Carsten Schulz

Title: Inventor Carsten Schulz: Pioneering Methods in Chemical Analysis

Introduction

Carsten Schulz, an innovative inventor based in Dormagen, Germany, has made significant contributions to the field of chemical analysis. With two patents to his name, Schulz's work focuses on improving methodologies for determining chemical oxygen demand (COD) in various samples, particularly those with high chloride concentrations.

Latest Patents

Schulz's latest inventions include two notable patents. The first patent is a "Method of determining chemical oxygen demand (COD) for high chloride samples." This invention provides a systematic approach to accurately measure COD in samples with elevated chloride levels. It involves determining the chloride concentration, dosing the sample with an acid and an oxidizing agent, and applying a chloride correction to derive the accurate COD.

The second patent is titled "Method of using cuvette package with RFID parameter transponder and cuvettes with 2D bar code, including photometry." This invention relates to a liquid analysis system designed for photometric determination of analytes in liquid samples. It integrates an analyzer with a photometer, RFID parameter reading device, and identifier reading device, utilizing test cuvettes that store batch-specific data, ensuring accurate and efficient liquid analysis.

Career Highlights

Throughout his career, Carsten Schulz has been associated with leading companies in the analytical and measurement technology sector, including Hach Lance GmbH and Hach Lange GmbH. His experience in these organizations has significantly contributed to his expertise in chemical analysis and developing innovative methodologies.

Collaborations

In his journey as an inventor, Schulz has collaborated with colleagues such as Helga Guthmann and Gabriel Rueeck. These professional relationships have fostered a collaborative environment leading to advancements in their shared fields of expertise.

Conclusion

Carsten Schulz exemplifies the spirit of innovation in the field of chemical analysis. His patents not only advance methodology for analyzing samples with high chloride content but also streamline the processes involved in photometric determinations. As the field of chemical analysis continues to evolve, Schulz's contributions are set to play a vital role in developing more efficient and accurate analytical techniques.