ASME - STS-1
Steel Stacks
active, Most Current
| Organization: | ASME |
| Publication Date: | 1 January 2021 |
| Status: | active |
| Page Count: | 112 |
scope:
Mechanical design includes sizing of the gas passage, both in diameter and height, and the drop in gas temperature as heat is transferred through the stack wall. Methods for calculating draft, draft losses, and heat losses are given. Differential expansion of stack components is discussed. Design considerations for stack appurtenances are established.
Document History
STS-1
January 1, 2021
Steel Stacks
Mechanical design includes sizing of the gas passage, both in diameter and height, and the drop in gas temperature as heat is transferred through the stack wall. Methods for calculating draft, draft...
January 1, 2016
Steel Stacks
Mechanical design includes sizing of the gas passage, both in diameter and height, and the drop in gas temperature as heat is transferred through the stack wall. Methods for calculating draft, draft...
April 26, 2011
Steel Stacks
Mechanical design includes sizing of the gas passage, both in diameter and height, and the drop in gas temperature as heat is transferred through the stack wall. Methods for calculating draft, draft...
October 13, 2006
Steel Stacks
INTRODUCTION
The following Standard applies to steel stacks; that is, those stacks where the primary supporting shell is made of steel. It applies to both single- and multiple-walled steel stacks,...
September 3, 2001
Steel Stacks
The following Standard applies to steel stacks; that is, those stacks where the primary supporting shell is made of steel. It applies to both single- and multiple-walled steel stacks, either of which...
January 1, 2000
Steel Stacks
The following Standard applies to steel stacks; that is, those stacks where the primary supporting shell is made of steel. It applies to both single- and multiple-walled steel stacks, either of which...