Liquid-to-Refrigerant Heat Exchangers
ASHRAE
Technical Committee
8.5
Upcoming TC Meetings
Tip: Copy and Paste Your Upcoming Meeting Information in this area.
| Location: | JW Marriott Indianapolis, IN |
| Date/Time | Room/Access |
| TC 1.3 / 8.5 Research Review Meeting Sunday, June 23, 2024 3:30 PM–5:30 PM EDT | JW Marriott, 109 (1) Virtual Access: Click Here. |
| TC 8.5 Liquid to Refrigerant Heat Exchangers Monday, June 24, 2024 2:30 PM–4:45 PM EDT | JW Marriott, 208 (2) Virtual Access: Click Here. |
Minutes
- TC0805 2024 Winter Chicago [Draft] Minutes 20240122
- TC0805 2023 Annual Tampa Minutes 20230626
- TC0805 2023 Winter Atlanta [DRAFT] Minutes 20230206
- TC0805 2022 Annual Toronto [DRAFT] 20220627
- TC0805 2022 Las Vegas Minutes 20220130
- TC805 2021 Summer Virtual Conference [Draft] Minutes 20210615
- TC805 2021 Winter Virtual Conference Minutes 20210119
- TC0805 Virtual Conference Minutes 20200618
- TC805 Orlando Minutes 20200203
- TC805 Kansas City Minutes 20190624
Committee Chair
TC0805@ashrae.net
Committee Scope
TC 8.5 is concerned with the thermal and mechanical design, performance, and application of devices for accomplishing heat transfer between refrigerants (including secondary refrigerants) and liquids.
Upcoming Society Conferences
ASHRAE 2025 Winter Conference
February 8-12, 2025
Orlando, FL
Additional Information
Do you want to get involved in your TC's issues at the Society level? If so, read through the pages of this site, attend the annual meeting, or contact our Committee Chair or a subcommittee member.
Shell-and-Tube Condensers.
The refrigerant condenses in the shell side. The cooling liquid flows through the tubes.
Direct Expansion Evaporators
Refrigerant boils as it flows through the tubes, cooling the liquid that flows through the shell.
Flooded Evaporators
The refrigerant evaporates in the shell, cooling the liquid that flows through the tubes.
Brazed Plate Condensers and Evaporators
The refrigerant that boils or condenses flows through very small passages on one side of a plate, while the liquid being heated or cooled flows on the other side of the plate. Many plates are combined together into one compact unit.
