The Center for Advanced Research in Drying (CARD) has been exploring various technologies for industrial drying, including lasers. Dr. Yagoobi, a researcher involved in the project, highlights the need for new drying technologies in energy-intensive industries that are more efficient and can run on renewable energy sources. The focus of this research will be on drying materials in the food, pulp, and paper industries, such as potato chips, cookies, and packaging products.
The use of lasers for drying offers several advantages over traditional methods. Lasers are powerful and can be easily integrated into existing production lines without the need for extensive retrofitting. Additionally, lasers do not heat enclosed spaces, which helps to conserve energy and reduce heat loss. The goal of this project is to develop technologies that improve the energy efficiency of drying processes without compromising the quality of the products.
Industrial laser manufacturer IPG Photonics is a partner in the project and will provide laser technology for testing in WPI’s facilities. Other partners include companies in the food and paper industries, as well as research organizations focused on technology innovation and energy efficiency.
Dr. Yagoobi is excited about the potential impact of this research, both in terms of reducing carbon emissions and providing opportunities for students to gain valuable research experience. The application of laser technology to drying processes could lead to significant energy savings and improved product quality, making it an innovative and promising solution for the future of industrial drying.
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