NOVELTY - Processing fluid substance molecules by separating lightweight fluid molecules substances from various type fluid substance molecules using an environmentally friendly substance molecule processing system, is claimed. The environmentally friendly substance molecule processing system comprises either: a flowing channel for flowing fluid substance molecule containing general freshwater or seasoning food containing vinegar, soy sauce, alcohol, sea water or milk, and contaminated rainwater; and a floodgate for controlling flow rate of fluid substance molecules, and connected with flowing channel.    USE - The method is useful for processing fluid substance molecules by separating lightweight fluid molecules substances from various type fluid substance molecules to produce fertilizer (claimed).    ADVANTAGE - The method prevents blockage of dam due to contaminant, and is convenient than regular method.    DETAILED DESCRIPTION - Processing fluid substance molecules by separating lightweight fluid molecules substances from various type fluid substance molecules using an environmentally friendly substance molecule processing system, is claimed. The environmentally friendly substance molecule processing system comprises either: a flowing channel (3001) for flowing fluid substance molecule containing general freshwater or seasoning food containing vinegar, soy sauce, alcohol, sea water or milk, and contaminated rainwater; a floodgate (3500) for controlling flow rate of the fluid substance molecules, and connected with the flowing channel; a dust removing device (3000) for removing various waste and particulate pollutant molecules present to the fluid substance molecule, and connected to distal end of the flowing channel; a conveying unit (3023) conveyed on rear panel of the dust removing device; two inclined separation plates (2003) which acts immediately from being flowing of the fluid substance molecule to a primary fluid substance molecule treating plant; a conveying unit for conveying a pump by pumping particulate pollutant molecule to the outside, emerged at upper end of the primary fluid substance molecule treating plant on an upper plate, located at upper end of the primary fluid substance molecule treating plant, and a substance molecule warehouse; a primary fluid substance processing plant provided with a fluid substance separation plate inclined on upper and upper end middle of the base floor; and a discharge path cover for separating pollutants molecule using action of gravity, emerged upper side of the fluid substance separation plate; a fluid substance molecule processing plant, a primary air spraying striking device and a primary nano bubble processor connected with a primary rotary striking device, an air generating device, and connecting pipe, connected to a rotary shaft of the fluid substance molecule processing plant; an inlet for introducing substances molecule at upper end of the fluid substance molecule processing plant; a control valve for controlling operation of a pollutant molecule discharge pipe to control discharge of substances molecule; and an inlet port connected to the discharge control valve at upper end of the primary fluid substance molecule processing plant, and lower end of the fluid substance molecule processing plant; an inlet control valve provided with an inlet port for flowing fluid material, the environmentally friendly material processing system, the rotational pulley, the rotating strike device, a plumbing pipes provided the circular injection ring, a substance molecule separation system provided with a left face plate, a right side plate, a front plate and back plate in housing types; or an elastic vibration-absorbing wheel to absorb vibration on one side and other four-way of a cleaning column base provided in form of a square, a cleaning column for processing fluid substance molecules, provided with a vibrator for generating vibration in upper end side of the cleaning column bases, a gravity separation plate to provide discharging function at external of cleaning column via the surplus substance molecule discharge pipe by gravity action in fluid substance molecules, a rotating shaft provided with an interior space pipe, a housing in which lower end is bond to rotary bearing, a rotating shaft support frame located in middle of the secondary frame having two pairs support form, inserted in middle of the cleaning column, a gushing hole for ejecting liquid into the rotating shaft, a secondary support connected between rotating motor support and secondary frame, a belt located between the driven pulley, an air injecting pump provided with an air inlet pipe for introducing air into the fluid molecule substances cleaning column one side of the cleaning column. The substance molecule processing system is provided with front and back plates having front and rear surfaces, a right side wall, and a left side wall, inclined to a lower outlet to deliver material which is discharged preferentially in downstream direction, combined with housing type with a base floor which is diagonally composed of a base portion, and an upper plate, a rotation pulley having a rotary shaft on one end portion, coupled with a rotary shaft at end of multiple rotating strike devices according pollutant substance molecule and clean substance molecule, on upper side of the base floor. The rotation pulley is provided with a rotating strike device to demonstrate continuous strike action for separating light weight molecule and heavy weight molecule via continuous hitting fluid substance molecule, combined with the rotary motor to rotate the rotary shaft, other end portion of the rotating shaft is coupled to a belt. The lower end of the rotating strike device is provided with air jet striking device for continuously hitting separating light weight molecule and heavy weight molecule via continuous hitting fluid substance molecule of the substance molecule processing system by spraying high pressure air into interior of the substance molecule processing system, where the high pressure air is generated from an air generating device having air spraying striking device. The air spraying striking device is provided with an air nozzle which strikes substance molecule, and connected with an air generating device, and an air supply pipe. An upper end of substance molecule storage provides simultaneous provides gravity and fumes from the fluid substance molecules, located at constant distance on upper side of the fluid substance molecule separation plate.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of the environmentally friendly substance molecule processing system.    Two inclined separation plates (2003)    Dust removing device (3000)    Flowing channel (3001)    Conveying unit (3023)    Floodgate (3500)