Prevent gas outages with advanced LNG strategies, addressing hazards, reliability, and operational best practices for gas systems.
This course, 'Integration of Peak Shaving Facilities into a Local Distribution Company (LDC) Gas System and Gas Outage Avoidance,' provides an in-depth exploration of the strategies and methodologies necessary to maintain gas system reliability. With a focus on LNG peak shaving facilities, this course examines their role in mitigating gas shortages, ensuring energy security, and supporting local distribution systems during critical demand periods.
Participants will gain a comprehensive understanding of the factors that contribute to gas outages, including low gas pressure, extreme weather conditions, equipment malfunctions, and operational errors. The course will discuss the decision-making processes involved in determining when an outage should be declared and how to isolate affected areas to minimize risks effectively. Additionally, attendees will explore the causes and outcomes of outages to extract valuable lessons for future prevention.
A key focus of the course is the role of LNG as a peak-shaving resource. Attendees will examine the operational considerations for LNG facilities, including vaporization readiness, odorization systems, and the logistics of LNG transportation and deployment. The course will also address regulatory requirements, safety protocols, and the economic impact of integrating LNG into an LDC’s supply portfolio.
Other critical topics include single-point failure analysis, emergency response coordination, and best practices for system reinforcement. Participants will explore proactive planning methods, including load-shedding strategies, gas system reinforcement, and mutual aid agreements to ensure preparation for potential supply disruptions.
This course is designed for engineers, utility managers, and decision-makers responsible for maintaining gas supply reliability and responding to emergencies. By the end of the course, attendees will be equipped with the tools and knowledge to enhance resilience, reduce the impact of supply disruptions, and effectively manage gas system reliability.
** Mechanical Engineering and Process Engineering ** Dr. Vitale is a graduate of NYU Tandon School of Engineering (formerly NY Polytechnic University) with a B.S., M.S., and Ph.D. in Mechanical Engineering and an M.S. in Civil Engineering. He has been licensed as a P.E. in 6 states and keeps his P.E. licenses active in New York, Pennsylvania, and New Mexico. Dr. Vitale has worked in the natural gas and LNG industry for over 50 years. In 2004 he retired as Vice President and Chief Engineer over Gas Engineering and 28 Production facilities for KeySpan Energy across New York City, Long Island, Rhode Island, Massachusetts, and New Hampshire. During his employment with KeySpan, he often taught Thermodynamics, Heat Transfer, Fluid Dynamics, and other energy courses at NY Polytechnic University. From 2004 to the present, Dr. Vitale has focused on consulting for the Gas Industry with a specialty in training the industry’s human resources on how to make safety and reliability their major focus through understanding the technologies. More than half of Dr. Vitale’s consulting has been focused on training Liquefied Natural Gas (LNG) Operating personnel on generic and site-specific operations of their plants. Dr. Vitale has generated and delivered training materials for import terminals, export terminals, peak shavers, and portable LNG facilities. His courses have been both open-enrollment and plant-specific. He has trained clients in the U.S., Canada, Mexico, South America, Europe, Mid-East, and China. Dr. Vitale has also provided expert testimony for justifying asset (pipeline and service) replacement programs and new facilities (LNG or pipeline or compressors) for system reinforcements to meet the peak-day demands of the industry’s customers. Dr. Vitale’s passion is to train Gas Operators on their gas systems' safe, reliable, and efficient operation and develop a continuous learning culture.
