According to an aspect of this disclosure, a clustered reaction system includes a plurality of reaction devices, a cooling device and a gas supply device.
The reaction devices are spaced apart from each other. Each of the reaction devices includes a reaction tank unit that defines a reaction space adapted for receiving reaction materials, a plurality of through holes that extend through the reaction tank unit and that are spatially communicated with the reaction space, a heat exchange module that includes a heat exchange passage surrounding the reaction tank unit and having an inlet and an outlet, and an injection module that extends through one of the through holes and that is adapted for providing at least one of the reaction materials into the reaction space.
The cooling device is adapted for supplying a coolant into the heat exchange passage of each of the reaction devices, and includes a liquid supply main channel and a plurality of liquid supply side channels. Each of the liquid supply side channels includes a liquid inlet tube, and a liquid outlet tube that are communicated fluidly with the liquid supply main channel and that are respectively and fluidly communicated with the inlet and the outlet of the heat exchange passage of a respective one of the reaction devices. The gas supply device is adapted for supplying a gas to the reaction devices, and includes a gas supply main channel and a plurality of gas supply side channels. Each of the gas supply side channels is communicated fluidly between the gas supply main channel and one of the through holes of a respective one of the reaction devices. |