Process model is a useful tool for

Process model is a useful tool for understanding the behavior of chemical processes. In this chapter, the modeling and simulation of the sorption-enhanced chemical looping reforming and water splitting (SECLR-WS) process are explained. The SECLR-WS process was simulated by using Aspen Plus program. The Aspen Plus is a flowsheeting program based on a sequential modular approach. Basically, the sequential modular is a computational strategy which perform the simulation of the process by following the calculation sequence (unit-by-unit). Details of the flowsheet development for the SECLR-WS process are given in this chapter, including major assumptions, a module of a unit, and stream detail. In addition, the validation of SECLR-WS simulation against with experimental data reported in the literature is presented.

Results (English) 2:

Process model is a useful tool for understanding the behavior of chemical processes. In This chapter, the modeling and simulation of the sorption-enhanced chemical looping reforming and water splitting (SECLR-WS) process are explained. The SECLR-WS process is simulated by using Aspen Plus program. Basically, the sequential modular is a computational strategy which perform the simulation of the process by following the calculation sequence (unit-by-unit). Details of the Flowsheet development for the SECLR-WS process are given In this chapter, including major assumptions, a module of a unit, and stream detail. In addition, the validation of SECLR-WS simulation against with experimental data reported In the literature is presented.

Results (English) 3:

Process models are a useful tool for understanding the chemical behavior of processes. In this chapter, models and Simulated absorption enhancement, chemical cycling, modification and water separation, holmium CLA WS 41 and process interpretation. The secl-ws process is simulated by Aspen Plus Program, and the Aspen Plus Program is designed based on sequence. The basic method of modularization, sequential module, is a kind of simulation of calculation strategy and execution process. By calculating the sequence, a unit, a unit 41 and the tail of the clr-ws process development process. In this chapter, the main assumptions, modules of the unit, and additional detail flows are included to verify Ser-ws simulation of experimental data reported in literature