Fagervik, Kaj

name

• Fagervik, Kaj

Authored works

• Application of on-line adaptive simulation to batch evaporative crystallization
• Development and use of adaptive models for on-line simulation and control of chemical engineering processes
• Optimal dimensionering av indunstningsanläggningar med beaktande av nedsmutsningsförloppets tidsvarianta inverkan
• Studies on batch evaporative crystallization by means of an adaptive simulator
• Temperaturmätning : kursbilaga till Processindustriell mätteteknik
• Use of an adaptive on-line simulator in batch evaporative crystallization
• Use of an adaptive simulation technique for measuring and control of batch evaporative crystallization

Works contributed to

• A comparison of six control approaches for two-product control of distillation
• A method to account for the effect of air in the ATR tunnel cell : applied to quantitative FT-IR measurements of glucose and sodium gluconate in an Aspergillus niger fermentation
• A parametric study of an adaptive simulator for sugar crystallization
• Adaptive chrystal size distribution on-line model for batch evaporative crystallization
• Adaptive on-line simulation and neural nets for biochemical processes - BioSim
• An approximate model for the dynamic behaviour of distillation columns : 2, Composition response to changes in feed composition for binary mixtures
• Bioprocess monitoring with the Workir 100 : a study in implementation aspects
• Computer aided adaptive simulation technique in chemical engineering
• Flue gas desulfurization with ammonium hydroxide : a case study
• Measurements and on-line modelling of key components in Aspergillus niger glucose oxidase fermentation
• Model and adaptive simulator for batch evaporative crystallizers
• Modeling an electrostatic air cleaning system in the paper industry
• On-line measurement of enzyme activity and biomass concentration with FT-IR/ATR in a cellulase producing Trichoderma reesei fermentation
• Spectral subtraction as a tool for increasing measurement sensitivity : applied to quantitative FT-IR measurements of glucose and gluconate in an Aspergillus niger fermentation

Works about Fagervik, Kaj