This report evaluates the thermal hydraulic behavior of tank C-106 during and following the process test conducted from March 10, 1994 to June 15, 1994. During and following the process test the thermocouples on the thermocouple tree in riser No. 14 began to indicate significantly higher temperatures in the sludge than the low temperatures typically observed at this location. The thermocouples on the thermocouple tree in riser No. 8 during this same time period indicated temperature variations consistent with normal seasonal effects. This report summarizes the analyses conducted to understand the phenomena that caused the temperature history at riser No. 14
This report presents the computer simulations used to evaluate whether tank 241-C-106 can be operate...
This study investigated the effect of temperature and duration of heat treatment on rheological prop...
New data on tank 241-C-106 were obtained from grab sampling and from compatibility testing of tank C...
The initial sluicing activities of Project WRSS resulted in a two month increase in temperatures as ...
This report describes the thermal hydraulic analysis performed to provide a technical basis in suppo...
This report presents an assessment of waste tank 241-C-106 temperature response indications. The res...
This report summarizes the results of thermal analysis performed to provide a technical basis in sup...
The Process Engineering Analyses group performed a thermal evaluation of the Project W-320 retrieval...
The Process Engineering Analyses group performed a Thermal evaluation of the Project W-320 retrieval...
This report describes a new evaluation conducted to help understand the thermal-hydraulic behavior o...
This analysis assumes that there is a hypothetical large leak at the bottom of Tank 241-C-106 which ...
Three laboratory and pilot scale, diffused air activated sludge units were operated as continuous pl...
This report describes the results of thermal hydraulic analysis performed to provide data in support...
The research deals with processes occurring in the activation tank when removing nitrogen from the o...
Single-shell W C-106 is on an accelerated schedule for partial retrieval of its softer, high-he-at s...
This report presents the computer simulations used to evaluate whether tank 241-C-106 can be operate...
This study investigated the effect of temperature and duration of heat treatment on rheological prop...
New data on tank 241-C-106 were obtained from grab sampling and from compatibility testing of tank C...
The initial sluicing activities of Project WRSS resulted in a two month increase in temperatures as ...
This report describes the thermal hydraulic analysis performed to provide a technical basis in suppo...
This report presents an assessment of waste tank 241-C-106 temperature response indications. The res...
This report summarizes the results of thermal analysis performed to provide a technical basis in sup...
The Process Engineering Analyses group performed a thermal evaluation of the Project W-320 retrieval...
The Process Engineering Analyses group performed a Thermal evaluation of the Project W-320 retrieval...
This report describes a new evaluation conducted to help understand the thermal-hydraulic behavior o...
This analysis assumes that there is a hypothetical large leak at the bottom of Tank 241-C-106 which ...
Three laboratory and pilot scale, diffused air activated sludge units were operated as continuous pl...
This report describes the results of thermal hydraulic analysis performed to provide data in support...
The research deals with processes occurring in the activation tank when removing nitrogen from the o...
Single-shell W C-106 is on an accelerated schedule for partial retrieval of its softer, high-he-at s...
This report presents the computer simulations used to evaluate whether tank 241-C-106 can be operate...
This study investigated the effect of temperature and duration of heat treatment on rheological prop...
New data on tank 241-C-106 were obtained from grab sampling and from compatibility testing of tank C...