Top Ten Differences Between CO2 Transcritical Booster vs HFC Systems
Course Description: (Online / 9:00am–12:00pm Pacific Time)
This 3-hour course will cover the 10 key design consideration between CO2 Transcritical booster and HFC systems. The instructor will cover gas cooler types, key design considerations and will review subcritical and Transcritical modes of operation. High pressure concerns, pressure reliefs, where they occur and how standstill pressures are mitigated during the off cycle. The class will also cover critical and triple point of CO2 as well as importance of effectively managing high pressure and bypass gas valves to achieve system stability with the use of supervisory controls optimized for CO2 applications.
Instructor: Andre Patenaude – Director, Solution Strategy with Copeland, Specializing in Sustainable Refrigeration Solutions.
Learning Outcomes:
- Understanding Key Design Consideration of CO2 Vs HFC Systems
- Differences Between CO2 and HFC Discus Compressors
- Understanding the Value of Adiabatic Gas Cooler vs Dry Gas Cooler
- Understanding the Critical Mature of the High-Pressure Control, HPV and BGV Valves
- Review and Outline Higher Operating Pressures and Management of Standstill Pressures
- Understanding the Importance of Electronic Controls and its Integration into CO2 Systems
Target Audience:
- Refrigeration Contractors
- HVAC/R Technicians
- HVAC/R Control Technicians
- Refrigeration Facility Owners / End-Users
- Facility Refrigeration Maintenance Personnel
- Consulting Engineers / Designers
- Energy Managers
- HVAC/R Instructors
Learning Units: Seeking “Nate CEU’s” for 3-hour course
Learning Level:
Intermediate Class: Content is appropriate for individuals who possess a fundamental understanding of the topic and have familiarity with basic terminology and methodology of the subject matter. Attendees should have the capacity to participate in instructor-led exercises requiring synthesis and application of concepts.
Special Instructions:
This is a Webinar class and internet access is required.
Time: 9:00am – 12:00pm (PT) / 12:00pm – 3:00pm (ET)
Customers will receive a link to the webinar prior to the event.
