本研究利用生物包陷(entrapment)技術，固定混合微生物(mixed-microorganisms)於三醋酸纖維酯(cellulose triacetate)上，以此作為載體(carrier)；將此載體填充固定於反應管柱內，進行食品有機廢水之處理。本廢水處理系統為連續式；且反應管柱之水流方式近於完全混合。本報告孫研究本廢水處理系統處理食品有機廢水時之動力學，求出本系統之動力學模式。 分析結果顯示，本廢水處理系統之基質利用率與入流水基質濃度之關係可以下式表示： υ=K1×So-K2 υ:基質利用率，單位mg/L-hr K1:常數，單位1/hr So:入流水COD濃度，單位mg/L K2:常數，單位mg/L-hr。

The present study used mixed microorganisms entrapped in cellulose triacetate as a carrier, and packed the carrier into a reactor column to treat organic wastewater from food industry. The wastewater treatment system was a continuous flow and completely mixed reactor column. The present study analyzed the kinetics of this wastewater treatment system. The result shows that the substrate utilization rate is proportional to the substrate concentration in the influent, and can be described as below: υ=K1×So-K2 υ: substrate utilization rate, mg/L-hr K1: constant, 1/hr So: COD concentration in influent, mg/L K2: constant, mg/L-hr.

包陷法 ； 廢水處理 ； 生物動力學

entrapment method, wastewater treatment, biokinetics