Vallentuna, Sweden

Per Ulf Isacsson


Average Co-Inventor Count = 5.0

ph-index = 1

Forward Citations = 16(Granted Patents)


Company Filing History:


Years Active: 1976

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1 patent (USPTO):Explore Patents

Title: Innovations of Per Ulf Isacsson in the Cellulose Industry

Introduction

Per Ulf Isacsson is an innovative inventor hailing from Vallentuna, Sweden. With a focus on the cellulose industry, he has made significant contributions through his patented method that enhances the bleaching process of cellulose pulp. His work exemplifies the intersection of chemical engineering and environmental sustainability.

Latest Patents

Isacsson holds a single notable patent titled "Method of controlling the amount of chemicals in liquids used within the cellulose industry." This patent presents a groundbreaking method for regulating the quantity of oxidizing bleaching agents in bleaching liquors. The method employs a chemiluminescent reagent that reacts with the bleaching agents, producing light that can be quantified. By comparing this light intensity with known calibration values, the system accurately determines the concentration of oxidizing agents, allowing for optimized control during the bleaching process.

Career Highlights

Throughout his career, Per Ulf Isacsson has worked with Mooch Domsjo AB, where he has utilized his expertise to enhance processes within the cellulose production sector. His innovative approach has not only contributed to his company’s advancements but also positively impacted broader industry practices.

Collaborations

Isacsson has collaborated with esteemed professionals in his field, including Karl Gustav Wettermark and Bengt G. Hultman. Together, they have driven forward-thinking strategies in chemical management and environmentally friendly practices within industrial processes.

Conclusion

Per Ulf Isacsson’s dedication to innovation in the cellulose industry showcases the vital role inventors play in advancing technological solutions. His patented method for controlling chemical use in bleaching processes enhances efficiency and promotes sustainable practices, underscoring the importance of inventive minds in tackling modern industrial challenges.

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