Bofeley Technology launched the PLR-RP series of optical thermal catalytic reactions to provide a platform for the system to study the light thermal catalytic reaction. The innovative quartz column light guide method and reactor design improved the radiation efficiency of the light source and the inhalation area of the catalyst. , Meet the needs of light thermal synergy catalysis.

  Traditional chemical reactions are mainly to activate the reactor by heating, providing the system that provides the energy that spans thermodynamic and base, and prompts the reactor to transform the product to the product. In the thermal catalytic system, reactor molecules are adsorbed and activated on the surface of the catalyst, changing the chemical reaction path, and reducing reaction activation can make the response easily. The photocatalytic uses the energy of the photon to catalyze the reaction. The reaction mechanism and path are very different from the thermal catalytic. The reaction conditions are mild and easy to operate.

  In recent years, with the gradual deepening of catalytic research, scientists have found that optical thermal collaboration catalysis can improve the efficiency of catalytic reactions, but also transform low -density solar energy into high -density chemical energy. The effective combination of the two can surpass individual alone. The effects that can be achieved by thermal catalytic and photocatalytic, and by changing the reaction conditions, can regulate the activity and selectivity of the reaction, have an inestimable value in the energy and environmental field, and are the research focus of the current new catalytic technology.