초록 ▼

The invention relates to methods and compositions for reducing the growth of microorganisms and other contaminants of water processing and holding systems. Rapid reduction in the growth of fungi, algae, spores, molds, bacteria, protozoa and/or other contaminating microorganisms found in water proces

The invention relates to methods and compositions for reducing the growth of microorganisms and other contaminants of water processing and holding systems. Rapid reduction in the growth of fungi, algae, spores, molds, bacteria, protozoa and/or other contaminating microorganisms found in water processing and holding equipment is achieved by placing a material comprising an antimicrobial composition, preferably one containing a metal oxide and a binder, in an area of such equipment where there is water movement or storage, thereby destroying contaminating water-borne or air borne microorganisms in the water and on the surfaces of the equipment in contact with the water.

대표청구항 ▼

The invention relates to methods and compositions for reducing the growth of microorganisms and other contaminants of water processing and holding systems. Rapid reduction in the growth of fungi, algae, spores, molds, bacteria, protozoa and/or other contaminating microorganisms found in water proces

The invention relates to methods and compositions for reducing the growth of microorganisms and other contaminants of water processing and holding systems. Rapid reduction in the growth of fungi, algae, spores, molds, bacteria, protozoa and/or other contaminating microorganisms found in water processing and holding equipment is achieved by placing a material comprising an antimicrobial composition, preferably one containing a metal oxide and a binder, in an area of such equipment where there is water movement or storage, thereby destroying contaminating water-borne or air borne microorganisms in the water and on the surfaces of the equipment in contact with the water. eform-fabricated core. 44. The method of claim 43 in which the plurality of imbedded functionality within the interior structure of the freeform-fabricated core comprises a plurality of space for components within the interior structure and is further characterized by adding a plurality of components where the plurality of components are received by the plurality of space for components in the interior structure. 45. The method in claim 44 in which the plurality of space for components within the interior structure comprises a space for the first conduit and a space for the second conduit, and the plurality of components comprises a first conduit and a second conduit, where the first conduit is received in the space for the first conduit and the second conduit is received in the space for the second conduit. 46. The method in claim 23 further including a step modifying the th