Patrick Hannigan
About Patrick Hannigan
Patrick Hannigan is a Medium Voltage Industrial Electrician with extensive experience in hydraulic equipment maintenance and electronic systems. He has contributed to technology advancements in hydraulic fracturing and has held various engineering roles across multiple companies in the energy sector.
Work at ProFrac Services
Patrick Hannigan has been employed at ProFrac Services as a Medium Voltage Industrial Electrician since 2022. His role involves working with electrical systems in the hydraulic fracturing industry, contributing to the maintenance and operation of essential equipment. His expertise in medium voltage systems supports the company's operations in Vernal, Utah.
Education and Expertise
Patrick Hannigan studied at Salt Lake Community College from 1994 to 1996, focusing on pre-engineering subjects including calculus, chemistry, and physics. He also attended Dixie High. His educational background provides a strong foundation for his technical skills in electrical systems and hydraulic equipment.
Background
Patrick Hannigan has a diverse professional background in the electrical and engineering fields. He worked as an Electronic Technician at Transocean from 2012 to 2014, and later at Schlumberger from 2017 to 2020. His experience includes roles at Vanderlande and Premier Tech Chronos, where he developed skills in automation and troubleshooting.
Achievements in Hydraulic Fracturing Technology
Hannigan played a pivotal role in the beta testing of new equipment prototypes aimed at advancing hydraulic fracturing technology. He managed a team of eight, overseeing the maintenance and operation of large-scale hydraulic equipment, and resolved a fleet-wide issue affecting 40 pumps, ensuring optimal performance in varying temperature conditions.
Innovative Troubleshooting Techniques
Patrick developed innovative troubleshooting techniques to enhance control feedback performance between Dynamis gas turbine generators and National Instrument cRio systems. His contributions in this area reflect his ability to improve operational efficiency and reliability in complex electrical systems.