Anneli Hase

Title: Innovations by Anneli Hase: Pioneering Advances in Cationic Starch Products and Adhesives

Introduction

Anneli Hase, an accomplished inventor based in Espoo, Finland, has made significant contributions to the field of cationic starch products and adhesives. With a portfolio of five patents, Hase has developed innovative solutions that enhance various industries, particularly in the manufacturing of wood-based products.

Latest Patents

Anneli Hase's latest patents include a groundbreaking cationic starch product and an adhesive for fiber boards. The cationic starch product involves a unique preparation process that utilizes a cationising reagent derived from choline or a synthetic equivalent. This innovative product comprises starch and a hydrocarbon chain, with substituents that allow for variable chemical properties, leading to diversification in applications.

Additionally, her adhesive binder for fiber boards provides an eco-friendly solution for bonding lignocellulosic particles. The binder is created through the enzymatic treatment of fibrous raw materials, yielding a water-soluble fraction rich in carbohydrates and lignin. This method not only contributes to sustainability in the wood-based product industry but also showcases Hase's dedication to advancing adhesive technology.

Career Highlights

Anneli Hase has amassed a wealth of experience working for prominent companies, including Neste Chemicals and Santen. Her tenure in these organizations has allowed her to hone her skills and contribute to significant projects, further cementing her reputation as a leading inventor in her field.

Collaborations

Throughout her career, Hase has collaborated with key professionals such as Olli Aaltonen and Martti Alkio. These partnerships have fostered a collaborative environment that encourages innovative thought and creative problem-solving.

Conclusion

Through her innovative work, Anneli Hase has demonstrated the power of creativity and research in driving advancements in cationic starch and adhesives. Her patents reflect a commitment to sustainability and innovation, positioning her as a vital contributor to her industry. As her career continues to evolve, the impact of her inventions will undoubtedly resonate across various applications for years to come.