Overview
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Christophe MARVILLET: Professor at CNAM - Holder of the Applied Energetics Chair – Lecturer at IFFI and ENSIATE
INTRODUCTION
The deployment of EN 378 is taking place in a complex regulatory, industrial, environmental and technological context. Here are the main factors behind this development.
European legislative and regulatory context: the European Union imposes strict legislative frameworks for safety, public health and environmental protection.
Environmental pressures and climate commitments: the deployment of EN 378 is part of a drive to combat climate change, in particular by reducing emissions of refrigerants with a high environmental impact.
With the development of new technologies in the field of refrigeration systems, the need for appropriate safety standards has become obvious. EN 378 meets these needs by providing guidelines for managing the risks associated with these new systems.
Reducing accidents and associated risks: refrigeration-related accidents, such as explosions involving flammable refrigerants, poisoning and cold burns, have highlighted the need to reinforce safety rules.
Provide better training for technicians and installers to minimize human error.
Globalized market and harmonized practices: EN 378 harmonizes refrigeration practices within the European Union, facilitating cross-border trade in equipment and technologies, while ensuring equivalent levels of safety in all member states.
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