A new study on the risks associated with the use of propane (R290) in refrigeration and air conditioning will be used to support revisions of international safety standards.
The Institute of Refrigeration’s updated 2019 F-Gas Handbook is free to download for a limited period.
UN Environment OzonAction is assisting all developing countries (Article 5 under the Montreal Protocol) through its networks of National Ozone Officers (146 developing countries), clearinghouse and capacity-building activities to implement their national hydrochlorofluorocarbons (HCFC) phase-out. OzonAction supports efforts to phase out HCFCs, adopt non-ozone depleting, non global warming and energy-efficient alternatives in a safe and sustainable manner, ultimately protecting our common global property – the Earth’s ozone layer.
With the phase-out of HCFCs (hydrochlorofluorocarbons) under the Montreal Protocol on Substances that Deplete the Ozone Layer progressing, the introduction of alternatives with not only zero ozone depleting potential (ODP) but also low global warming potential (GWP) and improved energy efficiency is becoming an issue of increasing importance, especially in developing countries.
Good servicing practices: Phasing out HCFCs in the refrigeration and air-conditioning servicing sector
In recent years, ozone depletion efforts have primarily focused on the obligatory phasing out of ozone depleting substances (ODS). However, in 2013, Decision XIX/6 at the 19th Meeting of the Parties highlighted the importance of climate and energy-efficiency as related to HCFC phaseout. In order to achieve reduction of both ODS and GHG emissions, attention must be paid to activities at a microlevel. This includes reducing leakage rates, adopting good service practices, improving energy-efficiency and preventing adverse environmental impacts during equipment servicing and maintenance.
Commercial CO2 refrigeration systems guide for subcritical and transcritical CO2 applications. Emerson climate technologies
CO2 is termed a “Natural Refrigerant” because it exists in the natural environment. Release into the atmosphere from refrigeration systems has a negligible effect compared to other CO2 sources that are driving the global warming debate. As a refrigerant, it is a manufactured product that conforms to strict purity specifications. Its physical properties require special handling.
Guidelines for the use of hydrocarbon refrigerants in static refrigeration and air conditioning systems
With the introduction of the revised EU Ozone Depleting Substances Regulation and the introduction of a Climate Change Policy by the UK Government, it is considered likely that more refrigeration system designers and users will be turning to alternative refrigerants such as hydrocarbons. The increased application of this technology will bring with it many technical and safety issues.
Climate change is an increasingly important global concern with far reaching effects. The heating, ventilation, air conditioning, and refrigeration (HVAC&R) industry is allotting a significant amount of effort to reduce the environmental impacts of HVAC&R systems. Discussions about the climate impact is often limited to the GWP of the fluids used, but this is far too restrictive, as it does not take into account the real emissions of fluids, and ignores indirect emissions, especially those related to energy use over the life time of the equipment.
This practical guide is designed to improve the skills and knowledge of professionals in the refrigeration sector that need to be certified in accordance with the requirements of the EEU (Eurasian Economic Union). The guide contains basic information on refrigeration equipment, main components of the refrigeration system, Besides, it provides information on commercial, industrial and mobile air conditioners, transport refrigeration, brazing of pipes of the refrigeration system, etc.