How to increase COP and SCP of the absorption chiller

AI Thread Summary
To increase the COP and SCP of a silica gel absorption chiller, consider optimizing the heat exchanger for better efficiency, as the current setup limits the addition of more absorption beds or larger sizes. The discussion highlights the importance of correctly identifying the process as adsorption rather than absorption, which affects operational parameters. Participants suggest contacting the heat exchanger manufacturer for tailored advice on improving performance. The focus remains on enhancing system efficiency within the constraints of existing equipment. Improving these metrics is crucial for maximizing cooling performance in the current setup.
QFGreg
Messages
2
Reaction score
0
Dear all,

I would to like to ask do anyone have any idea on how to increase the COP and SCP(Specific Cooling Power) of a silica gel absorption chiller?
COP= Heat removed by evaporator/ Heat supplied to system( normally is the hot water supplied to the absorption bed)

SCP= heat removed at evaporator/ mass of silica gel( 1 kg silica gel is being used in the experiment)*cycle time

Currently we have two bed of silica gel absorption bed, neither the faculty is willing to purchase extra absorption bed( which able to reduce the cycle time) nor change a bigger size of absorption bed ( which able to increase the mass of the silica gel to be put inside ).

I am wondering what can i do else to improved the efficiency, perhaps to change the better heat exchanger or anything else? @.@

Thank you everyone
 
Engineering news on Phys.org
I would contact the manufacturer of the exchanger itself, they'll have the best ideas for their specific model.

Also, are you sure it's not adsorption? With Silica gel, I'd expect this to be an adsorption unit. Just trying to ensure you are using the proper term when discussing this in the future, as the two processes operate differently.
 
Sorry should be adsorption... Typed wrongly... Tq
 
Here's a video by “driving 4 answers” who seems to me to be well versed on the details of Internal Combustion engines. The video does cover something that's a bit shrouded in 'conspiracy theory', and he touches on that, but of course for phys.org, I'm only interested in the actual science involved. He analyzes the claim of achieving 100 mpg with a 427 cubic inch V8 1970 Ford Galaxy in 1977. Only the fuel supply system was modified. I was surprised that he feels the claim could have been...
Thread 'Turbocharging carbureted petrol 2 stroke engines'
Hi everyone, online I ve seen some images about 2 stroke carbureted turbo (motorcycle derivation engine). Now.. In the past in this forum some members spoke about turbocharging 2 stroke but not in sufficient detail. The intake and the exhaust are open at the same time and there are no valves like a 4 stroke. But if you search online you can find carbureted 2stroke turbo sled or the Am6 turbo. The question is: Is really possible turbocharge a 2 stroke carburated(NOT EFI)petrol engine and...
TL;DR Summary: Heard in the news about using sonar to locate the sub Hello : After the sinking of the ship near the Greek shores , carrying of alot of people , there was another accident that include 5 tourists and a submarine visiting the titanic , which went missing Some technical notes captured my attention, that there us few sonar devices are hearing sounds repeated every 30 seconds , but they are not able to locate the source Is it possible that the sound waves are reflecting from...
Back
Top