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首页> 外文期刊>Journal of Chemical Engineering of Japan >Yield Improvement of Chemical Reactions by Using a Microreactor and Development of a Pilot Plant Using the Numbering-Up of Microreactors
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Yield Improvement of Chemical Reactions by Using a Microreactor and Development of a Pilot Plant Using the Numbering-Up of Microreactors

机译:通过使用微反应器提高化学反应的收率,并使用微反应器编号来开发中试工厂

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The yields of the main products obtained in three consecutive reactions when a conventional batch reactor was used were compared with the yields obtained when a microreactor was used. It was found that the yield of the main product in a bromination reaction increased up to 21.1 % when the microreactor was uesd. Next, a pilot plant involving the numbering-up of 20 microreactors was developed. The 20 microreactor units were stacked in four sets, each containing five microreactor units arranged vertically, similar to a computer blade server. The maximum flow rate when 20 microreactors were used was 1 x 10~4 mm3/s, which corresponds to 72 t/year. Evaluation of the chemical performance of the pilot plant was conducted using a nitration reaction. The pilot plant was found to capable of increasing the production scale without decreasing the yield of the products.
机译:将使用常规间歇反应器时在三个连续反应中获得的主要产物的收率与使用微反应器时获得的收率进行比较。发现当使用微反应器时,溴化反应中主要产物的产率增加至21.1%。接下来,开发了一个涉及20个微反应器编号的中试工厂。将20个微反应器单元堆叠为四组,每组包含五个垂直放置的微反应器单元,类似于计算机刀片服务器。使用20个微反应器时的最大流量为1 x 10〜4 mm3 / s,相当于72吨/年。使用硝化反应对中试工厂的化学性能进行评估。发现中试工厂能够增加生产规模而不会降低产品的产量。

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