Argonne National Laboratory Nuclear Engineering Division

Think, explore, discover, innovate
U.S. Department of Energy

Sodium Reactor Experimental Test Facility

Overview

 

Other Facilities

Work with Argonne
Contact us

For Employees
Site Map
Help

Sodium Reactor Experimental Test Facility

The Sodium Reactor Experimental Test Facility (SRETF) is a fully instrumented facility for conducting and observing reaction experiments between moist gases, steam and alkali metals.

Bookmark and Share  
Sodium Reaction Test Chamber

Sodium Reaction Test Chamber. Click on image to view larger image.

The Sodium Reaction Experimental Test Facility is a facility for conducting reaction experiments between moist gases, steam, and alkali metals. The facility consists of two sections: one section for observing the reaction between humidified gases and alkali metal samples, and another section for observing the reaction between steam, inert or reacting gases, and alkali metal samples. The facility is fully instrumented to record experimental data on system and sample temperatures, system pressures, gas and steam flow rates, supply and exhaust moisture content, hydrogen and oxygen concentration of exhaust gas.

The Sodium Reaction Experimental Test Facility was created as a collaborative effort of the Nuclear Engineering Division and Idaho National Laboratory's Experimental Breeder Reactor Closure Project. The facility was created specifically to observe the reaction between moist carbon dioxide gas and sodium. The Experimental Breeder Reactor is a sodium-cooled fast spectrum reactor that was in the initial phases of being decommissioned. The reactor's sodium had been drained and the Project needed to know how residual sodium would react with moist carbon dioxide. Experimental results led to the successful treatment of the residual sodium. Below are some pictures of the sodium reaction experiment.

The focus of the facility's current efforts is to determine how to control the reaction between lithium and moist gases and steam/gas mixtures. Future applications will include the ability to spray wash alkali metal samples with water in various gases to observe the reaction kinetics and controllability of the reaction process.

Visit our Photo gallery

Last Modified: Tue, February 16, 2010 11:44 AM

 

RELATED RESOURCES

For more information:

Engineering Development and Applications Dept.
Dept. Manager: C. Grandy
Fax:  +1 630-252-7577

C. Grandy's Executive Bio

 

U.S. Department of Energy | UChicago Argonne LLC
Privacy & Security Notice | Contact Us | Site Map | Search   go to top