The problem of efficiently describing the nonlinear dynamics of spatially distributed tubular
heterogeneous reactors is addressed, including multiplicity, stability, and transient behavior …

The problem of modeling the complex nonlinear dynamics of continuous biomass throated
gasification tubular reactors is addressed. The problem is solved with first principles …

The problem of robustly controlling open-loop bistable tubular gasification reactors about its
ignition stable SS is addressed. To attenuate the effect of measured and unmeasured …

The problem of modeling the startup dynamic profiles of a spatially distributed syngas
reactor with the least possible dimension model and one online temperature measurement …

The problem of on-line estimating the gas feed flow input and the 13 (2 flows, 1 temperature
and 10 component)-profile state of a bistable tubular gasification reactor is addressed. The …

In the present paper a nonlinear feedback control design for a class of coupled 1-D
semilinear partial differential equations with in-domain point measurements and in-domain …

Motivated by the need of developing systematic safe operation as well as monitoring and
control schemes, in this study the problem of on-line identifying the heat Peclet number of a …

Due to their ability to handle strongly exothermic reactions with high reaction rate per unit
volume (Froment et al, 2006), heterogeneous fixed and moving bed spatially distributed …