The first step in creating Floramorial required quantitative analysis of the chemistry of cremation ash, which showed it to be 75% calcium (rock) phosphate which is insoluble, nonbiodegradable and unavailable as a plant nutrient. Naturally occurring rock phosphate is mined in huge quantities and then processed at high temperature in sulfuric acid to convert it to orthophosphate, a nutrient commonly used in the manufacture of potting soils, planting media and fertilizer. The challenge was to design a planting soil mixture containing all the necessary nutrients to support plant life, while using cremation ash as a source of available phosphorous.

To accomplish this objective the mix needed to contain a catalyst capable of converting rock phosphate to orthophosphate plant food. The first breakthrough was finding a chemical (MPS), which seized the calcium and freed the phosphate without the need for high temperature or strong acids.

The second development involved the use of bacteria with an affinity for mineral phosphate. The bacteria attacked the mineral phosphate, which released phosphate ion (Pi) , making it available to produce orthophosphate plant food. The final Floramorial recipe is a mixture containing calcium (Ca), nitrogen (N), phosphate (P), potassium (K) and a biochemical catalyst (MPS) in the proper ratio to nourish and sustain plant life over a wide spectrum of floral species.

Your selection of Floramorial does not require an understanding of chemistry or biological science. The technology is presented here for the benefit of those who are curious about the details. It is also our way of explaining the commitment that led to this development. We are certain you will find Floramorial an especially gratifying way to commemorate the life of your loved one.