxane and other contaminants. This study's findings, alongside the ongoing endeavors to design and construct a compact 10 MeV, 1 MW accelerator, will be discussed.
