Pages

Tampilkan postingan dengan label method. Tampilkan semua postingan
Tampilkan postingan dengan label method. Tampilkan semua postingan

Rabu, 20 April 2016

ONE MORE DAY ONE MORE METHOD

Swirl Tanks
After the last issue I thought it only fitting that we address Swirl Filter Tanks. So we need to look at what they are, what they do and how they do it...

 As usual I will let the net do the talking for us all...


 Before we continue lets recap on what were trying to achieve;
Biological Filtration and the Nitrification Cycle
A biological filter is quite simply the heart of a pond or tank. It is not essential in small fish ponds, but the more fish you stock, the larger they get and the more they eat, so the need for a bio-filter becomes greater. The pond gets to a point where it needs a "sewage farm". Its purpose is to convert the waste matter produced by the koi from harmful ammonia into less toxic waste.
It is less important to remove solids particles from water than it is to process nitrogen, so if there is to be a compromise between mechanical and biological, err on the side of biological.
In other words, it is much better to allow particles below a certain size to escape back into the pond, while converting a great deal of ammonia to nitrate, than it is to catch every little thing down to a micron or less which in the process would slow the water down to the point where the bacteria have a hard time living (because theyre not getting enough oxygen).


The bacteria that convert ammonia to nitrate for us are among a class of bacteria that you may have heard of before. They are the so-called, “nitrogen fixing” bacteria. This means that they take nitrogen that is unavailable to plants in its ammoniacal form, and make it available to plants in an oxidized form.


These are the same bacteria that live among the roots of leguminous plants. Without these beneficial bacteria, life as we know it would cease. So be kind to your bacteria. What they need to survive is a large surface area, chemically inert medium and a ready supply of fresh water. They depend upon dissolved oxygen in the water to live and to do their job. As soon as the water flow is stopped, the oxygen in the filter becomes finite, and eventually gets used up. 


The ultimate result is that the bacteria die, and you have to start over.

Now is this acceptable Information? If it is, Here it is in FULL Its from a Koi keeper but he has described it all in a way that I feel comfortable with.

Now lets take a look from the pure swirl point of view

And now we can hit the subject from a few different angles

Going back a bit to 2007

And finally Afnan touches on filtering (if you can find it down near the bottom) but the search is so worth while.

Just a tip to finish off. If you have trouble in the winter months keeping the fish tank temperatures up, shut down the pump through the night but dont forget to turn it back on in the morning.
REASON: The growbeds act as/like an evaporative air conditioner (in reverse) and release the warmth to the air so you can lose several degrees of temperature every night.

OK. Im done. Hope you are getting something out of all this.
Be Back SOON


O Z Z I E
Read More..

Minggu, 17 April 2016

Kratky Method DWC Compost Tea Hydroponics 2 Hydroponic Tomatoes


I have considered conducting this same experiment.  After skipping ahead to #5 it appears that using synthetic fertilizer won out over compost tea.
It only makes sense if you believe the vast amount of research that has been done around formulas.

Here are the formulas Ive been able to collect from https://hydro-gardens.com/product-category/fertilizers/chemgro/

Tomato Formula 4-18-38
  Dutch Tomato Varieties
     Seedlings
     2.27 gm/gal Chem-Gro 4-18-38
     1.14 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.5
     Conductivity 1200ppm + Source water
    (1.60 mhos + Source Water) at 2nd cluster of flowers
   To 4th Flower Cluster
     2.27 gm/gal Chem-Gro 4-18-38
     2.27 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.2
     Conductivity 1500ppm + Source water
      (2.00 mhos + Source Water) at 4th cluster of flowers
   Older Plants
     2.27 gm/gal Chem-Gro 4-18-38
     2.27 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.2
     Conductivity 1500ppm + Source water
      (2.27 mhos + Source Water)

Heirloom Tomatoes may find this formula a bit too high in nitrogen so some experimentation will be required.
 

