Novel ammonia gas leakage decontamination simulation experiment platform
A technology of simulating experiment and ammonia gas, applied in the field of simulation experiment platform, can solve the problems of high pollution, environmental pollution, explosion accidents, etc., and achieve the effect of improving the efficiency of washing and disinfecting gas, good reproducibility of test data, and stable operation.
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[0028] A novel ammonia leakage decontamination simulation experiment platform of the present invention includes an ammonia metering system, a gas circulation system, a data collection and analysis system, a fine water mist system, and a decontamination chamber.
[0029] (1) Fine water mist system
[0030] ① Selection of decontamination methods
[0031] Considering that the leakage of ammonia gas volatilizes and diffuses very quickly, the selected decontamination method must have the characteristics of rapidity. In recent years, more and more water mist fire extinguishing equipment has been used in the fire fighting practice of firefighting forces. Various water mist fire extinguishing devices and equipment emerge in endlessly, including portable water mist fire extinguishing devices, backpack type water mist fire extinguishing devices, vehicle-mounted water mist fire extinguishing Water mist fire fighting motorcycles, bread type water mist fire trucks, elevated (remote) wate...
experiment example
[0068] In order to test the reliability and sealing of the decontamination experimental device and the working conditions of each system, the decontamination test is carried out. After three parallel experiments, the reproducibility was very good, as Figure 7 shown.
[0069] Depend on Figure 7 It can be seen that the change curves of the ammonia concentration with the decontamination time in Experiments 1, 2 and 3 basically overlap, and the decontamination time is 137s, 133s, and 134s respectively, and the difference is small. Therefore, this experimental device has good reproducibility in the study of ammonia simulated decontamination.
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