OBC Energy System®
Components
FORMULATION
The "OBC Energy System®" exclusive to Burghën Mexico® It is composed of products containing hydrolytic enzymes and organic substance degrading enzymes mixed with antagonistic fungi and selected bacterial colonies, free of any form of genetic manipulation (GMO), salmonella or other pathogens. The enzymes present activate the reactivity of the numerous selected bacterial families, associated with the C.O.I. (Organic Hydrolytic Catalysts), which are of vital importance since they stabilize the disintegration, bacterial enzymatic metabolization and mineralization of the matter of the organic complex in itssimple and assimilable quantities. The attack exerted by the set of these complex formulations on the mass or organic matter produces a rapid, effective and broad-spectrum reaction of disintegration and biochemical transformation in the mass or organic matter itself, improving the physical-biochemical conditions of the soils and substances. organic materials treated under this system, or also such as manures, composts or leachates applied as fertilizers or organic fertilizers.
MAIN ELEMENTS OF THE SYSTEM
The "OBC Energy System®" exclusive to Burghën Mexico® It is made up of highly reactive, dried and lyophilized multi-component products from BACILLUS CERUS, BACILLUS SUBTILIS STRAIN BAA, BACILLUS THURINGENSIS, MICROCOCCUS, MYCORRIZA, AZOTOBACTTERIUM VINELANDI, TRICHODERMA SPP. LIPASA, PROTEASE, GLYCOSIDASE and ESTERASE that are present in concentrated form, combined with LIPOTROTEINS and other organic nutrients.
One of the essential elements that this system includes is the application of organic acids, from which Crenic Acid comes out, which only Burghën México® integrates into its "OBC Energy System®" Bio-fertilization model.
Bacillus cereus - Bacillus subtilis strain BAA - Bacillus thuringensis BT Berliner 1715 Lecadet - Micrococcus - Azotobactterium vinelandi - Azotobacteriaceae - Mycorrhiza - A. Brochopaga - Lipase - Protease - Glycosidase - Esterase - Phosphorylase - Beta-lactamase - Glucase - Kinase - Inulase - Trypsin - Amylase - Cellulase - Lipoprotein - Alghae lithothamnium calc. - Humic acids - Nucleic acids - Extracts of phytoderivatives - N-P-K- - Oxidase - Carbonates - Silicates - Trichoderma SPP - Fulvic acids - Crenic acids - Vitamins B12, A, E, C. - Amino acids - Organic Carbon.
HOW TO RESTORE LOST FERTILITY?
When we talk about the fertility of a soil, we are referring to it from the agronomic perspective of crops, that is, the capacity it has to sustain the growth of the crops planted in it. From this prism, we can refer to its physical, chemical and biological aspects. With the "OBC Energy System®" exclusive to Burghën Mexico® We attach biological fertility diagnoses where enzymatic studies (soil biochemistry) and microbial ecology are carried out.
To recover soil fertility, a combination has to be carried out, with great potential, which would be, on the one hand, the organic matter and on the other the minerals to form the clay-humic complex and both the organic matter and the mineral nutrients. will increase soil fertility. In turn, certain soil microorganisms will use organic carbon as an intermediary to unlock phosphorus and improve atmospheric nitrogen fixation. The final result It is an increase in crop yield and productivity.
WHAT WOULD BE THE LONG-TERM SOLUTIONS?
As the soil is the basic resource of farmers, it must be protected in order to care for, conserve and make sustainable use of it. The main objective is to preserve soil resources in order to allow their future use: reduce soil losses, increase natural fertility, improve the structure and leave the soil in the same or better conditions for future generations.
The protection of the soil, as well as the continuous improvement of its physical, chemical, biological and mechanical properties, is something that we must never neglect if we want optimal crop development.