Chiller selection
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The reaction between dimethyl sulfide and hydrogen peroxide is exothermic; how many kilocalorie capacity of ice machines are needed for four 5-liter reactors? I’d appreciate it if the experts here could give me some advice
Due to the exothermic nature of the reaction, sufficient cooling capacity is required to control the temperature of the four five-dimensional reactors. However, to determine exactly how many kilowatts of cooling capacity is required for the chiller, the following factors need to be considered: 1. The total heat released by the reaction. Based on the heat release value of the reaction between dimethyl sulfide and hydrogen peroxide, it is possible to calculate the amount of cooling needed for each reaction vessel. 2. Size of the reactor: The size of the reactor also affects the amount of cooling required. Smaller reactors require less cooling capacity, while larger reactors need more. 3. Ambient temperature: The temperature of the surrounding environment also has a certain impact on the efficiency of the ice machine. If the ambient temperature is high, the chiller may require more cooling capacity to maintain temperature control in the reactor. Taking all the above factors into consideration, it is recommended to consult a professional chiller supplier or technician to determine the appropriate type and specifications of chiller for this reaction, and to ensure that the temperature of the reactor is properly controlled. .
Are there any data on reaction heat? If so, it can be calculated