How does the drum filter work?
A drum filter is internally fed. The water laden with particles passes through the filter cloth and comes out purified outside the filter.
The water flows by a gravity system or using a pump to the drum filter. This is where the water separates from the impurities. To do this, the drum filter is equipped with an automatic control that monitors this situation. This control continuously measures the water level in the drum filter. This is possible with gravity systems located behind the filter and pump systems located in front of the filter. As soon as the drum filter becomes clogged, the water level changes. In the gravity system, the water level drops behind the drum. In a pump system, the water level in front of the drum rises.
The water flows inside the drum, through the wall, to the outside of the filter drum.
On the wall of the drum is mounted a mesh whose size varies according to the solids present in the water.
This mesh filters the debris that is collected as mentioned on the inside of the current drum.
During filtration, the drive motor that rotates the filter drum is activated. This causes water from the pressure injection pump to spray through the nozzles and clean the drum.
The nozzles project water from the outside of the drum to the inside in order to eliminate the material collected by the drum.
These impurities are then evacuated by a chute through which the water flows towards the evacuation gutter.
How is a drum filter cleaned?
The drum filter has an automatic self-cleaning system that allows it to clean itself.
Indeed, when the water flows in the middle of the drum, it brings with it all the detritus it has collected along the way, these are retained by the drum itself until the flow water is restricted enough to lower the level in the drum and start the cleaning cycle.
However, sometimes after a long period of use, additional cleaning is necessary to keep the filter working properly. For this, it becomes necessary to carry out manual maintenance.
How much water does a drum filter use?
Several parameters must be taken into account to be able to determine the quantity of water to be used in a drum filter such as the size of your pond and that of your installation.
How is a drum filter maintained?
At 1H2O3, we know that our users are passionate about their pond and the well-being of their fish. They do not seek to be encumbered with details, concerning the technical part of filtration. That's why our 1H2O3 drum filters will give them what they're looking for. They have a very strong autonomy requiring very little attention, thus respecting your expectations. To achieve such a result, we have innovated and perfected our drum filter, in order to achieve an extreme reduction in maintenance. We have worked on classic wear parts such as chains, belts or even plastic cogwheels, replacing them with an intelligent system based on force transmission by cogwheel. One of the other key points of our system is its special bearings which are more resistant and therefore require less maintenance.
Washing processes are automated. In addition, a wide range of special washes will guarantee extreme longevity to your filter, without the slightest attention. Thanks to applications such as intensive washing preventing any formation of limescale.
Filtration VS Settling
The major difference between decantation and filtration is that decantation separates two components in a mixture by pouring one component whereas filtration separates two components by filtering one component.
Both settling and filtration separate the two components of a liquid-solid mixture or a mixture of two immiscible liquids, under the effect of gravity. However, filtration uses filter paper or another suitable filter for this separation. In contrast, decanting is simply pouring out the liquid to isolate the solid or other liquid from the mixture.
In general, filtration is not a process that leads to purification. But it is precise in relation to decantation. Indeed, some solid particles can pass through the filter while some fluids can remain on the filter without reaching the filtrate.
How does the drum filter work?
A drum filter is internally fed. The water laden with particles passes through the filter cloth and comes out purified outside the filter.
The water flows by a gravity system or using a pump to the drum filter. This is where the water separates from the impurities. To do this, the drum filter is equipped with an automatic control that monitors this situation. This control continuously measures the water level in the drum filter. This is possible with gravity systems located behind the filter and pump systems located in front of the filter. As soon as the drum filter becomes clogged, the water level changes. In the gravity system, the water level drops behind the drum. In a pump system, the water level in front of the drum rises.
The water flows inside the drum, through the wall, to the outside of the filter drum.
On the wall of the drum is mounted a mesh whose size varies according to the solids present in the water.
This mesh filters the debris that is collected as mentioned on the inside of the current drum.
During filtration, the drive motor that rotates the filter drum is activated. This causes water from the pressure injection pump to spray through the nozzles and clean the drum.
The nozzles project water from the outside of the drum to the inside in order to eliminate the material collected by the drum.
These impurities are then evacuated by a chute through which the water flows towards the evacuation gutter.
How is a drum filter cleaned?
The drum filter has an automatic self-cleaning system that allows it to clean itself.
Indeed, when the water flows in the middle of the drum, it brings with it all the detritus it has collected along the way, these are retained by the drum itself until the flow water is restricted enough to lower the level in the drum and start the cleaning cycle.
However, sometimes after a long period of use, additional cleaning is necessary to keep the filter working properly. For this, it becomes necessary to carry out manual maintenance.
How much water does a drum filter use?
Several parameters must be taken into account to be able to determine the quantity of water to be used in a drum filter such as the size of your pond and that of your installation.
How is a drum filter maintained?
At 1H2O3, we know that our users are passionate about their pond and the well-being of their fish. They do not seek to be encumbered with details, concerning the technical part of filtration. That's why our 1H2O3 drum filters will give them what they're looking for. They have a very strong autonomy requiring very little attention, thus respecting your expectations. To achieve such a result, we have innovated and perfected our drum filter, in order to achieve an extreme reduction in maintenance. We have worked on classic wear parts such as chains, belts or even plastic cogwheels, replacing them with an intelligent system based on force transmission by cogwheel. One of the other key points of our system is its special bearings which are more resistant and therefore require less maintenance.
Washing processes are automated. In addition, a wide range of special washes will guarantee extreme longevity to your filter, without the slightest attention. Thanks to applications such as intensive washing preventing any formation of limescale.
Filtration VS Settling
The major difference between decantation and filtration is that decantation separates two components in a mixture by pouring one component whereas filtration separates two components by filtering one component.
Both settling and filtration separate the two components of a liquid-solid mixture or a mixture of two immiscible liquids, under the effect of gravity. However, filtration uses filter paper or another suitable filter for this separation. In contrast, decanting is simply pouring out the liquid to isolate the solid or other liquid from the mixture.
In general, filtration is not a process that leads to purification. But it is precise in relation to decantation. Indeed, some solid particles can pass through the filter while some fluids can remain on the filter without reaching the filtrate.
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