16 pagesInternational audienceWe present a mathematical model for solvated crystallization of alpha -lactose monohydrate in semi-batch mode. The process dynamics are governed by conservation laws including population, molar and energy balance equations. We present and discuss the model and then control the process with the goal to privilege the production of small particles in specific the range. We compare several specific and unspecific cost functions leading to optimal strategies with significantly different effects on product quality. Control inputs are temperature, feed rate, and the choice of an appropriate crystal seed
A kinetic model combining first-order differential equations of the three consecutive steps of lact...
A microfluidic process for producing crystals of controlled size by confining the crystallization wi...
A microfluidic process for producing crystals of controlled size by confining the crystallization wi...
International audienceWe present a mathematical model of solvated crystallization of α-lactose monoh...
International audienceWe present a mathematical model of solvated crystallization of α-lactose monoh...
International audienceWe present a mathematical model of solvated crystallization of α-lactose monoh...
16 pagesInternational audienceWe present a mathematical model for solvated crystallization of alpha ...
HAL is a multi-disciplinary open access archive for the deposit and dissemination of sci-entific res...
International audienceWe present a mathematical model for solvated crystallization of alpha-lactose ...
International audienceWe present a mathematical model for solvated crystallization of alpha-lactose ...
A general technique is derived to formulate and solve the dynamic optimisation problems for crystall...
This work validates the model equations of a seeded batch cooling process to produce α-lactose monoh...
The focus of this work is to revise for semi-batch and continuous operations, the model equations of...
Lactose is the major carbohydrate in milk, and similarly to other sugars, it can exist as two anomer...
Lactose is the major carbohydrate in milk, and similarly to other sugars, it can exist as two anomer...
A kinetic model combining first-order differential equations of the three consecutive steps of lact...
A microfluidic process for producing crystals of controlled size by confining the crystallization wi...
A microfluidic process for producing crystals of controlled size by confining the crystallization wi...
International audienceWe present a mathematical model of solvated crystallization of α-lactose monoh...
International audienceWe present a mathematical model of solvated crystallization of α-lactose monoh...
International audienceWe present a mathematical model of solvated crystallization of α-lactose monoh...
16 pagesInternational audienceWe present a mathematical model for solvated crystallization of alpha ...
HAL is a multi-disciplinary open access archive for the deposit and dissemination of sci-entific res...
International audienceWe present a mathematical model for solvated crystallization of alpha-lactose ...
International audienceWe present a mathematical model for solvated crystallization of alpha-lactose ...
A general technique is derived to formulate and solve the dynamic optimisation problems for crystall...
This work validates the model equations of a seeded batch cooling process to produce α-lactose monoh...
The focus of this work is to revise for semi-batch and continuous operations, the model equations of...
Lactose is the major carbohydrate in milk, and similarly to other sugars, it can exist as two anomer...
Lactose is the major carbohydrate in milk, and similarly to other sugars, it can exist as two anomer...
A kinetic model combining first-order differential equations of the three consecutive steps of lact...
A microfluidic process for producing crystals of controlled size by confining the crystallization wi...
A microfluidic process for producing crystals of controlled size by confining the crystallization wi...