| 摘要 |
<p>A chemical processing microsystem comprises four or more microreactors (600), each of the four or more microreactors comprising a surface defining a reaction cavity having a volume of not more than about 3 ml for carrying out a chemical reaction, an inlet port (250) in fluid communication with the reaction cavity, and an outlet port (260) in fluid communication with the reaction cavity, and a fluid supply system (500) for supplying one or more reactants from one or more external reactant sources to the inlet port of each reaction cavity, wherein the chemical processing microsystem further comprises four or more microseparators (900), each of the four or more microseparators comprising a surface defining a separation cavity for separating at least one component of a reactor effluent, an inlet port (850) in fluid communication with the outlet port (260) of one of the microreactors for receiving the reactor effluent therefrom, and an outlet port (860) in fluid communication with the separation cavity for discharging the separated effluent therefrom, and a fluid discharge system (920) for discharging a reactor effluent from the outlet port of each separation cavity to one or more external effluent sinks.</p> |
