The need to increase paper production capacity and simultaneously the quality of the paper is achieved among others by intensifying the performance of the paper machine drying section. To test new and improve existing drying concepts good simulation tools and experimental measurements are needed. Dryer simulator built on basis of a commercial mass- and energy balance simulator BALAS® is described. It is capable of simulating traditional cylinder, new combined cylinder/through fabric and direct impingement drying configurations accurately. A paper mill integrate was simulated to make energy concept considerations of impingement drying rebuilds and new installations
A model of an industrial through-dryer for production of tissue paper was developed. The model can b...
Euroresinas produces different types of resin-impregnated paper at its factories. Along the manufact...
The ongoing trend in the paper industry is to decrease the environmental impact of a mill by minimis...
Drying Doctor, a multiple technique simulator of the paper drying process, has been developed at the...
Since the energy required in the paper drying process gives rise to substantial costs for the paper ...
A detailed analysis of the dryer section of a paper machine was undertaken in this study. The mathe...
The literature on simulation models for multi-cylinder paper dryers is surveyed, 20 such models bein...
In this paper combined air-cylinder drying process is studied using drying simulation model. Combine...
Combined cylinder-impingement drying will improve the drying rate of paper and it has also positive ...
In this paper an original and exhaustive mathematical modelling of air impingement drying systems fo...
The development of simulation models describing the process dynamics and tuning of the control syste...
A dynamic model describing the behavior of a multi-cylinder paper drying processes is developed base...
Impingement drying is a dryinh technique which has been commercialised over the last few years.Besid...
The objective of the study is to evaluate and validate an innovated laboratory simulation system for...
The paper making process involves chopping of wood, cooking and forming, followed by dewatering in a...
A model of an industrial through-dryer for production of tissue paper was developed. The model can b...
Euroresinas produces different types of resin-impregnated paper at its factories. Along the manufact...
The ongoing trend in the paper industry is to decrease the environmental impact of a mill by minimis...
Drying Doctor, a multiple technique simulator of the paper drying process, has been developed at the...
Since the energy required in the paper drying process gives rise to substantial costs for the paper ...
A detailed analysis of the dryer section of a paper machine was undertaken in this study. The mathe...
The literature on simulation models for multi-cylinder paper dryers is surveyed, 20 such models bein...
In this paper combined air-cylinder drying process is studied using drying simulation model. Combine...
Combined cylinder-impingement drying will improve the drying rate of paper and it has also positive ...
In this paper an original and exhaustive mathematical modelling of air impingement drying systems fo...
The development of simulation models describing the process dynamics and tuning of the control syste...
A dynamic model describing the behavior of a multi-cylinder paper drying processes is developed base...
Impingement drying is a dryinh technique which has been commercialised over the last few years.Besid...
The objective of the study is to evaluate and validate an innovated laboratory simulation system for...
The paper making process involves chopping of wood, cooking and forming, followed by dewatering in a...
A model of an industrial through-dryer for production of tissue paper was developed. The model can b...
Euroresinas produces different types of resin-impregnated paper at its factories. Along the manufact...
The ongoing trend in the paper industry is to decrease the environmental impact of a mill by minimis...