This thesis deals with the design and operation of a multiple-parallel powder-packed reactor with continuous gas and liquid flows for kinetic tests. The reactor design is discussed in detail. Subsequently, axial dispersion in a multiphase packed microreactor is treated. Also, it is described how to minimise segregation during the loading of a catalyst-diluent powder mixture in these reactors.The kinetic tests, used as validation reaction, are hydrotreatment reactions to make fuels more environmentally friendly.Catalysis EngineeringApplied Science
Different approaches to study the advantages and challenges of miniaturized reactor systems for comb...
A new type of multiphase reactor, referred to as the segregated multiphase flow catalytic tubular re...
Different approaches to study the advantages and challenges of miniaturized reactor systems for comb...
This thesis deals with the design and operation of a multiple-parallel powder-packed reactor with co...
Why to use packed bed micro-reactors for catalyst testing? Miniaturized packed bed reactors have a l...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
The demand for safer and more efficient chemical plants has lead the reaction engineer to consider n...
The research over the past decade on intensified reactors is mainly focused on micro-structured devi...
This dissertation describes the development of simplified microreactors to be used in multi-step rea...
Thesis: Sc. D., Massachusetts Institute of Technology, Department of Chemical Engineering, 2014.Cata...
This dissertation describes the development of simplified microreactors to be used in multi-step rea...
Different approaches to study the advantages and challenges of miniaturized reactor systems for comb...
A new type of multiphase reactor, referred to as the segregated multiphase flow catalytic tubular re...
Different approaches to study the advantages and challenges of miniaturized reactor systems for comb...
This thesis deals with the design and operation of a multiple-parallel powder-packed reactor with co...
Why to use packed bed micro-reactors for catalyst testing? Miniaturized packed bed reactors have a l...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
Multiphase flow processing in flow reactors holds great promises for diverse applications in fine ch...
The demand for safer and more efficient chemical plants has lead the reaction engineer to consider n...
The research over the past decade on intensified reactors is mainly focused on micro-structured devi...
This dissertation describes the development of simplified microreactors to be used in multi-step rea...
Thesis: Sc. D., Massachusetts Institute of Technology, Department of Chemical Engineering, 2014.Cata...
This dissertation describes the development of simplified microreactors to be used in multi-step rea...
Different approaches to study the advantages and challenges of miniaturized reactor systems for comb...
A new type of multiphase reactor, referred to as the segregated multiphase flow catalytic tubular re...
Different approaches to study the advantages and challenges of miniaturized reactor systems for comb...