I looking at getting pellets to fill my ~3.4 ton silo which automatically feeds my pellet boiler and I use in a Harman insert. I had the silo filled last year by Sandri and they pumped in 3.381 tons of New England pellets and I am down to ~ 80 lbs. I was considering buying 3 tons of bagged pellets and blowing them into my silo with a leaf blower (in another thread), not sure of final amount as the pellets might not reach far end of silo.
So I sat down and tried to work out, what would be the most cost effective.
Okanagan Gold, $289/ton, 8590btu/lb, ash 0.24%, delivery for me $75 for 3 tons.
Some math to work out btu's per $.. This is the part I would like someone to check..
8,590btu/lb x 6,000lbs(3 tons) = 51,540,000 btu's in 3 tons.
$289 cost per ton, x3 + $75 delivery, = $942
51,540,000 btu's in 3 tons divided by $942 = 54,713.375 btu's per $
Sandri delivery of New England pellets, $215/ton, 8,150btu/lb, ash 0.5%, delivery to me $255 for any amount
Same math as above but using the 3.381 tons they got in my silo last time...
8,150btu/lb x 6,762lbs = 55,110,300 btu's in 3.381 tons.
$215 cost per ton + $255 delivery, = $981.92
55,110,300 btu's divided by $981.92 = 56,125 btu's per $.
So if I look at the figures above the Sandri delivery comes out $40 more but I will have more btu's in my silo than the Okanagan Gold, 55,110,300 vs 51,540,000 btu's, so hopefully the pellets will last longer, I do not have to use my planned leaf blower / filler, cut and lift 6,000 lbs of pellets, etc, etc.
The downside of the New England pellets are more ash than the Okanagan Gold but I only cleaned my boiler with 4 tons of the New England pellets, twice.
Do my numbers make sense?
So I sat down and tried to work out, what would be the most cost effective.
Okanagan Gold, $289/ton, 8590btu/lb, ash 0.24%, delivery for me $75 for 3 tons.
Some math to work out btu's per $.. This is the part I would like someone to check..
8,590btu/lb x 6,000lbs(3 tons) = 51,540,000 btu's in 3 tons.
$289 cost per ton, x3 + $75 delivery, = $942
51,540,000 btu's in 3 tons divided by $942 = 54,713.375 btu's per $
Sandri delivery of New England pellets, $215/ton, 8,150btu/lb, ash 0.5%, delivery to me $255 for any amount
Same math as above but using the 3.381 tons they got in my silo last time...
8,150btu/lb x 6,762lbs = 55,110,300 btu's in 3.381 tons.
$215 cost per ton + $255 delivery, = $981.92
55,110,300 btu's divided by $981.92 = 56,125 btu's per $.
So if I look at the figures above the Sandri delivery comes out $40 more but I will have more btu's in my silo than the Okanagan Gold, 55,110,300 vs 51,540,000 btu's, so hopefully the pellets will last longer, I do not have to use my planned leaf blower / filler, cut and lift 6,000 lbs of pellets, etc, etc.
The downside of the New England pellets are more ash than the Okanagan Gold but I only cleaned my boiler with 4 tons of the New England pellets, twice.
Do my numbers make sense?