Jennifer Therkorn

Title: **Innovator Spotlight: Jennifer Therkorn from Milltown, NJ**

Introduction

Jennifer Therkorn is an accomplished inventor based in Milltown, New Jersey. With a focus on advanced technologies for airborne particulate sampling, she has made significant contributions to the field of environmental science. Her innovative approach incorporates ferroelectric materials to enhance the efficacy of air sampling, particularly for detecting biological particles.

Latest Patents

Jennifer Therkorn holds one patent titled "Particulate air sampling using ferroelectric materials." This patent describes a device that functions as both a passive and active sampler designed for airborne particulate sampling, especially targeting biological particles. The unique sampler features a base portion that can vary in size and shape, equipped with a series of air channels optimized for efficient sampling. The invention utilizes layers of polarized ferroelectric film which create an electric field, enabling the collection of both charged and uncharged particles. This technology serves as an electrostatic precipitator for active sampling, making it highly beneficial for bioaerosol filtration and general particle filtration, including applications in HVAC systems.

Career Highlights

Jennifer's work at Rutgers, the State University of New Jersey, reflects her commitment to advancing environmental monitoring technologies. Her research has significantly impacted the development of methods to ensure cleaner air quality and safeguard public health through innovative sampling techniques.

Collaborations

Throughout her career, Jennifer has collaborated with esteemed colleagues, including Gediminas Mainelis and Jerry I Scheinbeim. These partnerships have allowed her to enhance her research and contribute to valuable projects that align with her expertise in air quality monitoring.

Conclusion

Jennifer Therkorn exemplifies the spirit of innovation with her patented technology that addresses critical environmental challenges. Her contributions to air sampling and filtration systems not only demonstrate her ingenuity but also highlight the importance of continued research in ensuring safe and clean air for future generations.