肉品市場會產出的有機廢棄物，廢棄豬肺、廢棄豬肝、廢棄豬血以及廢棄好氧活性污泥，以現行的處理方式仍會造成污染及浪費。本研究以黑水虻做為新興生物處理方式，探討了將以上廢棄物去化以及資源化的可行性。
研究結果發現，廢棄豬肺及廢棄豬肝可被黑水虻幼蟲食用。而廢棄豬肺組與廢棄豬肝組相比，幼蟲成長得更好，基質去化也更多，說明廢棄豬肺是較廢棄豬肝更理想的黑水虻幼蟲基質。
在黑水虻幼蟲密度提高，使基質低於黑水虻幼蟲生長所需時，廢棄豬肺組的單一幼蟲大小成曲線下降，幼蟲總量成長呈曲線增加；而廢棄豬肝組的幼蟲變化則不明顯。廢棄豬肝組的基質去化則較廢棄豬肺組高，且不隨黑水虻幼蟲密度有明顯變化。
當廢棄豬肺與廢棄豬血混合飼養黑水虻幼蟲時，以濕重7.5:1為最合適比例，幼蟲成長較沒有混合廢棄豬血的對照組更佳。然而，添加更多廢棄豬血會不利黑水虻幼蟲生長。
當廢棄豬肺與廢棄好氧活性污泥混合飼養黑水虻幼蟲時，以乾重1:1為最合適比例。此比例的幼蟲成長最佳，高於單純以豬肺或以污泥飼養，並且能同時處理廢棄豬肺與廢棄好氧活性污泥兩項肉品市場廢棄物。

The organic waste produced by the meat market, including waste pig lungs, waste pig livers, waste pig blood and waste aerobic activated sludge, will still cause pollution and waste with the current treatment methods. This study uses the black soldier fly as an emerging biological treatment method to explore the feasibility of removing and recycling the above wastes.
Research results have found that waste pig lungs and waste pig livers can be eaten by black soldier fly larvae. Compared with the waste pig liver group, the larvae in the waste pig lung group grew better and had more substrate removal, indicating that the waste pig lung was a more ideal substrate for black soldier fly larvae than the waste pig liver.
When the density of black soldier fly larvae increased, making the substrate lower than what was needed for the growth of black soldier fly larvae, the size of a single larvae in the waste pig lung group decreased in a curve, and the total larvae growth increased in a curve; while the larvae in the waste pig liver group changed Not obvious. The substrate degeneration of the waste pig liver group was higher than that of the waste pig lung group, and did not change significantly with the density of black soldier fly larvae.
When waste pig lungs and waste pig blood were mixed to raise black soldier fly larvae, the wet weight ratio of 7.5:1 was the most suitable ratio. The larvae grew better than the control group without mixed waste pig blood. However, adding more waste pig blood will adversely affect the growth of black soldier fly larvae.
When waste pig lungs and waste aerobic activated sludge were mixed to feed black soldier fly larvae, a dry weight ratio of 1:1 was the most appropriate ratio. This ratio of larvae grew optimally, which was higher than simply raising pig lungs or sludge, and can simultaneously process two meat market wastes, waste pig lungs and waste aerobic activated sludge.

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