Chemical waste monitoring devices

Chemical waste incineration systems must also include properly designed chemical waste handling systems. These include a receiving and unloading station, a storage tank, a pump set to feed the injector or burner, appropriate diking and spiU protection, and monitoring and safety protection devices. Most of these components must be enclosed within a separate, fire-rated room that is specially ventilated and equipped with explosion-proof electrical fixtures. 

Future advances in precursor purity and manufacturing technology, real-time monitoring of chemical reactions, MOCVD reactor chamber design, computer-controlled epitaxial growth systems, detailed chemical process models, and real-time process control will lead to improved process efficiencies, reduced hazardous waste, and enhanced device reproducibility, yield, and performance. The future of MOCVD is certainly bright. We are on the frontier of a great expansion of the abilities of MOCVD to provide materials for products that improve and expand the human experience on earth, under the oceans, and in space. 

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