Dennis Doherty
About Dennis Doherty
Dennis Doherty serves as the Technical Director for FOGS Products at The Filta Group, Inc. in Los Angeles, California, where he specializes in solutions for preventing sewer overflows and protecting waterways from contamination.
Work at Filta
Dennis Doherty serves as the Technical Director for FOGS Products at The Filta Group, Inc. in Los Angeles, California. He has held this position since 2021, focusing on solutions that ensure compliance with regulations related to fats, oils, and grease (FOGS). His role involves developing innovative products and strategies to assist restaurant owners and regulatory authorities in managing FOGS effectively.
Previous Experience
Prior to his current role, Dennis Doherty worked as General Manager at Metro Circuits, a division of PJC Technologies Inc., for 18 years from 1979 to 1997. He also held the position of Engineering Manager at Ambitech Inc. for one year from 1997 to 1998. Additionally, he served as a Membership Representative at the Greater Conejo Valley Chamber of Commerce for one year from 2003 to 2004.
Education and Expertise
Dennis Doherty studied at the Rochester Institute of Technology, where he earned a degree in Imaging and Photographic Technology from 1973 to 1979. His educational background provides a foundation for his technical expertise in managing FOGS compliance and developing effective solutions for the restaurant industry.
Innovations in FOGS Management
Dennis Doherty introduced the FiltaFOG Cyclone Automatic Grease Removal Devices to the US and Canadian markets. This innovation aims to enhance the efficiency of grease removal processes in restaurants, contributing to better compliance with environmental regulations and the protection of waterways from contamination.
Focus on Environmental Protection
Dennis Doherty is dedicated to protecting waterways from contamination by preventing sewer clogs caused by fats, oils, and grease. His work focuses on capturing these substances from restaurant kitchen drains, thereby reducing the risk of sanitary sewer overflows and ensuring that untreated waste does not reach streets and oceans.