This paper addresses the problem of predicting the critical parameters that characterize thermal runaway in a tubular reactor with wall cooling, introducing a new view of the n-th order kinetics reactions. The paper describes the trajectories of the system in the temperature-(concentration)n plane, and deduces the conditions for the thermal risk
Transient heat and mass transport in a wall-cooled tubular catalytic bed reactor is numerically inve...
The comprehensive study of highly reactive systems is essential to achieve a safe and productive ope...
It is well-known that, for certain values of the operative parameters influencing the dynamic behavi...
In the specific literature of the last seventy years, the problem of identifying the operating condi...
Much of the literature on runaway reactions deals with the consequences such as mechanical damage to...
We consider the problem of heat and mass transfer in porous catalyst pellets. Both the steady and ti...
Maximum temperature of reactant mixture is an important parameter regarding reactor safety. If the c...
Abstract-Previously reported design criteria for cooled tubular reactors are based on the prevention...
Previously reported design criteria for cooled tubular reactors are based on the prevention of react...
We study axial heat and mass transfer in a highly diffusive tubular chemical reactor in which a simp...
In chemical processes, runaway reactions, i.e. exothermic reactions getting out of control, represen...
Runaway reactions have always been a serious issue for the chemical industry. Failures that may lead...
The reliability of a chemical reactor installed in a industrial plant is very important for the safe...
A characterization of the solution(s) of nonlinear boundary value problems (BVPs) arising from a cla...
Transient heat and mass transport in a wall-cooled tubular catalytic bed reactor is numerically inve...
The comprehensive study of highly reactive systems is essential to achieve a safe and productive ope...
It is well-known that, for certain values of the operative parameters influencing the dynamic behavi...
In the specific literature of the last seventy years, the problem of identifying the operating condi...
Much of the literature on runaway reactions deals with the consequences such as mechanical damage to...
We consider the problem of heat and mass transfer in porous catalyst pellets. Both the steady and ti...
Maximum temperature of reactant mixture is an important parameter regarding reactor safety. If the c...
Abstract-Previously reported design criteria for cooled tubular reactors are based on the prevention...
Previously reported design criteria for cooled tubular reactors are based on the prevention of react...
We study axial heat and mass transfer in a highly diffusive tubular chemical reactor in which a simp...
In chemical processes, runaway reactions, i.e. exothermic reactions getting out of control, represen...
Runaway reactions have always been a serious issue for the chemical industry. Failures that may lead...
The reliability of a chemical reactor installed in a industrial plant is very important for the safe...
A characterization of the solution(s) of nonlinear boundary value problems (BVPs) arising from a cla...
Transient heat and mass transport in a wall-cooled tubular catalytic bed reactor is numerically inve...
The comprehensive study of highly reactive systems is essential to achieve a safe and productive ope...
It is well-known that, for certain values of the operative parameters influencing the dynamic behavi...