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Education and training efforts are recognized by Ceramic Water Filter Solutions to be an important part of our mission. The Ceramic Water Filter Training Center was established to teach others about ceramic water filters and is a vital part of achieving our mission to give everyone access to safe and healthy drinking water.


Ceramic Water Filter Solutions has standardized a reliable method for manufacturing a ceramic filter that will produce affordable clean water and can be installed directly in the home, at the point of use, avoiding contamination in collection and transit.  The filter is made by mixing a local clay with a combustible material like sawdust, then forming the container using a press and molds.  The filter is then fired to approximately 860 degrees Centigrade.  The sawdust burns out leaving small cracks and pores that are large enough to allow water to pass through but too small for bacteria and protozoa.  An additional safeguard is the application of a small amount of colloidal silver both inside and outside of the filter.

To use it, one only needs to pour contaminated water in the top.  It is a simple passive device, made locally of native materials, uses no electric, requires minimal maintenance and makes an immediate change in peoples’ lives.

The filter is made to fit into an ordinary 5 gallon plastic bucket fitted with a lid and a spigot, providing clean storage of bacteria-free water. When properly manufactured, then verified through testing, the filters will produce 99.9% bacteria free water.


To begin the process, clay must be found in natural areas, preferably at sites of old or existing brickyards. A sufficient quantity must be dug to perform suitability tests and to make sample filters. The clay is then dried and crushed.


The clay is sifted to a small particle size and mixed with a specific quantity of dried and sifted burnable material (sawdust, rice husks, etc.). The materials are mixed in their dried state, then water is added to form a homogeneous mix.


The mix is then pressed into molds to form the filter shape. The filters are then trimmed and given a unique number. They then must be slowly dried to avoid cracking.


The dried filters are then fired in a kiln to a temperature approaching 900 degrees Centigrade. After firing the filters are soaked in water to test for leaks and then subjected to a flow test. The flow rate should be between one and three liters per hour.