In modern engineering processes, simulation models are used for the analysis of different aspects of such systems.
In this paper we show how an econometric-process simulation model, designed to simulate the value of terrace and agroforestry investments, can be used to assess the economic feasibility of C sequestration.
The effects of excess air percentage, first stage stoichiometry, and the introduction position of secondary air on concentrations of the emitted gaseous components, especially concentrations of NO and N2O can be simulated by the developed process simulation model.
Process simulation model was developed.
However, there is currently no suitable process simulation model available for study.
Separation performance for long-term operation was predicted based on the process simulation model.
The process simulation model is capable to be used as a design tool for process scale-up.
For first time in literature, a dynamic process simulation model of a municipal solid waste incinerator is generated.
Within this work a dynamic process simulation model of the absorption unit of a CO2 separation plant was developed.
An equation-oriented process simulation model is further developed for the heat exchange & water gas shift zone.
