TH498B - microbial fertilizer (MICROORGANISH FERTILIZER) - Google Patents

Abstract

In the production of microbial fertilizers containing various minerals such as phosphates, feldspars. lignite ores fluoride ores gypsum ore Soil series with used microorganisms ores as food Mixing rates and diameters must be set to a size ranging from 20 to 60 mesh (meaning minerals, soil, sifting through a sieve in accordance with international units, as a standard unit size) and together with synthetic microorganisms and natural microorganisms. Mix and mix using a solution to stimulate microorganisms and then multiply in large quantities. cause a degradation reaction As a result, the ores or materials mixed release nutrients such as nitrogen (N), beneficial phosphate (P2O5), soluble potassium (K2O), calcium (Ca), magnesium (Mg), and sulfur. (S) and other micronutrients used by plants as food for growth. It is resistant to plant diseases and pests, which is called ?Microbial Fertilizer? therefore requesting to hold the patent

Claims (1)

1. Alcohol distiller Which consists of Boiling tank or boiler (1) with a flask (electric heater) (1.1) installed in the tank. Bottom with temperature control unit (1.2), distillation tank set 1 (2) with 3 sets of copper coils (2.1) inside. This tank is responsible for The alcohol in the copper coiled tube, which is in a vapor state, evaporates from the vapor. It is liquid alcohol (30-60%) (pipe A), using water as a cooling agent of the copper coiled tube (2.1), the second set of distillation tank (3) with the inside of the copper tube coil (3.1) coming from the pot. Boiled (1) is responsible for This is to heat the distillation tank. The inside is filled with alcohol obtained by distillation of the first brew (1) at 30-60% pure when the alcohol in the second (3) distillation tank is heated by The copper tube (3.1) then transforms into a vapor state. Then flow to cooling in the distillation tank set 1 (2) the alcohol vapor is converted to liquid alcohol, which is about 60-80% high purity (pipe B), set 3 (4) distillation tank with a pipe. Copper (4.1) coming from the boiler (1) is responsible for heating the distillation tank. The internal distillation tanks are filled with alcohol (60-80%) obtained from the distillation. From the second (3) set of tanks, when the alcohol in this tank is heated by the copper coiled tube (4.1) and then evaporated, it flows to the second (2) distillation tank for cooling and changes its state to 80-95% high-purity liquid alcohol (pipe C), water cooling tank (5). Water cooling fins (5.1) Water supply pipe (5.2) Cooling fan (5.3) This tank is responsible for bringing the water from the 1st distillation tank (2) along the water pipe (5.2) for cooling in the The tank is cooled (5) by electric pump (6), with circular water gushing from the side of the tank towards the center of the tank when water hits the fins The water is cooled (5.1) and it will fall to the ground below. Where the center of the hull will penetrate It is an air channel (5.4) to allow air to flow in the direction of the flow of water flowing down from the fin. When the cooling fan is turned on (5.3), the water temperature will drop then it will flow into the set 1 (2) distillation tank by the water pipe (5.5).