In our ever - warming world, the demand for air conditioning is skyrocketing.However, traditional vapour compression systems, while effective at cooling, come with significant environmental drawbacks such as high electricity consumption and the use of potent greenhouse gases as refrigerants.Thankfully, a greener alternative exists Vapour Absorption Machines(VAMs) . Learn about Direct Fired Chiller | See VAM Product Page | CCHP Systems | Pump Solutions
Working
- Heat Input: A heat source heats a refrigerant-absorbent solution in the generator.
- Refrigerant Vapourization: The heat causes the refrigerant to vapourize and separate from the absorbent.
- Condensation: The pure refrigerant vapour then flows to a condenser, where it releases heat and turns back into liquid.
- Evapouration: This liquid refrigerant then enters the evapourator at a low pressure.
- Absorption: The refrigerant vapour is then drawn into the absorber, where it is absorbed by the concentrated absorbent solution.
Vapour Absorption Machines(VAMs) offer a compelling and environmentally responsible alternative to traditional air conditioning.By leveraging thermal energy and natural refrigerants, VAM systems can significantly reduce energy consumption and greenhouse gas emissions.
