Microreactor system
A microreactor system that can mix fluids at precise timing has two inlets into which fluids are introduced and merges, in a channel, a first fluid introduced from a first inlet and a second fluid introduced from a second inlet, a first pump that sends the first fluid toward the inlets, and a second pump that sends the second fluid toward the inlets, a first fluid detector that detects an arrival of the first fluid at the first inlet, and a second fluid detector that detects an arrival of the second fluid at the second inlet.
1. A microreactor system comprising:
a first-stage microreactor that has two inlets into which fluids are introduced and a channel merging the fluids, and mixes, in the channel, a first-stage first fluid introduced from a first inlet of the inlets and a first-stage second fluid introduced from a second inlet of the inlets;
a plurality of microreactors in subsequent stages that are disposed in series downstream of the first-stage microreactor, the microreactors in subsequent stages each having two inlets into which a fluid is introduced and a channel that merges the fluid, and mixes, in the channel, a mixed fluid introduced from the first inlet and a fluid to be mixed introduced from the second inlet, the mixed fluid being generated in a microreactor in a preceding stage;
a first-stage first fluid pump that sends the first-stage first fluid toward the first inlet of the first-stage microreactor;
a first-stage second fluid pump that sends the first-stage second fluid toward the second inlet of the first-stage microreactor;
a plurality of pumps for the fluid to be mixed that are disposed in each of the microreactors in the subsequent stages and send the fluid to be mixed toward each of the second inlets of the microreactors in the subsequent stages;
a fluid detector for the first-stage first fluid that detects an arrival of the first-stage first fluid at the first inlet of the first-stage microreactor;
a fluid detector for the first-stage second fluid that detects an arrival of the first-stage second fluid at the second inlet of the first-stage microreactor;
a plurality of fluid detectors for a mixed fluid that are disposed in each of the microreactors in the subsequent stages and detect an arrival of the mixed fluid generated in the preceding microreactor at each of the first inlets of the microreactors in the subsequent stages; and
a plurality of fluid detectors for the fluid to be mixed that are disposed in each of the microreactors in the subsequent stages and detect an arrival of the fluid to be mixed at each of the second inlets of the microreactors in the subsequent stages,
wherein the first-stage first fluid pump, after starting a transfer of the first-stage first fluid toward the first inlet of the first-stage microreactor, stops the transfer by detection by the fluid detector for the first-stage first fluid,
the first-stage second fluid pump, after starting a transfer of the first-stage second fluid toward the second inlet of the first-stage microreactor, stops the transfer by detection by the fluid detector for the first-stage second fluid,
each of the pumps for the fluid to be mixed, after starting a transfer of the fluid to be mixed toward each of the second inlets of the microreactors in the subsequent stages, stops the transfer by detection by the fluid detector for the fluid to be mixed,
each of the first-stage first fluid pump and the first-stage second fluid pump resumes the transfer after the detection by the fluid detector for the first-stage first fluid and after the detection by the fluid detector for the first-stage second fluid,
the first-stage first fluid of which transfer has been temporarily stopped and the first-stage second fluid of which transfer has been temporarily stopped are introduced into the first-stage microreactor and mixed,
the pump for the fluid to be mixed resumes the transfer after the transfer of the fluid to be mixed is stopped and after the detection by the fluid detector for the mixed fluid,
the mixed fluid generated in the microreactor in the preceding stage and the fluid to be mixed of which transfer has been temporarily stopped are introduced into the microreactors in the subsequent stages and mixed, and
the mixed fluid and the fluid to be mixed are sequentially mixed in the microreactors in the subsequent stages.
2. The microreactor system according to claim 1 , comprising a valve capable of opening and closing a channel at each of the inlets of the microreactor.
3. The microreactor system according to claim 1 , wherein a recovery path that recovers the mixed fluid and a disposal path that discards the fluid are branched and connected downstream of the microreactor.
4. The microreactor system according to claim 1 , wherein each of the microreactors includes a leak detector that detects a fluid leak.
5. The microreactor system according to claim 1 , wherein each of the pumps includes a leak detector that detects a fluid leak.
6. The microreactor system according to claim 1 , comprising:
a first weight detector that detects a change in weight of each of the fluids introduced into the microreactor, and
a second weight detector that detects a change in weight of the fluid recovered from the microreactor.
7. The microreactor system according to claim 1 , wherein the microreactor includes a temperature controller that controls a temperature of the microreactor.
8. The microreactor system according to claim 1 , comprising a fluid temperature controller that controls a temperature of the fluid mixed in the microreactor, downstream of the microreactor.