According to the low-noise air quality management apparatus of the present invention, the frame portion is formed of a hexagonal structure and implements a hexagonal structure in which one lowermost vertex is disposed in the direction of gravity of the six vertices of the hexagonal structure, the frame formed with a hole of the hexagonal structure The receiving part provided in one side direction of the part and receiving the leaf part and the stem part of the designated plant by forming the receiving space of the head shape based on the lowest vertex of the hexagonal structure, and the other side surface of the frame part in which the hexagonal structure hole is formed Gravity direction vector components on both bottom surfaces of the pentagonal cross-sectional structure provided in the direction to form the accommodating space of the pentagonal cross-sectional structure on the basis of the lowermost vertex of the hexagonal structure to accommodate the root of the plant and form the accommodating space. The outer surface having the discharge hole and at the same time having a plurality of perforated discharge holes aligned in a direction matching the M (M≥4) port modules including a body part having a flow path groove forming a flow path for inducing water discharged through the discharge hole to flow in a direction matching the gravity direction vector component； M port inserting parts for arranging and inserting M port modules in a designated arrangement structure, a discharge part for discharging internal air to the outside, and blocking air flow to the outside in addition to the discharge part and the M port inserting parts And a negative pressure for introducing external air into the housing through the M port modules inserted into the M port inserting portions and sealing the air through the discharge portion. A fan unit for generating positive pressure for discharging to the outside, and the plants accommodated in the M port module inserted into the M port i
