Unlocking the Potential of Electromagnetic Field Assisted Thermal Catalysis
Scientists have recently developed a new technology that could revolutionize the world of catalytic technology. The technology, called electromagnetic field assisted thermal catalysis (EMFAT), is capable of greatly improving the efficiency of catalytic reactions, which are essential in many industrial processes. This new technology has the potential to reduce the energy costs associated with catalytic reactions, as well as reduce the environmental impact of these processes. EMFAT works by applying an alternating electrical signal to the catalytic surface. This alternating signal then causes the catalytic surface to vibrate, which increases the rate of reaction. In addition, the alternating signal also helps to break down the reactants into their component parts, allowing them to interact more efficiently with the catalytic surface. This improved reaction rate and increased efficiency can significantly reduce the energy and environmental costs associated with catalytic reactions. With the potential of this new technology, scientists are hopeful that it can lead to more efficient and eco-friendly industrial processes in the years to come.
source: Phys.org