Hello All,
It's burning time here again in the Yukon. Had the plumber install a 3 way mixing/diverting valve to keep the return water temp above 140 deg. hoping to prevent creosote build up on the heat exchanger tubes. Guess what? I am still getting build up on the tubes! All of the bases have been covered draft, wood M/C etc. I am thinking that the creosote is being deposited on the heat exchanger tubes during extended idling times of the unit. I do believe that I am oversized at the moment and that combined with burning beetle killed white spruce (very dry but lots of pitch) is causing the problem. I have photographed the air intake damper using time lapse photography at 1 minute intervals to try and determine how much idling time there is during the night.
I would like to correspond with someone on the forum who is burning clean during the night with no creosote build-up, on the heat exchanger tubes who is willing to do the same time lapse photography. We then can compare air intake cycle times and total percentage of open vs. dampened burn times. Any takers out there?
It's burning time here again in the Yukon. Had the plumber install a 3 way mixing/diverting valve to keep the return water temp above 140 deg. hoping to prevent creosote build up on the heat exchanger tubes. Guess what? I am still getting build up on the tubes! All of the bases have been covered draft, wood M/C etc. I am thinking that the creosote is being deposited on the heat exchanger tubes during extended idling times of the unit. I do believe that I am oversized at the moment and that combined with burning beetle killed white spruce (very dry but lots of pitch) is causing the problem. I have photographed the air intake damper using time lapse photography at 1 minute intervals to try and determine how much idling time there is during the night.
I would like to correspond with someone on the forum who is burning clean during the night with no creosote build-up, on the heat exchanger tubes who is willing to do the same time lapse photography. We then can compare air intake cycle times and total percentage of open vs. dampened burn times. Any takers out there?