Contact person
Peter Hansen
Senior forskare
Contact PeterWe will develop, evaluate and implement measurement methodology based on IR technique that allows for the analysis of the variations of basis weight and moisture of the entire produced area. The results will be used to propose solutions to reduce the variations and improve both product quality and process efficiency.
Aim and goal
The goal of the project is to develop, evaluate and implement a methodology that allows for the analysis of variations of basis weight and moisture of the entire produced area.
Challenge
In the production of paper and board, reducing process and quality variation is as important as increasing the quality of the product. Keeping variation low prevents unwanted production breaks and thus raises production efficiency. Here, an extensive analysis of the produced product is critical. Unfortunately, using today’s measurement techniques, not more than 1 percent of the total produced area can be analysed.
Solution
The methodology is based on visual and infrared imaging. The images will be converted into product property maps, which are then used to analyse the property variation. This allows for the identification of the origin of the variation. The methods will be tested and optimized in case studies in the paper and board mills of the 6 mill partners.
Effect
The results of the case studies will lead to recommendations for the mills on how their processes can be modified to reduce the variation. This will help the mills to improve both product quality and process efficiency. A significant reduction in energy and raw material consumption will be the consequence. The methodology will also open to developing new services, for example high resolution “quality labelling” of the product, which will make printing, converting and packaging processes easier.
OVAPPO
Active
Project coordiantor
2017-09-01---2019-08-31
8.9 MSEK
RISE Bioekonomi, Stora Enso, Skoghall, BillerudKorsnäs, Karlsborg, BillerudKorsnäs, Frövi, Iggesund Paperboard, Holmen Paper, Hallsta, Smurfit Kappa, Piteå, ABB, KTH