OK then but it's going to go a bit slower than I thought it would when I made the OP.
Been all summer and couldn't hardly buy a job and they wouldn't stop coming yesterday. I got a wiring job to do on an old historical home down town, a roof to tear off and put back on, a set of steel handrails to build for a porch and a 40' retaining wall 6 foot high to build, and I got them all yesterday.
So I guess this is going to be a night time project for a while but I have to get it finished before winter gets here.
Well I got a camera and took the first 6 or 7 pictures yesterday too.
They show the 265 gallon tank, which as I said will be the firebox.
It is 36" wide and it was 60" long but the picture shows it after I have cut the end off and then took a 20" band out of it so when it goes back together it will be 40" long.
That gives me 23.56 cubic feet of area in the firebox.
I have studied everything that I can find on outside boilers and I'd have to say that Central Boilers Inc., from Greenbush MN. ids the leader in the boiler industry by far.
They sell a boiler with just about an identical number of square feet in the firebox, the E-2400 and it's maximum heat out put is 305,000 BTU, but it will put out a steady 50,000 BTU for 40 hours on one load of wood.
Now say you have a gas heater that is rated at 50,000 BTU's. That rating is 50,000 BTU's if the heater were to burn 60 minutes in an hour non stop and we all know that a heater comes on and off all the time.
Under most conditions the burner is only on for maybe 15 minutes of an hour so in reality it only produces about 12,500 BTU's to actually keep the house warm.
Well there is no exception for the wood fired boiler either.
The 50,000 BTU's that the E-2400 puts out for 40 hours would run you out of the house if it were left to feed that much heat into the house per hour.
I am expecting a load of wood to last me closer to a week than the 40 hours that they quote there burn time being per load.
One big difference between all the other boilers that I have seen and my design is that they all pretty much use the same type of automatic draft door system which opens the draft door when the water temperature drops to 180* and closes it when it gets back up to 195*, and my design isn't going to use the draft door.
From what I have seen, the draft doors doesn't shut off enough airflow to make me happy.
I am using a forced air duct that will blow air directly where it is needed but only when it is needed and there won't be any air flow at all when it doesn't need it.
When the water reaches the 195* mark the complete absence of airflow will sufficiently shut down the burn cycle at that time and save the wood that is in the fire box for later use.
On the other hand, the coals will set there waiting for the airflow and will come back to life nearly immediately upon receiving the blast of air from the blower.
Well, the work won't stop coming in but I am not raising cane about it. I have went out the door this morning and a man just called and wants me to cut down a large oak tree we had talked about earlier and I like that job too. I'll get $250 for cutting it down and hauling it off and I get to keep the wood.

Get paid for cutting my own firewood. yee haa!
That tree will probably be all the wood I'll need this year.
Anyway, I'll get to welding the lower set of tubes together tonight and get some pictures of them and explain what they are for. So now I have about 20 or 21 more pictures to take before I get the first roll of film developed so I can post them on here. Well, I best get at it so until later.
Godspeed
Ranger