martinuzz wrote:Unfortunatly I don't have any relic of the exact blue properties anymore. I could still check the red wood purity though.
I made a compost bin, using 4% pure (40.54/20.29/20.68/18.51) boards.
in it is one 21% pure python (59.74/12.90/13.27/14.10)
one 93% pure worm (97.66/1.11/0.90/0.33)
and one 38% pure worm (70.33/6.50/3.70/19.48). Heh. I thought it was 98% pure.
this makes 2% pure humus (35.70/21.44/21.47/21.40)
hope this helps the math wizards
Ok, sicne you gave all the needed date if we assume nails have no purity, I will test your data with my hypothetical formula:
given data:
woe=40.54/20.29/20.68/18.51
wop=1.3905
p1e=59.74/12.90/13.27/14.10
p1p=2.9322
w1e=97.66/1.11/0.90/0.33
w1p=9.4605
w2e=70.33/6.50/3.70/19.48
w2p=4.4581
wef=0.24
First we will calculate the compostbin elements
be=34.16/22.22/22.45/21.17
And the compostbin multiplier:
bp=1.1354
Now we calculate the totalwormelement and multiplier:
we=62.04/11.68/11.53/14.75
wp=3.2031
This information we can use in the final calulation to predict the humus:
33.17/22.32/22.43/22.08
Which is actually less pure as your result. Thanks for the data so I could test my formula. Before I start adapting ym formula, are you 100% sure you didnt have any neutral worms in your compost bin? Because that would explain the difference.
PS: If you want more pure humus, then it is very important step to increase your wef (worm efficiency) some. Try adding more worms with similar elements to reach the 100% wef.