Synthetic growing medium and method of preparing it
AssigneeHydrosoil Corporation
InventorsJack Webb, Stanley L. Schwartz
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AssigneeHydrosoil Corporation
InventorsJack Webb, Stanley L. Schwartz
Estimating the term…
A synthetic growing medium comprising a thorough mixture of urea formaldehyde foam granules, powdered humus, and a wetting agent. The medium also includes plant nutrients, trace elements, and pH adjusting material. The growing medium is prepared by grinding urea formaldehyde foam into granules having an average diameter of between 0.1 and 1.0 centimeter. Separately, humus, such as peat, is ground to a powder. A liquid wetting agent is sprayed onto the humus and thereafter the wetting agent-carrying humus powder is mixed with the foam granules. The proportion of foam to humus is within the range of 250 parts foam to one part humus to one part foam to five parts humus. At any appropriate time, nutrients, trace elements, and pH adjusting materials are added to the mixture.
A synthetic growing medium for plants comprising water-insoluble urea formaldehyde foam granules, powdered peat-like humus, and a wetting agent, the wetting agent being carried by the powdered humus particles, the powdered humus completely coating each foam granule, and the foam granules being unbonded to each other so that the entire mass of coated foam granules is loose and free flowing and can be intimately mixed with or used in placed of natural soil.
A method of preparing a synthetic growing medium comprising the steps of providing granulated water-insoluble urea formaldehyde foam, providing peat-like humus, spraying the humus with a wetting agent and grinding the humus into a powder, and thereafter thoroughly mixing the wetting agent-carrying humus powder with the foam granules so as to completely coat each foam granule with the powdered humus and to result in a mass of unbonded loose and free flowing coated foam granules which can be intimately mixed with or used in place of natural soil.
Dependencies are inferred from the claim text.