Anhydrous Actual 120 lbs an acre or 46 x 2.7 times to get the equivalent.
Price 140lbs x 1.11 = $155.00 an acre for nitrogen. or use example 10000 acre farm $1,554,000.00
That is just for your ammonia.
Now take in this example half canola and half wheat.
5000 canola x 150 lbs S-15 at $1175 x 340 tons = $399,840.00
5000 Wheat x 125 Lbs S-10 at $1245 x 283 tons = $352,335.00
Total for the farm needed for 2022. To expect to grow a max crop. $2,306,175.00 or at todays locked in price half and half Canola 17 and wheat 10.
Canola you will give 70000 bushels away just to cover your basic cost of Fert.Or almost 14 bushels an acre.
Wheat you will give 115,308 bushels away just to cover your basic fert costs. Or 23 BPA.
So if its a disaster and you grow 15 canola and 20 wheat your ****ed right from the Go.
Now look at your soil tests.
Most have a bit in the ground.
We grew crops up to 50 BPA with 50 lbs nitrogen and 75 lbs starter back in the 90s with decent moisture or adequate moisture. If none who gives a ****.
50 lbs nitrogen will cost 55.50 an acre across the board. $555,000.00 total nitrogen cost.
75 lbs starter fert.
170 tons s15 x 1175 = $199,926.00
170 tons S10 x 1245 = $211,650.00
Total $411,576.00 or 41 an acre
Total fert 96.00 an acre.
Wheat you need 9.6 bPA to pay for your product.
Canola you need 5.65 to pay for your product.
So you will survive and if it does rain add later or just run the year and say **** it.
Now lets look at the original you need
90 BPA wheat at 10 to give you 960 dollars a acre but if we all grow that number wheat will be 6 so lets spit the difference and use 8 dollars a bushel 720 dollars an acre.
Canola you need 72 at 17 again if you grow 72 you will get 11 for the rest so 14 dollars a bushel 1008 an acre.
Same scenario 50 wheat and 40 canola
We did it before in the 90s with those numbers and didn't have the amount in the ground.
50 wheat x 8 is 480 an acre
40 canola x 14 is 560 an acre.
So with 260 an acre fert going for broke scenario - will average 935 min fert (just fert) that's 675 for the rest
With 96 an acre fert - 424 average that's 329 for rest.
Now in this scenario your throwing the hail marry hoping for 90 plus wheat across the whole farm and 75 Canola across the whole farm.
Also your counting on your nutrients in the ground but soil tests on all farms will prove this.
I would say a happy medium might win the day.
Just doing some numbers and a slow computer.
Basically you need one **** of a good yield to give you a return on the hail mary scenario.
What are others doing for math.
Price 140lbs x 1.11 = $155.00 an acre for nitrogen. or use example 10000 acre farm $1,554,000.00
That is just for your ammonia.
Now take in this example half canola and half wheat.
5000 canola x 150 lbs S-15 at $1175 x 340 tons = $399,840.00
5000 Wheat x 125 Lbs S-10 at $1245 x 283 tons = $352,335.00
Total for the farm needed for 2022. To expect to grow a max crop. $2,306,175.00 or at todays locked in price half and half Canola 17 and wheat 10.
Canola you will give 70000 bushels away just to cover your basic cost of Fert.Or almost 14 bushels an acre.
Wheat you will give 115,308 bushels away just to cover your basic fert costs. Or 23 BPA.
So if its a disaster and you grow 15 canola and 20 wheat your ****ed right from the Go.
Now look at your soil tests.
Most have a bit in the ground.
We grew crops up to 50 BPA with 50 lbs nitrogen and 75 lbs starter back in the 90s with decent moisture or adequate moisture. If none who gives a ****.
50 lbs nitrogen will cost 55.50 an acre across the board. $555,000.00 total nitrogen cost.
75 lbs starter fert.
170 tons s15 x 1175 = $199,926.00
170 tons S10 x 1245 = $211,650.00
Total $411,576.00 or 41 an acre
Total fert 96.00 an acre.
Wheat you need 9.6 bPA to pay for your product.
Canola you need 5.65 to pay for your product.
So you will survive and if it does rain add later or just run the year and say **** it.
Now lets look at the original you need
90 BPA wheat at 10 to give you 960 dollars a acre but if we all grow that number wheat will be 6 so lets spit the difference and use 8 dollars a bushel 720 dollars an acre.
Canola you need 72 at 17 again if you grow 72 you will get 11 for the rest so 14 dollars a bushel 1008 an acre.
Same scenario 50 wheat and 40 canola
We did it before in the 90s with those numbers and didn't have the amount in the ground.
50 wheat x 8 is 480 an acre
40 canola x 14 is 560 an acre.
So with 260 an acre fert going for broke scenario - will average 935 min fert (just fert) that's 675 for the rest
With 96 an acre fert - 424 average that's 329 for rest.
Now in this scenario your throwing the hail marry hoping for 90 plus wheat across the whole farm and 75 Canola across the whole farm.
Also your counting on your nutrients in the ground but soil tests on all farms will prove this.
I would say a happy medium might win the day.
Just doing some numbers and a slow computer.
Basically you need one **** of a good yield to give you a return on the hail mary scenario.
What are others doing for math.
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