Cracking of coextruded, black liquor recovery boiler floor tubes is both a safety and an economic issue to mill operators. In an effort to determine the cause of the cracking and to identify a solution, extensive studies, described in this and three accompanying papers, are being conducted. In this paper, results of studies to characterize both the cracking and the chemical and thermal environment are reported. Based on the results described in this series of papers, a possible mechanism is presented and means to lessen the likelihood of cracking or to totally avoid cracking of floor tubes are offered
During Remnant Life Assessment of a boiler drum, several cracks were noticed on the inner surface of...
In this paper, the cracking and leakage cause of the water wall tube was studied by means of macro m...
Boiler tube failures usually result in frequent forced outages, and ultimately in costly extended o...
Cracking of the stainless steel layer of co-extruded 304L stainless steel/SA210 Gd A 1 carbon steel ...
Cracking of the stainless steel layer of coextruded 304L/SA210 recovery boiler floor tubes has been ...
Cracks were first reported in 1992 in co-extruded 304L stainless steel/SA210 Gd Al carbon steel floo...
In the composite tubes of black liquor recovery boilers cracking and corrosion attack has been obser...
Black liquor recovery boiler floor panels made of composite tubes with alloy 625 applied by weld ove...
This systematic study examined the cause of severe cracking of SS304L/SA210 composite waterwall tub...
Beginning in the mid-1960s, increasing energy costs in Finland and Sweden made energy recovery more ...
The recovery boiler at the DMI Peace River Pulp Mill experienced severe cracking of ...
Finite element models were developed for thermal-mechanical analysis of black liquor recovery boiler...
The floor of a black liquor recovey boiler at a mill in central Canada has experienced cracking and ...
The mechanical and thermal fatigue of authentic stainless steels was examined for the maximum temper...
This Cooperative Research and Development Agreement (CRADA) was undertaken to evaluate current and i...
During Remnant Life Assessment of a boiler drum, several cracks were noticed on the inner surface of...
In this paper, the cracking and leakage cause of the water wall tube was studied by means of macro m...
Boiler tube failures usually result in frequent forced outages, and ultimately in costly extended o...
Cracking of the stainless steel layer of co-extruded 304L stainless steel/SA210 Gd A 1 carbon steel ...
Cracking of the stainless steel layer of coextruded 304L/SA210 recovery boiler floor tubes has been ...
Cracks were first reported in 1992 in co-extruded 304L stainless steel/SA210 Gd Al carbon steel floo...
In the composite tubes of black liquor recovery boilers cracking and corrosion attack has been obser...
Black liquor recovery boiler floor panels made of composite tubes with alloy 625 applied by weld ove...
This systematic study examined the cause of severe cracking of SS304L/SA210 composite waterwall tub...
Beginning in the mid-1960s, increasing energy costs in Finland and Sweden made energy recovery more ...
The recovery boiler at the DMI Peace River Pulp Mill experienced severe cracking of ...
Finite element models were developed for thermal-mechanical analysis of black liquor recovery boiler...
The floor of a black liquor recovey boiler at a mill in central Canada has experienced cracking and ...
The mechanical and thermal fatigue of authentic stainless steels was examined for the maximum temper...
This Cooperative Research and Development Agreement (CRADA) was undertaken to evaluate current and i...
During Remnant Life Assessment of a boiler drum, several cracks were noticed on the inner surface of...
In this paper, the cracking and leakage cause of the water wall tube was studied by means of macro m...
Boiler tube failures usually result in frequent forced outages, and ultimately in costly extended o...