Organica Biotech’s patented biologically enhanced fertilizers are manufactured utilizing a unique, technology driven production process. All three formulations benefit from the addition of a select consortium of highly beneficial soil microorganisms. The complex plant proteins that comprise Organica Biotech’s fertilizers are not readily available to plants they must undergo microbial decomposition before they can be readily absorbed and utilized by the plant. The microbial systems incorporated into each fertilizer serves to expedite this decomposition process, which in turn makes the nutrients plant available in 5 - 7 days. Our competitors rely on indigenous microbial populations to facilitate nutrient degradation and that is why the majority of corn gluten and feather-meal based products manufactured by our competitors take weeks if not months to become plant available.

Additionally these microscopic wonders have the ability to fix atmospheric nitrogen and solubilize minerals in the soil profile both of which facilitate the never ending quest by plants to sequester nutrition. The soil matrix contains many naturally occurring inorganic substrates such as calcium phosphate, which are not plant available. Many of the microbial species in Organica Biotech’s fertilizers have the capacity to produce organic acids, these acids essentially solubilize a portion of the calcium phosphate. The end result is more calcium and phosphorous is made available to the plant essentially tapping a nutrient reserve not available under normal circumstances.

The addition of microorganisms to our fertilizers also increases a plants ability to absorb these available nutrients. A complex series of biochemical reactions increases the permeability of the plants cellular membranes, which in turn facilitates nutrient uptake. Tissue analysis trials at Auburn University has consistently shown that plants fed Organica Biotech’s fertilizers contain more nitrogen, phosphorous and potassium than plants fed non-biologically enhanced fertilizers with the same N, P, K analysis.

The addition of microbial systems, also serve to prolong the fertilizers ability to stimulate growth by reducing the incidence of nutrient leaching. Soil bacteria incorporate free nitrogen into their bodies utilizing it to satiate their metabolic functions. Much of this nitrogen would have been lost forever to the plant through the leaching process had the bacteria not incorporated it into their cell mass and temporarily stored it. This storehouse of nitrogen is then given back to the plant through a process known as nutrient mineralization. In short the addition of beneficial soil microorganisms to Organica Biotech’s fertilizer blends serves to satiate the short term and long term nutritional requirements of the plant. They have the capacity to expedite nutrient availability, facilitate their absorption and to continue providing these nutrients to the plant over an extended period of time.

Aside from their ability to positively affect plant nutrition the microbial systems utilized to augment Organica Biotech’s fertilizers afford the plant and soil a number of other quantifiable benefits. They serve to improve soil structure, stabilize soil pH, increase humus levels, improve CEC of soil, increase the photosynthetic capacity of the plant, enhance root architecture, stimulate plant growth and provide plants with increased resistance to environmental extremes such as heat, cold, drought and foot traffic.

Organica Biotech's biologically enhanced fertilizers are homogeneous from a microbial standpoint. Our proprietary production process allows for even and consistent distribution of the microbial system to each and every fertilizer particle. This aspect of our production process enhances product efficacy and ensures consistent results.

Finally Organica Biotech manufactures its fertilizers utilizing a “pan granulation process”. We do not simply pelletize and crumble our fertilizer blends like many other producers of organic and natural fertilizers. The pan granulation process smoothes and screens each and every particle to ensure particle size consistency. This translates to a consistent SGN (size grade numbers), uniform coverage and facilitates the application process.