Method for achieving a nutrient saline solution for plants in cultivated fields

A method for producing a nutrient saline solution for a plant in a cultivated field, comprising:

• extracting leaves from one or more Aloe Vera plants;
• cutting the extracted leaves into pieces of approximately 3 centimetres using a cutting device;
• storing and exposing the cut pieces in an open-air environment in volumes of approximately one ton;
• transferring each one-ton volume of the cut pieces to a mixing tank and homogenizing under stirring for at least three days with intermittent one-hour breaks;
• fermenting the homogenized material based on the biochemical characteristics of the Aloe Vera, wherein the fermentation alters the chemical and anatomical properties of the leaf pieces through activation of pigmentation enzymes and physiological changes caused by biological shock, resulting in withered, partially yellowish pieces with a dense, opaque gelatinous texture to form a physiological mass;
• transferring the physiological mass in 100-kilogram volumes to a grinder and mixing with 100 liters of water as a solvent, followed by grinding for approximately 30 minutes to reduce the mass into particles having an average size of 0.1 millimeters;
• transferring the particles, in volumes of approximately 100 kilograms, to a first decanting tank, adding additional water to reach a volume of 200 liters, and allowing the mixture to decant for two hours with one-hour intervals;
• weakening the physiological structure of the Aloe Vera through a decanting process;
• mixing 200 liters of the decanted Aloe Vera solution with 200 liters of a banana biomass in a second decanting tank having a capacity of 1,000 liters;
• allowing the resulting mixture to rest in the decanting tank for a period of two to three days, during which color changes occur and adhesion of Aloe Vera particles to the banana biomass is enhanced due to prior particle size reduction;
• after the resting phase, adding 600 liters of water to the mixture to bring the total volume to 1,000 liters;
• mechanically agitating the mixture in continuous flow within the same decanting tank using a hydraulic pump and return piping system, in 30-minute agitation periods spaced by 4-hour intervals, over two days;
• and
• breaking down and atomizing the Aloe Vera and banana biomass structures to produce the nutrient saline solution.