Packed Bed Reactor Experiment

Short Name: PBRE

Facility Description

The Packed Bed Reactor Experiment (PBRE) hardware was designed to study the behavior of two-phase flows (liquids and gases simultaneously) as they flow through a column of fixed porous media. The porous media can be a varied of shapes and materials. The two immiscible fluids can also be varied (e.g., liquid and gas, water and oil).

PBRE must operated inside the Microgravity Sciences Glovebox (MSG) and supports near real-time data downlink. A variety of diagnostics are available including gas and liquid flow rates, temperatures, pressures, and video. The data obtained from PBRE has significantly advanced our understanding of two-phase flows through packed columns (packed beds) in microgravity.

Availability: Please contact the facility manager

ISS Environment: Internal

Owner: NASA

Operator/Implementation Partner:
NASA

Developer(s):
NASA Glenn Research Center; ZIN Technologies

Facility Manager:
John McQuillen,
NASA Glenn Research Center

Manager Email:
john.b.mcquillen@nasa.gov

Parent Facility: MSG

Child Facility:

Sponsoring Space Agency: NASA

Equipment Category: Capability

Additional Information:

Past PBRE investigations on NASA’s SSRE
PBRE
PBRE-2
PBRE-WR
PBRE-WRS

More information from NASA’s Glenn Research Center
PBRE
PBRE-WRS

jsc2024e043917 (7/10/2024) --- Packed Bed Reactor Experiment-Water Recovery (PBRE-WR) examines flow rates of gas and liquid through a filtering substrate in the space station water processor, replacing oxygen with nitrogen. This preflight image shows the PBRE-WR test section with alumina packed bed material loaded. Scientists aim to learn more about how reduced gravity affects the performance and reliability of various filtration systems

jsc2024e043917 (7/10/2024) --- Packed Bed Reactor Experiment-Water Recovery (PBRE-WR) examines flow rates of gas and liquid through a filtering substrate in the space station water processor, replacing oxygen with nitrogen. This preflight image shows the PBRE-WR test section with alumina packed bed material loaded. Scientists aim to learn more about how reduced gravity affects the performance and reliability of various filtration systems