Bakki Shower Filter Media
What and in what order would you put in the bakki shower as filter media also where can i get oyster shells.
Bakki shower filter media. Filter media bakki shower sat oct 22 2011 9 49 am. The principle is simple enough. The results of a bakki house or shower using momotaro bacteria house media are evident from the behavior of the fish. The single width bakki shower is 1000 mm long x 410 mm wide x 1100 mm high and with 50 kg of bhm are good for koi ponds of 2500 gallons if used as the sole filtration with 80 kg of bhm then good for ponds up to 4000 gallons.
The higher initial costs from the intensive production methods used by momotaro are easily returned in the health and growth of your koi. I like all the photos it realy helps to get the creative juices going. There are alternative and less expensive types of media like feather rock pumice rock lava rock or chinese ceramic media and crystal bio made by another japanese koi farm from porous glass like media. Water is pumped from the pond and over the top of the highest tray of media.
How shower filters work the basic layout of a bakki shower and that of its many copies is as shown in figure 3. La raison pour laquelle ils sont si efficaces est que les bactéries sur le média. The single width bakki shower is 1000 mm long x 410 mm wide x 1100 mm high and with 50 kg of bhm are good for koi ponds of 2500 gallons if used as the sole filtration with 80 kg of bhm then good for ponds up to 4000 gallons. Ils travaillent en pompant l eau vers le haut de la tour puis en la pulvérisant sur le média filtrant.
If i have hard water from borehole would i need oyster shells. After tumbling over the media it leaves the top tray through a grid or a series of holes drilled in its bottom. They relish swimming in the filter return and diplay strong appetites and healthy vigor. L eau coule à travers les médias et retourne dans l étang.
Les filtres à filet également appelés tours à filet sont un type très efficace de filtration biologique. Koi pond bakki shower. By heating it to 1800 degrees celsius the heat causes the ceramic to break its internal bonds thereby creating an extremely porous structure.