The optimum operation conditions and the effects of operating variables on the CO2 conversion and its product distribution in these catalytic reactors were also discussed.
This sensitivity analysis helped identify the limits of operating variables for optimal performance and confirm theoretical viability of operation.
The heat transfer coefficient and bubble properties have been well correlated in terms of operating variables.
Later, the effect of operating variables is examined on the system performance, size and cost.
Appropriate conditions of operating variables were also optimized to predict the best value of responses.
An analysis of the impact of operating variables on the processes performance parameters is performed.
The impact of operating variables such as feed concentration, flow rate, temperature and downstream pressure was investigated.
The effects of operating variables (i.e. fuel inlet concentration, gas flow rate and pressure) on catalytic combustor behaviour are addressed.
It is found that multiplicity of the steady states extends over a wide scope of operating variables and parameters.
The method based on the analyzing operating curves was proposed for the reactor design and the optimization of operating variables.
The effects of operating variables on the n-butanol conversion and n-butyl acetate purity were further investigated.