Chem-Gro makes several fertilizers.
Below are formulas that balance NPK and nutrients specifically for different crops.
Tomato Formula 4-18-38
Strawberry Formula 8-12-32
Lettuce Formula 8-15-36
Cucumber Formula 8-16-36
Pepper and Herb Formula 11-11-40
Hobby Formula 10-8-22
Southern Vegetable Formula 7-14-36
Hydroponic Special Formula 5-11-26








Strawberry Formula 8-12-32
   After Transplanting
     1.14 gm/gal Chem-Gro 8-12-32
     1.14 gm/gal CaNO3
     0.71 gm/gal MgSO4
     pH = 6.5 - 6.8
   Flowers Begin To Open
     1.70 gm/gal Chem-Gro 8-12-32
     1.70 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.5 - 6.8

Lettuce Formula 8-15-36
   Seedlings
     2.27 gm/gal Chem-Gro 8-15-36
     1.70 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.4 - 6.7
     1350 ppm + Source Water
     1.80 mhos + Source Water
   Mature Plants
     2.27 gm/gal Chem-Gro 8-15-36
     2.27 gm/gal CaNO3
     1.41 gm/gal MgSO4
     pH  = 6.0 - 6.5
     1575 ppm + Source Water
     2.10 mhos + Source Water


Cucumber Formula 8-16-36
   Seedlings
     2.27 gm/gal Chem-Gro 8-16-36
     1.70 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.4 - 6.7
     1350 ppm + Source Water
     1.80 mhos + Source Water
   Mature Plants
     2.27 gm/gal Chem-Gro 8-16-36
     2.27 gm/gal CaNO3
     1.42 gm/gal MgSO4
     pH  = 6.4 - 6.7
     1570 ppm + Source Water
     2.20 mhos + Source Water

 Pepper and Herb Formula 11-11-40
   Seedlings
     2.27 gm/gal Chem-Gro 11-11-40
     1.70 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.2 - 6.5
     1350 ppm + Source Water
     1.60 mhos + Source Water
   Mature Plants
     2.27 gm/gal Chem-Gro 11-11-40
     2.27 gm/gal CaNO3
     1.41 gm/gal MgSO4
     pH  = 5.8 - 6.2
     1500 ppm + Source Water
     2.20 mhos + Source Water
 
 Hobby Formula 10-8-22

   Seedlings
     2.27 gm/gal Chem-Gro 10-8-22
     1.14 gm/gal MgSO4
     pH = 6.2 - 6.5
     800 ppm + Source Water
     1.07 mhos + Source Water
   Mature Plants
     4.54 gm/gal Chem-Gro 10-8-22
     1.14 gm/gal MgSO4
     pH  = 6.2 - 6.5
     1500 ppm + Source Water
     2.00 mhos + Source Water

 Southern Vegetable Formula 7-14-36
   Seedlings
     2.27 gm/gal Chem-Gro 7-14-36
     1.70 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH = 6.4 - 6.7
     1375 ppm + Source Water
     1.83 mhos + Source Water
   Mature Plants
     2.27 gm/gal Chem-Gro 7-14-36
     2.27 gm/gal CaNO3
     1.41 gm/gal MgSO4
     pH  = 6.0 - 6.5
     1575 ppm + Source Water
     2.10 mhos + Source Water

Hydroponic Special Formula 5-11-26
   Seedlings
     2.84 gm/gal Chem-Gro 11-11-26
     1.14 gm/gal CaNO3
     0.57 gm/gal MgSO4
     pH = Adjust to your crop
     1350 ppm + Source Water
     1.80 mhos + Source Water
   Mature Plants
     2.84 gm/gal Chem-Gro 11-11-40
     2.27 gm/gal CaNO3
     1.14 gm/gal MgSO4
     pH  = Adjust to your crop
     1570 ppm + Source Water
     2.20 mhos + Source Water


  
Read More..