Includes abstract.Includes bibliographical references (leaves 77-84).The move to cleaner production has led to the process industry aiming at producing chemicals in a pure form and at the lowest possible cost. In practice this has resulted in a shift from treating processes as "black boxes" towards developing more concise models which reveal what happens within these "black boxes". This shift can be discerned at plant level for better control mechanisms, at a reactor design level to incorporate the effect of hydrodynamics and even at a molecular level when designing a tailor-made catalyst
BACKGROUND: Precipitation has been applied for the processing of important therapeutics, including ...
The precipitation process of L-glutamic acid from monosodium glutamate solution through acidificatio...
A mechanistic model was developed to study the industrial synthesis of the polyurethane precursor, a...
This dissertation consists of three interrelated sections dealing with: (i) Development of a suitabl...
This thesis concerns the scale-up of precipitation processes aimed at predicting product particle c...
Crystallization and precipitation from solutions are responsible for 70% of all solid materials prod...
Control of particle size in rapid crystallizing processes, also called precipitation processes, pres...
In most standard flow process, the formation of solids represents a major problem often leading to o...
Crystallization is a widely practiced unit operation throughout the chemical and pharmaceutical proc...
Includes bibliographical references.The recovery of metal values from aqueous streams via precipitat...
A common but complex multiphase chemical reactor process is the mixing of two chemicals to precipita...
The aqueous reductive precipitation of palladium metal has been studied in semibatch stirred tank re...
This thesis presents the results and discussions of an investigation into nucleation mechanisms in ...
International audienceThe driving force of precipitation reactions is given by supersaturation, whic...
The objective of this work is to investigate the interaction of turbulence with the nonlinear proces...
BACKGROUND: Precipitation has been applied for the processing of important therapeutics, including ...
The precipitation process of L-glutamic acid from monosodium glutamate solution through acidificatio...
A mechanistic model was developed to study the industrial synthesis of the polyurethane precursor, a...
This dissertation consists of three interrelated sections dealing with: (i) Development of a suitabl...
This thesis concerns the scale-up of precipitation processes aimed at predicting product particle c...
Crystallization and precipitation from solutions are responsible for 70% of all solid materials prod...
Control of particle size in rapid crystallizing processes, also called precipitation processes, pres...
In most standard flow process, the formation of solids represents a major problem often leading to o...
Crystallization is a widely practiced unit operation throughout the chemical and pharmaceutical proc...
Includes bibliographical references.The recovery of metal values from aqueous streams via precipitat...
A common but complex multiphase chemical reactor process is the mixing of two chemicals to precipita...
The aqueous reductive precipitation of palladium metal has been studied in semibatch stirred tank re...
This thesis presents the results and discussions of an investigation into nucleation mechanisms in ...
International audienceThe driving force of precipitation reactions is given by supersaturation, whic...
The objective of this work is to investigate the interaction of turbulence with the nonlinear proces...
BACKGROUND: Precipitation has been applied for the processing of important therapeutics, including ...
The precipitation process of L-glutamic acid from monosodium glutamate solution through acidificatio...
A mechanistic model was developed to study the industrial synthesis of the polyurethane precursor, a...