Location History:
- Helsinki, FI (2019)
- Aalto, FI (2021 - 2023)
Company Filing History:
Years Active: 2019-2025
Title: The Innovative Mind of Michael Hummel
Introduction
Michael Hummel is a noteworthy inventor based in Aalto, Finland. He has made significant contributions to the field of cellulose technology, holding a total of four patents that highlight his innovative spirit and dedication to sustainable materials.
Latest Patents
One of Hummel's latest patents is a method for making cellulose fiber or film. This process includes dissolving pulp in an ionic liquid containing a specific cationic moiety and various selected anions to produce a spinning dope. The technique allows for the extruding of filaments through a spinneret to form either cellulose fibers or a cellulose film.
Another notable patent is related to converting mechanical pulp-derived waste material into valuable cellulose products. This innovative approach involves cooking the waste material with a cooking liquor to extract lignin, subsequently dissolving the delignified pulp in an ionic liquid. The method enables the production of recycled cellulose products, including fibers for textiles and films for packaging purposes.
Career Highlights
Throughout his career, Michael Hummel has worked with esteemed academic institutions, notably the Aalto University Foundation and the University of Helsinki. His work has emphasized the development of sustainable materials and making advances in cellulose processing technologies.
Collaborations
Hummel has collaborated with prominent researchers, including Herbert Sixta and Anne Michud. These partnerships have further enriched his innovative work, allowing for greater contributions to the field of cellulose technology.
Conclusion
Michael Hummel stands out as a pioneering inventor in the area of cellulose materials. His relentless pursuit of innovation through his patents not only underscores his expertise but also highlights the importance of sustainability in material science. Through his work, Hummel continues to pave the way for future advancements in cellulose technology.