Harold A Lange

Title: Innovations in Organic Waste Management: The Contributions of Harold A. Lange

Introduction

Harold A. Lange, an inventive mind based in Freeland, Michigan, has made significant strides in the field of organic waste management. With a total of two patents to his name, Lange has focused on developing methods that enhance the efficiency of carbonizing organic waste materials. His work is pivotal in addressing waste management challenges by converting organic waste into valuable char products.

Latest Patents

Lange's latest patents include two innovative methods of continuously carbonizing primarily organic waste material. The first patent outlines a robust process that allows a stream of comminuted waste material, rich in organic content, to be fed into a mixer barrel. Here, the material is compressed to form a first vapor block, with the work energy from this compression used to maintain the temperature of the material adiabatically. This results in the effective venting of air and steam, leading to the decompression and recompression of the material in the absence of air, ultimately producing a dry, friable particulate char.

The second patent builds upon this concept, also focusing on the continuous carbonization of organic waste to achieve a high British Thermal Unit (BTU) char product. Similar to his first patent, this method emphasizes the importance of maintaining adiabatic conditions to raise the temperature of the waste material, facilitating volatile release and carbonization. By venting the volatiles produced during this process, the final product remains effective for various applications.

Career Highlights

Harold A. Lange currently works with Apv Chemical Machinery, Inc., where he has the opportunity to implement his innovative ideas in a collaborative environment. His patents signify a commitment to enhancing waste management processes and promoting sustainability through innovative technology.

Collaborations

Throughout his career, Lange has worked alongside notable colleagues, including Bernard A. Loomans and James E. Kowalczyk. This collaboration showcases the importance of teamwork in driving technological advancements and enhancing the effectiveness of innovative solutions in the realm of organic waste management.

Conclusion

Harold A. Lange’s contributions to the methods of carbonizing organic waste material not only reflect his inventive spirit but also address critical environmental issues. His patents highlight significant advancements in waste management technology, paving the way for more sustainable practices in handling organic waste. As he continues to refine his techniques, the potential for his innovations to positively impact industry standards is substantial.