Analysis of parametric stochastic system of the synthesis of hydrazine from secondary raw materials in wave reactor

In this paper, the synthesis of hydrazine in a wave reactor from the point of view of mathematical modeling is considered. Synthesis of hydrazine is the main stage in the synthesis of hydrazine sulfate from secondary raw materials, namely the condensate of steam formed as a result of carbamide synthesis unit. Existing methods of the synthesis of hydrazine and its derivatives from different raw materials are considered. The relevance of conducting research on the synthesis of hydrazine from secondary raw materials is analyzed. The hydrazine synthesis process has been identified as a complex parametric stochastic process. The factors influencing the process of the synthesis of hydrazine, which correspond to working conditions of the system of hydrazine synthesis from condensates of juice carbamide production steam, are considered. The methods of experiment planning are proposed. An optimally possible vector of conducting an experiment in the direction of a passive experiment is established