Stephanie Klaus

Title: **Stephanie Klaus: Innovating Biofiltration Techniques in Water Treatment**

Introduction

Stephanie Klaus, an accomplished inventor based in Virginia Beach, VA, has made significant contributions to the field of environmental engineering through her innovative approaches to nutrient removal. With two patents to her name, Klaus focuses on enhancing biological nitrogen removal processes utilizing advanced methodologies.

Latest Patents

Klaus's latest patents include a groundbreaking **Method and Apparatus for Nutrient Removal Using Anoxic Biofilms**. This innovation involves the use of anoxic biofilms to carry out partial denitrification and anammox reactions, contributing to more efficient biological nitrogen removal from wastewater. The system is designed to improve the concentration gradient, thereby reducing mass transfer limitations typical in traditional methods.

Another notable patent is her **Method for Deammonification Process Control Using pH, Specific Conductivity, or Ammonia**. This patent outlines a comprehensive method for treating ammonium-containing water through a deammonification Moving Bed Biofilm Reactor (MBBR) process. It enables simultaneous partial nitritation and anaerobic ammonium oxidation, allowing for better control over essential parameters such as pH and ammonium concentration, ultimately improving treatment efficiency.

Career Highlights

Stephanie Klaus has played key roles in prestigious organizations, including the Hampton Roads Sanitation District and the D.C. Water and Sewer Authority. Her work has been vital in implementing innovative solutions that address water quality challenges in urban environments.

Collaborations

Throughout her career, Klaus has collaborated with esteemed colleagues like Charles Bott and Michael Parsons. These partnerships have fostered the exchange of ideas, which has been crucial in advancing her innovative methodologies in water treatment.

Conclusion

With her two significant patents and wealth of experience, Stephanie Klaus has positioned herself as a leading innovator in the environmental engineering domain. Her work not only contributes to more efficient water treatment processes but also showcases the impact of inventive solutions in addressing critical ecological challenges.