A wind-driven type organism aeration apparatus is disclosed, which can be utilized to rapidly assist aerobic microorganism in decomposing pollutants and to passively guide an oxygen-containing air into an underground aeration zone for building an aerobic surrounding, allowing the original microorganism to survive and increasing the activity of the microorganism. The disclosed wind-driven type organism aeration apparatus can ingeniously promote ventilation effect and practicability, compared to conventional passive organism aeration methods which are not equipped with external air guide devices to cause poor aeration effect. Further, an inlet member and a tail pipe are utilized to increase the airflow speed and the oxygen transmission rate. A convenient flow control valve is utilized to flexibly control the relevant parameters. A rotational set and a guide fin are cooperatively utilized to increase the wind-engaging flow and prevent the polluted gas from escaping, thereby greatly enhancing the practicability of bioventing remediation method for real field remediation and pilot research. According to the pilot test, the disclosed wind-driven type organism aeration apparatus can be efficiently utilized to assist the microorganism in degrading the pollutants of diesel fuel.一種風力驅動式生物通氣設備,能快速輔助好氧微生物進行污染物分解,將含氧空氣以被動式引導至地下通氣層內營造好氧環境,使原生微生物足以生存增加微生物活性。舊有的被動式生物通氣法無外部空氣引導設備,通氣效果較差,本發明應用設計巧思提高通氣效果與實用性。藉由進氣件與尾管設計增加空氣流速提高氧氣傳輸率,便利的流量控制閥可彈性控制相關參數,旋轉組與導向鰭片搭配增加受風量,並有避免污染氣體逸散的設計,大幅提升生物通氣整治法於實場整治與模場研究的實用性,由模場試驗得知本發明能輔助微生物快速降解柴油污染物。10‧‧‧進氣件20‧‧‧轉接頭30‧‧‧尾管40‧‧‧流量控制閥50‧‧‧導向鰭片60‧‧‧旋轉組70‧‧‧空氣逆止閥組80‧‧‧檢測管
