This internationally recognised thermodynamic database, TAF-ID, was created in a joint project among 9 organisations, representing 6 member countries: Canada (AECL, RMCC, UOIT), France (CEA), Japan (JAEA, CRIEPI), The Netherlands (NRG), the Republic of Korea (KAERI) and The United States (DoE).
The database is being created in an effort to ensure the ongoing safety and upkeep of current nuclear facilities and to support the development of Generation 4 reactors. The project is coordinated by OECD-NEA and is entirely funded by the 9 signatories.
An original and more comprehensive version of the database was released to the 9 signatories of the project in December 2013. It contains 40 elements, 69 assessed binary systems and 47 assessed ternary systems. The database was initially compiled from several existing databases and is continually being expanded upon by the signatories, using the CALPHAD method and available experimental data.
This December, a condensed version will be made available to NEA member nations free of charge. This version will contain the complete description for the following systems: U-Pu-O-C, U-Pu-Zr, U-C-N.
Although the public version is being made available for free, it requires either Thermo-Calc or another computational simulation software program to run.