Walter H Goodman

Title: **Inventor Spotlight: Walter H. Goodman**

Introduction

Walter H. Goodman is a prominent inventor based in Lisle, IL, USA. With an impressive portfolio of six patents, Goodman has contributed significantly to advancements in cooling water management and purification methods relevant to the oil sands industry. His innovative solutions reflect a commitment to enhancing efficiency and sustainability in industrial processes.

Latest Patents

Goodman's latest patents include:

1. **Cooling Water Monitoring and Control System**: This invention involves a method for controlling cooling water treatment in cooling towers. By measuring the operating data from downstream heat exchangers—including inlet and outlet temperatures and flow rates—Goodman's system determines the heat transfer efficiency over time. Any changes in efficiency trends can indicate fouling issues, allowing for the targeted use of chemical additives to manage and improve cooling water conditions.

2. **Purification of Oil Sands Pond Water**: This method enhances the flux of settling pond water from oil sands processes through a membrane separation system. The process entails treating the water with various polymers before passing it through a membrane system, which improves water purity and quality. Such innovations are crucial for addressing environmental challenges associated with oil sands extraction.

Career Highlights

Walter H. Goodman has worked with notable companies in his field, including Nalco Chemical Company and Nalco Company. His experience at these organizations has undoubtedly shaped his expertise in water treatment and purification technologies.

Collaborations

Goodman has collaborated with esteemed professionals such as Thomas M. Miller and Narasimba M. Rao. These partnerships have likely fostered a conducive environment for innovation and the development of cutting-edge solutions.

Conclusion

Walter H. Goodman exemplifies the spirit of innovation in engineering and environmental stewardship. Through his patents and collaborations, he continues to impact industries reliant on cooling systems and water purification. His work not only enhances operational efficiencies but also contributes to the sustainability goals critical in today’s technological landscape.