With many ambitious climate and environmental targets outlined in policies such as the EU Green Deal, REPower EU, the Energy Efficiency Directive and the Energy Performance Directive for Buildings, the EU has become a global model for promoting sustainability. continue to play the role of Such policies have prompted further debate among other major carbon emitters, including the United States, which recently adopted new legislation such as the Inflation Reduction Act.
The ambitious climate goals embedded in EU policy can only be achieved through the power of chemistry and innovation. You should consider the overall impact of your solution over its entire lifecycle. Consumers, businesses and governments should also have all the tools available in their toolbox.
Fluorinated gases (F-gases) are one such solution. Support key EU goals by moving heating and cooling away from the use of fossil fuels and towards energy efficient solutions. F-Gas is an excellent alternative for thermal management as it offers a unique combination of sustainability, safety and performance in critical applications.
F-Gas is an excellent alternative for thermal management as it offers a unique combination of sustainability, safety and performance in critical applications.
F-gas continues to underpin our modern world and improve our daily lives while also helping us meet climate and sustainability goals to ensure a better tomorrow.To a more sustainable future. The number of ways F-Gas adds value to society and everyday life while contributing significantly is too numerous to list.
• F-Gas is ensuring sustainability in digital transformation. The EU needs more energy efficient and low water cooling technology for next generation data centers. F-gas with a low global warming potential (GWP) enables new technologies such as two-phase immersion cooling. This can reduce cooling energy usage, CO2 emissions, and data center water consumption by over 90%. Footprint compared to traditional air cooling technology. F-Gas is also used to make semiconductors, one of the key elements of the EU’s digitalisation.
• F-gas enables energy and resource efficiency in buildings and renovations and is also important for heat pumps. Heat pumps are increasingly recognized as a technology that reduces household emissions while providing versatile heating and cooling solutions. Buildings account for 40% of the energy consumed in the EU (as well as 39% of the energy consumed in the US). The EU’s goal of ‘leaving no one behind’ identifies the need to help his 50 million consumers in the EU who struggle to keep their homes properly warm and safe (climate proof ).
• Additionally, F-gas has been widely used as an insulating blowing agent due to its efficiency, technical performance, and non-flammability. These products help reduce energy consumption in EU homes. The very low GWP also means that the blowing agent emissions generated during the foaming process have a very small impact on global warming.
• At a time when effective and efficient cold chains are more important than ever, F-Gas contributes to sustainable cold chains and food value chains, safe distribution of vaccines and medicines, and enhanced food security. , ensuring the minimization of food waste. F-Gas offers superior temperature stability and transport refrigeration capacity compared to alternatives. This is all the more important in a world that only faces the increasing likelihood of further global pandemics and food shortages in the years to come.
Like regulation, information and education play an important role in guiding business and consumer behavior and in meeting climate and environmental goals. But without fact-based, open and transparent debate to promote a coherent regulatory approach, there is a risk that the very purposes for which these key policies were devised will be undermined. By relying solely on popular narratives instead of science and data, we may unwittingly limit our ability to harness some of the most important solutions to achieve our greatest environmental goals.
A prime example: Some suggest so-called “natural refrigerants”, but in fact industrial gases such as propane, ammonia, and CO2 are excellent substitutes for F-gas from a climate and performance standpoint. Gas should be subject to further regulation or outright ban. But the facts simply do not support this. For example, the European Commission has said in its own assessment that propane is not a viable alternative due to safety concerns. Generally leads to lower energy efficiency. It also has a real impact on the amount of carbon in the atmosphere. Other options, such as ammonia, also pose significant health risks. Corrosive to skin, eyes and lungs. Exposure to trace amounts is immediately dangerous to life and health and is flammable even at low concentrations in air.
For the EU, and for the world at large, this path to a sustainable future runs through how we select the most important climate solutions through a balanced and thoughtful approach based on science.
The EU is at a crossroads and now faces a series of important decisions. This decision will determine whether the EU can continue to be at the forefront and a leader in the fight against climate change, and chart a course towards a sustainable future for all citizens and peoples. is something to try. generation to come. For the EU, and for the world at large, this path to a sustainable future runs through how we select the most important climate solutions through a balanced and thoughtful approach based on science.
