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Explore the fundamentals of nuclear HVAC design and commissioning including Radiation and non-radiation controlled area design principles, thermal and aeraulic calculations, equipment qualifications, main components design consideration and selection (fans, chillers, local air coolers), and case study.

 

Schedule

Next available:

Duration: 1 Day 
VIRTUAL CLASSROOM:
Date: 24  Sept ember 2024

Price :  300£ + VAT 

MASTERCLASS: Introduction to nuclear ventilation Design and Commissioning

One day Masterclass explore comprehensive insight from nuclear safety awareness, design development to handover for final operation. We will explore the fundamentals of nuclear HVAC design, layouts & installations good practices, commissioning including Radiation and non-radiation controlled area design principles, thermal and aeraulic calculations, Equipment’s qualifications, main components design consideration and selection (fans, chillers, local air coolers), cases study. Throughout the training we address practical examples, exercises and quizzes with delegates for better understanding of courses modules. A practical study cases covering design and commissioning will be substantiated and resolved with delegates.

Who should attend?

Engineers, Designers, supervisors and Project Managers responsible for the design, Qualification, test & commissioning, operation and maintenance of HVAC systems and wishing to enhance their understanding of nuclear ventilation from A to Z.

How will I benefit?

Awareness of risks linked to nuclear facilities and nuclear safety measures, barriers, function provided by ventilation components Ability to sketch Nuclear ventilation conceptual design, functionalities and pre-specify main components Ability to identify Component important to nuclear safety and requirement for seismic, Fire standard, Fire and smoke dampers qualification tests Ability to Carry out Aeraulic calculation, ducts sizing and ductwork pressure Awareness of nuclear project sequence from design to operation and better preparation for a nuclear ventilation role at design phase or on-site activities