Travis Bjerketvedt

Title: **Innovative Solutions by Travis Bjerketvedt in Pulp Processing**

Introduction

Travis Bjerketvedt, an inventive mind based in Atlanta, GA, has made significant contributions to the field of pulp processing. His innovative approach focuses on the monitoring and controlling of hydrophobic components within pulp processes, showcasing his expertise and commitment to advancing industrial methodologies.

Latest Patents

Travis holds a patent titled "Monitoring and controlling hydrophobic components in a pulp process." This breakthrough invention involves conducting a sample of an aqueous stream to an optical measurement device, where a hydrophobic dye is added. The process includes fractionating the sample based on particle size or mass. By measuring fluorescence and light scattering intensity values for the fractions, a hydro-phobicity density of the particles can be calculated. This calculation allows for the effective monitoring and control of hydrophobic contaminants in the aqueous stream, enhancing the efficiency of pulp processing.

Career Highlights

Travis currently works for Kemira Oyj, a global leader in providing water-intensive industries with sustainable chemical solutions. His career at this esteemed company has been marked by his innovative contributions that blend cutting-edge technology with practical applications in pulp processing.

Collaborations

Throughout his career, Travis has collaborated with talented colleagues, including Iiris Joensuu and Marjatta Piironen. These collaborations highlight his ability to work alongside other professionals to push the boundaries of innovation in the industry.

Conclusion

Travis Bjerketvedt stands out as an inventor committed to improving processes in pulp manufacturing. His patent reflects a significant advancement in the way hydrophobic components are monitored and controlled, ensuring cleaner and more efficient production methods in the sector. With his ongoing work at Kemira Oyj and collaborations with skilled professionals, Travis continues to shape the future of pulp processing and contribute to the field of innovation.