Neal Cammy - Blac Inc.
Many refiners are installing coker unheading valves for the first time, actuated with hydraulic systems. In many cases, the project team may have little experience with these systems. Meanwhile, across the refinery, the FCC Unit has been happily chugging along with multiple generations of hydraulic and electrohydraulic slide valve actuator systems for the past 60 years. However, the two worlds never seem to talk (except perhaps at RefComm). This presentation discusses the differences and similarities between the FCCU and Coker applications.
Neal Cammy is currently Manager of the Engineering Department at BLAC INC., a manufacturer of high performance electro-hydraulic actuator systems for Coker, FCC and other applications. Prior to joining BLAC INC. in 2011 as a Project Manager, Neal spent 31 years with UOP, a major licensor of FCC technology. Neal has a Bachelor of Science degree in Chemical Engineering from the New York University Polytechnic School of Engineering.
Neal Cammy is currently Manager of the Engineering Department at BLAC INC., a manufacturer of high performance electro-hydraulic actuator systems for Coker, FCC and other applications. Prior to joining BLAC INC. in 2011 as a Project Manager, Neal spent 31 years with UOP, a major licensor of FCC technology. Neal has a Bachelor of Science degree in Chemical Engineering from the New York University Polytechnic School of Engineering. Neal Cammy is currently Manager of the Engineering Department at BLAC INC., a manufacturer of high-performance electro-hydraulic actuator systems for Coker, FCC and other applications. Prior to joining BLAC INC. in 2011 as a Project Manager, Neal spent 31 years with UOP, a major licensor of FCC technology. Neal has a Bachelor of Science degree in Chemical Engineering from the New York University Polytechnic School of Engineering.