Water contamination analysis in refrigeration installations
Water contamination
As a result of the continuous increase in air-conditioned spaces, both existing and newly built, and consequently the large number of air conditioning units generally powered by electricity, it is necessary to develop a new, more advantageous system that will centrally supply cooling to most homes, businesses, and public institutions.
Chilled water networks, currently used by many countries in Europe, America, and Asia, can precisely enable us to replace local air conditioning systems, which in many cases result in high electricity consumption and have a significant environmental impact. This is because some of these systems use refrigerants that are harmful to the environment, particularly to the ozone layer.
- How can we determine the presence of water contamination issues in any refrigeration system? How can we resolve these problems?
- Recommendations regarding "moisture indicators" in systems flooded with synthetic refrigerants and the possibility of ice formation in evaporators and valves.
- Recommendations regarding the possibility of making small changes to most systems flooded with synthetic refrigerants to detect and resolve moisture-related issues. What are the consequences for compressors?
- Why are screw compressors more prone to water contamination problems than piston compressors?
- What happens to the chemical environment in the system, sediment deposits, oil composition degradation, and changes in thermodynamic properties, etc.?
- Why do leaks occur in systems with contaminated water? Rubber parts become brittle, corrosion occurs, etc.?
- If there is water in the system, there is normally air as well, meaning oxygen, carbon dioxide, etc. play an active and harmful role in the chemical environment.
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Water contamination analysis in refrigeration installations
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