Jesus Christ, whoever wrote this “article” has no idea what they’re talking about. The researchers achieved sub-zero temperatures with a solid refrigerant, which is impressive. It has however absolutely nothing to do with climate change, because the heat still has to go somewhere. And the point that gas refrigerants are horrible greenhouse gases is not generally true anymore. Most new systems use gases as refrigerants that have equal or less impact on the atmosphere than co2 if they’re released into the atmosphere. And that only happens if the loop is damaged, under normal operation it should stay sealed.
Under normal operation, in a perfect system it will stay sealed. Problems come at end of life and in real world use. Seals aren’t perfect, gas escapes slowly. Some seals are bad, a blast chiller at my work needs regassing every other year. People dump old fridges and freezers on the street and they get damaged.
Yes, but the amount of gas in an AC system is insignifcant compared to the CO2 generated just making the AC system in the first place. Hell, delivering it probably generated significantly more pollution. Not saying we shouldn’t strive to make it better, but it’s not as actively harmful as it was 30+ years ago.
What heat are you referring to? Refrigeration simply moves heat using electricity to pump refrigerant through a cycle of physical changes, aka heat pumps.
Jesus Christ, whoever wrote this “article” has no idea what they’re talking about. The researchers achieved sub-zero temperatures with a solid refrigerant, which is impressive. It has however absolutely nothing to do with climate change, because the heat still has to go somewhere. And the point that gas refrigerants are horrible greenhouse gases is not generally true anymore. Most new systems use gases as refrigerants that have equal or less impact on the atmosphere than co2 if they’re released into the atmosphere. And that only happens if the loop is damaged, under normal operation it should stay sealed.
Under normal operation, in a perfect system it will stay sealed. Problems come at end of life and in real world use. Seals aren’t perfect, gas escapes slowly. Some seals are bad, a blast chiller at my work needs regassing every other year. People dump old fridges and freezers on the street and they get damaged.
It all gets out eventually.
Yes, but the amount of gas in an AC system is insignifcant compared to the CO2 generated just making the AC system in the first place. Hell, delivering it probably generated significantly more pollution. Not saying we shouldn’t strive to make it better, but it’s not as actively harmful as it was 30+ years ago.
What heat are you referring to? Refrigeration simply moves heat using electricity to pump refrigerant through a cycle of physical changes, aka heat pumps.