€¦ · adsorption vs absorption capacity 000 70 75 48% 80 85 90 | hot water temp. (oc) high...

7

Upload: others

Post on 26-Apr-2020

8 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: €¦ · Adsorption vs Absorption Capacity 000 70 75 48% 80 85 90 | Hot Water Temp. (oc) High Efficiency even at Low Hot Water temperature Main Benefits Adsorption Chillers Greater
Page 2: €¦ · Adsorption vs Absorption Capacity 000 70 75 48% 80 85 90 | Hot Water Temp. (oc) High Efficiency even at Low Hot Water temperature Main Benefits Adsorption Chillers Greater
Page 3: €¦ · Adsorption vs Absorption Capacity 000 70 75 48% 80 85 90 | Hot Water Temp. (oc) High Efficiency even at Low Hot Water temperature Main Benefits Adsorption Chillers Greater
Page 4: €¦ · Adsorption vs Absorption Capacity 000 70 75 48% 80 85 90 | Hot Water Temp. (oc) High Efficiency even at Low Hot Water temperature Main Benefits Adsorption Chillers Greater
Page 5: €¦ · Adsorption vs Absorption Capacity 000 70 75 48% 80 85 90 | Hot Water Temp. (oc) High Efficiency even at Low Hot Water temperature Main Benefits Adsorption Chillers Greater
Page 6: €¦ · Adsorption vs Absorption Capacity 000 70 75 48% 80 85 90 | Hot Water Temp. (oc) High Efficiency even at Low Hot Water temperature Main Benefits Adsorption Chillers Greater
Page 7: €¦ · Adsorption vs Absorption Capacity 000 70 75 48% 80 85 90 | Hot Water Temp. (oc) High Efficiency even at Low Hot Water temperature Main Benefits Adsorption Chillers Greater