NOVELTY - A glyphosate wastewater purification device contains liquid alkali storage tank (8) through liquid alkali pump (7-5) and pH regulating flow rate control valve groove (1) on upper end of pipeline (9) in which pH regulating groove through blowing pump (7-1) and 2nd stripping tower (2-2) are connected to upper end of spraying layer, 2nd stripping tower through end of blowing pump (7-3) and 1st stripping tower (2-1) are connected to spraying layer, and absorption circulation pump to circuit pipeline of spraying layer is set to circuit pipeline of ammonium sulfate tank (5).    USE - A glyphosate wastewater purification device (claimed).    ADVANTAGE - Product has high ammonia recovery, and absorption efficiency.    DETAILED DESCRIPTION - A glyphosate wastewater purification device contains liquid alkali storage tank (8) through liquid alkali pump (7-5) and pH regulating flow rate control valve groove (1) on upper end of pipeline (9) in which pH regulating groove through blowing pump (7-1) and 2nd stripping tower (2-2) are connected to upper end of spraying layer, 2nd stripping tower through end of blowing pump (7-3) and 1st stripping tower (2-1) are connected to spraying layer, top end of 1st stripping tower through circuit pipeline and 2nd stripping tower is connected to inlet, top end of 2nd stripping tower through circuit pipeline and absorption tower (4) are connected to inlet, absorption tower through circuit pipeline and blowing fan (3) are connected to 1st stripping tower, sulfuric acid storage tank (6) by sulfuric acid pump (7-6) are connected to side bottom end of absorption tower, pipeline of absorption tower is opposite of circuit after absorbing circulation pump (7-4) and absorption tower of spraying layer, and absorption circulation pump to circuit pipeline of spraying layer is set to circuit pipeline of ammonium sulfate tank (5). An INDEPENDENT CLAIM is included for glyphosate wastewater purification using glyphosate waste water purification device which involves supplying glyphosate wastewater to pH regulating flow rate control valve groove (1), regulating pH of wastewater to 11-12 of, controlling temperature of wastewater to 45-50 degrees C, pumping into top layer of 2nd stripping tower (2-2), spraying wastewater to disperse into filler, performing denitrification of filler, introducing nitrogen gas into 2nd stripping tower and rising into absorption tower (4) to finish 1st stripping, allowing filler to fall from 2nd stripping tower by blowing pump and pumping to 1st stripping tower on top part of spraying layer, spraying wastewater into filler layer, performing denitrification, introducing nitrogen through 1st stripping tower (2-1) and rising into 2nd stripping tower, allowing gas to rise from 2nd stripping tower to absorption tower, performing 2nd blowing process, removing wastewater through drain pump (7-2) and sending into wastewater treatment plant, supplying nitrogen from denitrification process into absorption tower, pumping 5-25 mass% concentration of dilute sulfuric acid into absorption tower, introducing into absorbing circulation pump (7-4) pump and absorption tower spraying layer while passing into interior of air absorption tower, contacting dilute sulfuric acid and nitrogen, generating ammonium sulfate, and pumping into ammonium sulfate storage groove.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of glyphosate wastewater purification device.    The pH regulating flow rate control valve groove (1)    1st stripping tower (2-1)    2nd stripping tower (2-2)    Blowing fan (3)    Absorption tower (4)    Ammonium sulfate tank (5)    Sulfuric acid storage tank (6)    Blowing pump (7-1)    Drain pump (7-2)    Blowing pump (7-3)    Absorbing circulation pump (7-4)    Liquid alkali pump (7-5)    Sulfuric acid pump (7-6)    Liquid alkali storage tank (8)    Pipeline (9)