Bogna Gryc

Title: The Innovative Mind of Bogna Gryc

Introduction

Bogna Gryc, an esteemed inventor based in East St. Paul, CA, has made significant contributions to the field of HVAC systems through her innovative designs. With a total of six patents to her name, she exemplifies the spirit of creativity and problem-solving that drives advancements in technology.

Latest Patents

Among her notable patents, two standout inventions showcase her expertise. The first is a "Fan coil ceiling unit with closely coupled silencers," which is a low-profile, compact fan coil ceiling unit designed to enhance heating and cooling efficiency while significantly reducing noise levels. It includes crucial components such as closely coupled inlet and outlet silencers with strategically designed baffles to control air flow and minimize sound.

The second patent, a "Sound attenuator," describes an innovative apparatus aimed at mitigating sound generated by fan-powered terminal units in HVAC systems. This invention employs unique internal geometries to effectively minimize noise from air disturbances and aerodynamic effects. The silencer design includes a casing with an inlet and outlet, along with a condensate deflector and baffles strategically positioned to enhance noise attenuation.

Career Highlights

Bogna Gryc works at E.H. Price, Limited, a company known for its leadership in manufacturing HVAC products. Her role has allowed her to push the boundaries of conventional design, leading to the development of advanced solutions for comfort and quiet operation in various environments.

Collaborations

Throughout her career, Bogna has collaborated with talented colleagues, including Alfred Theodor Dyck and Duane McLennan, whose combined insights have facilitated innovative breakthroughs in their projects.

Conclusion

With her impressive array of patents and a clear commitment to innovation, Bogna Gryc stands out as a pivotal figure in the field of HVAC technology. Her work not only demonstrates her expertise but also contributes significantly to improving comfort and sustainability in modern systems.