Nitric oxide water generation system having purifying part for automatically purifying water in reaction chamber

A nitric oxide water generating system comprising:

• a nitric oxide generating part for generating nitric oxide steam from water and air supplied to a reaction chamber through arc discharge, wherein the nitric oxide generating part comprises two arc discharge electrode rods for generating arc discharge;
• a refining part connected to the nitric oxide generating part to refine the nitric oxide steam generated from the nitric oxide generating part into high purity nitric oxide steam through an adsorbent filtration material;
• a condensing part connected to the refining part to condense the nitric oxide steam refined by the refining part into nitric oxide water in liquid phase through a water-cooling chiller and an air-cooling chiller;
• and
• a purifying part connected to the nitric oxide generating part and, if the water in the reaction chamber becomes turbid, for automatically purifying the turbid water in accordance with a signal sensed from a sensor for sensing a pre-set electric current value of a discharge power source, wherein the sensor is connected to power source leads L1 and L2 of the two arc discharge electrode rods,
• wherein the purifying part comprises the sensor sensing the pre-set electric current value of the discharge power source for the purification of the water in the reaction chamber, a solenoid valve for controlling drainage of the water from the reaction chamber, and an electronic control unit for controlling the solenoid valve through the signal sensed by the sensor to purify the water in the reaction chamber, and
• wherein in a process of purifying the water in the reaction chamber through the purifying part, the turbid water is drained from the reaction chamber, and simultaneously, new water is supplied to the reaction chamber,
• wherein the two arc discharge electrode rods are disposed inside the reaction chamber and each arc discharge electrode rod comprises a rod and a titanium rod which are linearly coupled to each other by a connector such that the titanium rod is replaceable,
• wherein the titanium rods are submerged at least partially in the water, and the air is supplied into a space between the titanium rods.