Company Filing History:
Years Active: 2007
Title: Innovations in Wastewater Treatment by Richard Scharp
Introduction
Richard Scharp is an accomplished inventor based in Cincinnati, OH. He has made significant contributions to the field of environmental protection through his innovative approaches to wastewater treatment. His work focuses on the purification of acidic metal-bearing wastewaters, which is crucial for meeting discharge standards while recovering valuable metal products.
Latest Patents
Richard Scharp holds a patent for a process that purifies acidic metal-bearing wastewater to permissible discharge levels while recovering marketable metal products. This innovative process treats wastewater to produce finished water of sufficient purity for discharge. The method involves selectively precipitating metals in a specific sequence, adjusting the pH, and introducing sulfide ions to facilitate the removal of individual metal products. Additionally, a bioconversion process using unique equipment converts sulfate in the wastewater to hydrogen sulfide gas, which is essential for the precipitation process. This bioconversion not only aids in metal recovery but also reduces sulfate levels, allowing for direct discharge or agricultural use of the treated water.
Career Highlights
Richard Scharp is currently employed at the United States Environmental Protection Agency, where he applies his expertise in environmental science and engineering. His work has been instrumental in developing sustainable solutions for wastewater management, contributing to both environmental protection and resource recovery.
Collaborations
Richard has collaborated with notable colleagues, including John O Burckle and Rakesh Govind, to advance research and development in wastewater treatment technologies. Their combined efforts have led to innovative solutions that address critical environmental challenges.
Conclusion
Richard Scharp's contributions to wastewater treatment exemplify the importance of innovation in environmental protection. His patented processes not only enhance water quality but also promote the recovery of valuable resources, showcasing the potential for sustainable practices in industry.