Marie Jordan

Title: Marie Jordan - Innovator in Stormwater Management

Introduction

Marie Jordan is a notable inventor based in Seattle, WA, recognized for her innovative contributions to stormwater management. With a focus on improving drainage systems, she has developed a unique solution that addresses the challenges posed by tidal effects on water depth measurements.

Latest Patents

Marie holds a patent for her invention titled "Decoupling tidal effects from water depth measurements in stormwater drainage systems." This invention is designed to decouple tidal effects from time-series depth measurements. The drainage sensor includes a fluid depth sensor, strategically positioned at monitoring points within a drainage system. Stormwater flows into the input of the drainage system, while a tidal depth sensor is located in a tidal body of water near the output. During high tide, tidal water can backflow into the drainage system's output. Marie's invention generates a model of tidal backflow patterns using data from both the drainage and tidal sensors. This model accounts for the lag time between the tidal data measurements and the drainage sensor readings, allowing for accurate predictions of tidal backflow contributions to stormwater data.

Career Highlights

Marie Jordan has made significant strides in her career, particularly through her work at Hadronex, Inc. Her innovative approach to stormwater management has positioned her as a leader in her field. With one patent to her name, she continues to push the boundaries of technology in environmental management.

Collaborations

Marie collaborates with talented individuals such as Erin Rothman and Suzie Housley, contributing to a dynamic work environment at Hadronex, Inc. Their combined expertise fosters innovation and drives the development of effective solutions in stormwater management.

Conclusion

Marie Jordan's contributions to stormwater management through her innovative patent demonstrate her commitment to addressing environmental challenges. Her work not only enhances drainage systems but also sets a precedent for future innovations in the field.