Silicon is the second most abundant element on earth and can be found in all soil. The belief is that plants are unable to use silicon in its most common form and are still able to grow to maturity without the use of silicon (Si). Silicon is not considered to be essential to a plant’s growth and is not recognized as a primary nutrient for plants like NPK. However, the truth is that silicon does play very important roles in the growth cycle of all plants (vigor, production, stress resistance, etc.) as is being researched and discovered by academia. Studies have shown that silicon has a positive influence on uptake and vascular transport of micro-nutrients as well as improving the mechanical strength (structure) of the plant. Helping plants to resist stress and improve growth. Natural weathering process turns a very small portion of silicon into plant available silicon (PAS), known as Monosilicic Acid (MSA) or Orthosilicic Acid (OSA) the only form of silicon utilized by plants. However, silicic acid is very unstable and in a soil environment rapidly binds to itself (polymerizes), quickly becoming once again unavailable to plants and leading to silicon deficiency and plant stress. What research has shown is when stablized into a mono-silicic acid form and introduced to plants it can have very profound affects on many plant processes. In particular cell growth, nutrient transportation, hydration and chlorophyl production.