Information papers
Deep-dive into the world of natural refrigerants by exploring eurammon's information papers.
eurammon – taking the initiative for natural refrigerants
In recent years, more and more new agreements have been concluded with the aim of reducing the emission of greenhouse gases. In this light, eurammon, an association between international companies, institutions and individuals, advocates the increased use of natural refrigerants such as ammonia, carbon dioxide or hydrocarbons. In doing so, eurammon acts as a partner of industry, politics and non-governmental organisations in order to jointly find sustainable solutions for the future.
Secondary loop systems with natural refrigerants – Introduction
Secondary loop systems with natural refrigerants - Different heat transfer fluids in secondary loop systems
A wide range of water-based heat transfer fluids (HTFs) is used in indirect refrigeration systems with natural refrigerants. This paper offers a comprehensive overview of key HTF families, focusing on their thermophysical properties, environmental impact, compatibility, and safety considerations. Designed as a practical guide, it supports planners and engineers choose suitable HTFs based on system design, operating temperature range, and application-specific requirements.
Ammonia – a natural refrigerant
Evaluation of ammonia according to the TEWI concept
Assistance in case of accidents with ammonia
Ecologically sound disposal methods in ammonia technology
Gas detection for ammonia refrigeration plants
Technical and energetic appraisal of ammonia refrigerating systems for industrial use
Energy efficiency comparison of screw compressors in liquid chilling units with ammonia and R134a for industrial process applications
Aluminium as a construction material in ammonia refrigeration cycles
Carbon dioxide (CO2) R744 (Carbonic Acid) – the history of an interesting substance
Fit for the phase-down: the main facts and figures of the new F-Gas Regulation
Energy efficient refrigeration technology
In Germany more than 120 millions of refrigerating systems are installed. The energy demand of refrigeration and air conditioning systems is about 14 % (77,000 GWh/a, basis 1999) of the total German energy demand. The outcome of this is 43.9 million tons of CO2 emissions. The manufacturers of refrigerating systems, components and accessories attach great importance to the energy efficiency of their products. The reduction of the energy consumption poses a great challenge for refrigerating and air conditioning technology.
eurammon – taking the initiative for natural refrigerants
In recent years, more and more new agreements have been concluded with the aim of reducing the emission of greenhouse gases. In this light, eurammon, an association between international companies, institutions and individuals, advocates the increased use of natural refrigerants such as ammonia, carbon dioxide or hydrocarbons. In doing so, eurammon acts as a partner of industry, politics and non-governmental organisations in order to jointly find sustainable solutions for the future.
Secondary loop systems with natural refrigerants – Introduction
Secondary loop systems with natural refrigerants - Different heat transfer fluids in secondary loop systems
A wide range of water-based heat transfer fluids (HTFs) is used in indirect refrigeration systems with natural refrigerants. This paper offers a comprehensive overview of key HTF families, focusing on their thermophysical properties, environmental impact, compatibility, and safety considerations. Designed as a practical guide, it supports planners and engineers choose suitable HTFs based on system design, operating temperature range, and application-specific requirements.
Ammonia – a natural refrigerant
Evaluation of ammonia according to the TEWI concept
Assistance in case of accidents with ammonia
Ecologically sound disposal methods in ammonia technology
Gas detection for ammonia refrigeration plants
Technical and energetic appraisal of ammonia refrigerating systems for industrial use
Energy efficiency comparison of screw compressors in liquid chilling units with ammonia and R134a for industrial process applications
Aluminium as a construction material in ammonia refrigeration cycles
Carbon dioxide (CO2) R744 (Carbonic Acid) – the history of an interesting substance
Fit for the phase-down: the main facts and figures of the new F-Gas Regulation
Energy efficient refrigeration technology
In Germany more than 120 millions of refrigerating systems are installed. The energy demand of refrigeration and air conditioning systems is about 14 % (77,000 GWh/a, basis 1999) of the total German energy demand. The outcome of this is 43.9 million tons of CO2 emissions. The manufacturers of refrigerating systems, components and accessories attach great importance to the energy efficiency of their products. The reduction of the energy consumption poses a great challenge for refrigerating and air conditioning technology.
eurammon – taking the initiative for natural refrigerants
In recent years, more and more new agreements have been concluded with the aim of reducing the emission of greenhouse gases. In this light, eurammon, an association between international companies, institutions and individuals, advocates the increased use of natural refrigerants such as ammonia, carbon dioxide or hydrocarbons. In doing so, eurammon acts as a partner of industry, politics and non-governmental organisations in order to jointly find sustainable solutions for the future.
