In summary, a hydrothermal synthesis reactor, or hydrothermal reactor for, is a device that provides a reaction vessel for hydrothermal synthesis (hydrothermal and solvent-thermal synthesis) reactions, typically a closed container or a medium-high vessel.
Hydrothermal synthesis has a long history, dating back to 185. It refers to an effective method of inorganic synthesis and material processing in which aqueous solutions are used as reaction systems, and a relatively high-temperature high-pressure reaction environment is created by heating, pressurizing, or autogenously to dissolve and recrystallize substances that are usually insoluble or insoluble The equipment that provides a place for hydrothermal synthesis reactions is called a hydrothermal synthesis reactor. In summary, a hydrothermal synthesis reactor, or hydrothermal reactor for, is a device that provides a reaction vessel for hydrothermal synthesis (hydrothermal and solvent-thermal synthesis) reactions, typically a closed container or a medium-high vessel. Hydrothermal reactors generally operate at temperatures of 100~1000℃ and pressures of 1~100Mpa, and specific design temperature and pressure can be designed differently depending on the different products of synthesis. Hydrothermal reactors are one of the more commonly used reaction equipment in chemical synthesis, can be used to study the reactivity of substances under hydrothermal conditions, the rules of synthetic reactions, and the structure and properties of synthetic products.
Sincethermal synthesis has high requirements for temperature and pressure, and the reaction is relatively intense, it is generally a small reactor. Hydrothermal reactions can be divided into hydrothermalation, hydrothermal reduction, hydrothermal precipitation, hydrothermal synthesis, hydrothermal hydrolysis, hydrothermal crystallization, etc., depending on the type of. Among them, hydrothermal crystallization is more commonly used.
