Abstract: This disclosure relates to compositions comprising a vehicle such as a polymer base, moringa oil and neem oil. The combination of the two oils is in an amount sufficient to prevent the establishment or proliferation of a microorganism, such as a mildew, on the surface of an inanimate object. The moringa oil and neem oil combination can be advantageously admixed with a paint base, a solvent system, or other vehicle base for the treatment of wood, dry wall, or other porous or non-porous surface that is susceptible to a biological infestation.

Abstract: This invention relates to compositions comprising a polymer base incorporating antifouling compositions suitable for use in aquaculture, marine and architectural systems as paints, structures or coatings. In particular, the present invention relates to a polymer based coating incorporating a biocidal antifouling composition suitable for use with aquaculture equipment. The present invention provides polyethylene compositions and latex compounds which may comprise at least one environmentally benign phytochemicals suitable for use in preventing the colonization of a treated surface by a variety of biological species. The compositions of the invention may further comprise control release agents such as, for example, micro-encapsulation of the phytochemicals to maintain sustained and prolonged release of the biocidal agents at the treated surface.

Abstract: This invention relates to compositions comprising a polymer base incorporating antifouling compositions suitable for use in aquaculture, marine and architectural systems as paints, structures or coatings. In particular, the present invention relates to a polymer based coating incorporating a biocidal antifouling composition suitable for use with aquaculture equipment. The present invention provides polyethylene compositions and latex compounds which may comprise at least one environmentally benign phytochemicals suitable for use in preventing the colonization of a treated surface by a variety of biological species. The compositions of the invention may further comprise control release agents such as, for example, micro-encapsulation of the phytochemicals to maintain sustained and prolonged release of the biocidal agents at the treated surface.

Abstract: This invention relates to compositions comprising a polymer base incorporating antifouling compositions suitable for use in aquaculture, marine and architectural systems as paints, structures or coatings. In particular, the present invention relates to a polymer based coating incorporating a biocidal antifouling composition suitable for use with aquaculture equipment. The present invention provides polyethylene compositions and latex compounds which may comprise at least one environmentally benign phytochemicals suitable for use in preventing the colonization of a treated surface by a variety of biological species. The compositions of the invention may further comprise control release agents such as, for example, micro-encapsulation of the phytochemicals to maintain sustained and prolonged release of the biocidal agents at the treated surface.

Abstract: Polymeric compositions containing antimicrobial agents and methods for making and using same are provided. The antimicrobial agents include phytochemicals and phytonutrients such as naturally occurring extracts from plants and herbs and other chemical disinfectants safe for use on food-contact surfaces. Chemical releasers can be added to the compositions for causing the release of the antimicrobial agents. The chemical releasers include citric acid extract. A blend of antimicrobial agents can be included in the composition for destroying and inhibiting the growth of a wide variety of different microorganisms including bacteria, viruses, and fungi.

Abstract: Compositions containing anti-microbial agents and methods for making and using same are provided. Chemical controllers are added to the compositions for controlling the rate of release of the anti-microbial agents. The chemical controllers include vitamin E. A blend of anti-microbial agents can be included in the composition for destroying and inhibiting the growth of a wide variety of different microorganisms including bacteria, viruses, and fungi. Specifically, vitamin E has been found to control the rate of release of 10, 10'-oxybisphenoxarsine (OBPA) and 2-(4'-thiazolyl) benzimadazole (TBZ). The anti-microbial agent(s) and the vitamin E are incorporated into polymeric materials. The polymeric materials can be formed into films, sheets, or tubing. Vitamin E controls the rate of migration of the anti-microbial agents so that harmful amounts of the anti-microbial agents are not released.