- Products & Supply
- Bulk Industrial Gases
- Carbon Dioxide
- Cylinder Industrial Gases
- Dry Ice
- Electronic Gases and Chemicals
- Emergency Delivery
- Environmental & VOC Standards
- Excimer Laser Gases
- Food Freezing
- Food Grade Gases
- Fuel Gases
- Food Chilling
- Gas Mixtures
- Ion Propulsion
- Lighting Gases
- Liquefied Natural Gas
- Packaged Chemicals
- Specialty Equipment
- Specialty Gases
- Supply Modes
- Water Treatment
- Window Gases
- Pharmaceutical Solutions
- Welding and Safety Products
Operating refrigeration and air conditioning systems creates a carbon footprint, both from direct and indirect greenhouse gas emissions:
Direct: the leakage of refrigerant gases to the atmosphere
Indirect: CO2 released from system energy consumption.
A growing focus on the environmental impact of refrigerants is fuelling demand for refrigeration solutions that can provide satisfactory cooling performance with a lower impact on global warming. This is propelling environmentally friendly refrigeration solutions to the top of the corporate sustainability agenda. In addition, local legislation is increasingly targeting refrigerant gases with high Global Warming Potential (GWP).
Many HFC refrigerants have medium to high GWP and therefore contribute to global warming if released to the atmosphere. Consequently, legislation and operational best practices have increasingly looked towards reducing the impact of these gases through a number of aspects including:
the use of refrigerant gases with a lower GWP
correct end-of-life refrigerant recovery and waste management.
A key example of legislation which impacts on the use of HFCs includes the EU f-gas legislation.
Linde Support: Finding the Route that Suits You Best
We can support you in meeting these goals and advise you on the options available:
Continue to operate your existing system utilising our reclaim, recovery and waste management services.