John Dirks Jr Posted October 31, 2008 Report Share Posted October 31, 2008 This liner for an oil furnace is crumbling. What causes this? It had a stainless steel cap that I removed to reveal this. Image Insert: 197.53 KB Link to comment Share on other sites More sharing options...
Jim Katen Posted October 31, 2008 Report Share Posted October 31, 2008 Originally posted by John Dirks Jr This liner for an oil furnace is crumbling. What causes this? It had a stainless steel cap that I removed to reveal this. It looks like spalling caused by water that's saturated the tile and then frozen. - Jim Katen, Oregon Link to comment Share on other sites More sharing options...
Jerry Simon Posted October 31, 2008 Report Share Posted October 31, 2008 We don't have oil furnaces in these parts...really sooty flue interior normal? And yes, spalled tile from freeze-thaw of moisture-laden flue tile; that, or there's current in the chimney. Link to comment Share on other sites More sharing options...
Tim H Posted October 31, 2008 Report Share Posted October 31, 2008 or there's current in the chimney. Jerry, I am guessing that the current would be carried by the moisture? Is this something you have seen (measured) with a meter? How does the current act as a destrucutive force on the tile? Thanks, Tim Link to comment Share on other sites More sharing options...
hausdok Posted November 1, 2008 Report Share Posted November 1, 2008 Hi, Old oil furnaces often spew a lot of sulphur. It coats the flue tile, gets wet and the mixture saturates the tile. Sulphur + water = ? OT - OF!!! M. Link to comment Share on other sites More sharing options...
Jerry Simon Posted November 1, 2008 Report Share Posted November 1, 2008 Originally posted by hausdok Sulphur + water = ? Waphur? Link to comment Share on other sites More sharing options...
Tim H Posted November 1, 2008 Report Share Posted November 1, 2008 Originally posted by hausdok Hi, Old oil furnaces often spew a lot of sulphur. It coats the flue tile, gets wet and the mixture saturates the tile. Sulphur + water = ? OT - OF!!! M. Combining sulphur dioxide and water produces what is commonly called acid rain. I am wondering where the current comes in to play, and how the current acts on the flue tile (failure mode). If the damage is caused by electrolysis, there would still have to be a source for the current, wouldn't there? Tim Link to comment Share on other sites More sharing options...
Jim Katen Posted November 3, 2008 Report Share Posted November 3, 2008 Originally posted by Tim H . . . Combining sulphur dioxide and water produces what is commonly called acid rain. I am wondering where the current comes in to play, and how the current acts on the flue tile (failure mode). If the damage is caused by electrolysis, there would still have to be a source for the current, wouldn't there? Tim I believe that Jerry's comment about current in the chimney was a humorous reference to another, recurring, thread about blackening of copper pipe and whether or not it has to do with current in the pipe. - Jim Katen, Oregon Link to comment Share on other sites More sharing options...
Tim H Posted November 3, 2008 Report Share Posted November 3, 2008 Originally posted by Jim Katen Originally posted by Tim H . . . Combining sulphur dioxide and water produces what is commonly called acid rain. I am wondering where the current comes in to play, and how the current acts on the flue tile (failure mode). If the damage is caused by electrolysis, there would still have to be a source for the current, wouldn't there? Tim I believe that Jerry's comment about current in the chimney was a humorous reference to another, recurring, thread about blackening of copper pipe and whether or not it has to do with current in the pipe. - Jim Katen, Oregon Thanks Jim, I was beginning to wonder if my question was just too dumb to be answered. I guess it was. Whole thing went right over my head. Link to comment Share on other sites More sharing options...
Recommended Posts
Create an account or sign in to comment
You need to be a member in order to leave a comment
Create an account
Sign up for a new account in our community. It's easy!
Register a new accountSign in
Already have an account? Sign in here.
Sign In Now