Secondary loop systems with natural refrigerants – Introduction
Secondary loop systems with natural refrigerants - Different heat transfer fluids in secondary loop systems
A wide range of water-based heat transfer fluids (HTFs) is used in indirect refrigeration systems with natural refrigerants. This paper offers a comprehensive overview of key HTF families, focusing on their thermophysical properties, environmental impact, compatibility, and safety considerations. Designed as a practical guide, it supports planners and engineers choose suitable HTFs based on system design, operating temperature range, and application-specific requirements.
Ammonia – a natural refrigerant
Evaluation of ammonia according to the TEWI concept
Assistance in case of accidents with ammonia
Ecologically sound disposal methods in ammonia technology
Gas detection for ammonia refrigeration plants
Technical and energetic appraisal of ammonia refrigerating systems for industrial use
Energy efficiency comparison of screw compressors in liquid chilling units with ammonia and R134a for industrial process applications
Aluminium as a construction material in ammonia refrigeration cycles
Carbon dioxide (CO2) R744 (Carbonic Acid) – the history of an interesting substance
Fit for the phase-down: the main facts and figures of the new F-Gas Regulation
Energy efficient refrigeration technology
In Germany more than 120 millions of refrigerating systems are installed. The energy demand of refrigeration and air conditioning systems is about 14 % (77,000 GWh/a, basis 1999) of the total German energy demand. The outcome of this is 43.9 million tons of CO2 emissions. The manufacturers of refrigerating systems, components and accessories attach great importance to the energy efficiency of their products. The reduction of the energy consumption poses a great challenge for refrigerating and air conditioning technology.
eurammon – taking the initiative for natural refrigerants
In recent years, more and more new agreements have been concluded with the aim of reducing the emission of greenhouse gases. In this light, eurammon, an association between international companies, institutions and individuals, advocates the increased use of natural refrigerants such as ammonia, carbon dioxide or hydrocarbons. In doing so, eurammon acts as a partner of industry, politics and non-governmental organisations in order to jointly find sustainable solutions for the future.
Secondary loop systems with natural refrigerants – Introduction
Secondary loop systems with natural refrigerants - Different heat transfer fluids in secondary loop systems
A wide range of water-based heat transfer fluids (HTFs) is used in indirect refrigeration systems with natural refrigerants. This paper offers a comprehensive overview of key HTF families, focusing on their thermophysical properties, environmental impact, compatibility, and safety considerations. Designed as a practical guide, it supports planners and engineers choose suitable HTFs based on system design, operating temperature range, and application-specific requirements.
Ammonia – a natural refrigerant
Evaluation of ammonia according to the TEWI concept
Assistance in case of accidents with ammonia
Ecologically sound disposal methods in ammonia technology
Gas detection for ammonia refrigeration plants
Technical and energetic appraisal of ammonia refrigerating systems for industrial use
Energy efficiency comparison of screw compressors in liquid chilling units with ammonia and R134a for industrial process applications
Aluminium as a construction material in ammonia refrigeration cycles
Carbon dioxide (CO2) R744 (Carbonic Acid) – the history of an interesting substance
Fit for the phase-down: the main facts and figures of the new F-Gas Regulation
Energy efficient refrigeration technology
In Germany more than 120 millions of refrigerating systems are installed. The energy demand of refrigeration and air conditioning systems is about 14 % (77,000 GWh/a, basis 1999) of the total German energy demand. The outcome of this is 43.9 million tons of CO2 emissions. The manufacturers of refrigerating systems, components and accessories attach great importance to the energy efficiency of their products. The reduction of the energy consumption poses a great challenge for refrigerating and air conditioning technology.
Check out our case studies
Check out our case studies
Explore our case studies to discover succesfull applications of natural refrigerants in various industry sectors.
Explore our case studies to discover succesfull applications of natural refrigerants in various industry sectors.
Join the eurammon network
We at eurammon are committed to providing and sharing knowledge to all parties interested - whether professionals such as end-users and planners, policymakers, or the interested public. Become a member to be part of the change.
Join the eurammon network
We are committed to providing and sharing knowledge ro drive the awareness and adoption of natural refrigerants. Become a member to be part of the change.
Join the eurammon network
We are committed to providing and sharing knowledge ro drive the awareness and adoption of natural refrigerants. Become a member to be part of the change.
Join the eurammon network
We are committed to providing and sharing knowledge ro drive the awareness and adoption of natural refrigerants. Become a member to be part of the change.