TEKNOLOGI BLACK SOLDIER FLY (BSF) DENGAN VARIASI PAKAN SAMPAH ORGANIK

Abstract

Organic waste processing technology using Black Soldier Fly larvae is one of the alternative technologies for processing organic waste which is considered to have a faster reduced rate compared to other organic waste processing. However, the amount of organic waste produced by the community requires the application of organic waste processing technology because organic waste quickly undergoes a decomposition process.

This study aims to determine the percentage of reduction, optimum percentage and survival rate with variations of organic waste for BSF larvae. This study used an experimental method with 6 reactors containing 200 larvae aged 7-18 days. Variations of feed given to BSF larvae include steamed chicory vegetable waste with the addition of stale rice molasses, papaya fruit waste with additional moles, and a mixture of steamed chicory vegetable waste with papaya fruit waste. Each reactor was fed 100mg/larva. The day and the weight reduction of waste feed was measured for 12 days of the study.

The results of the percentage of waste reduction with variations of steamed mustard greens with additional moles of stale rice reached 70.2%, variations of papaya fruit waste with additional moles of 58.1% and variations of steamed mustard greens and papayas by 53.7%. The percentage of organic waste reduction using the most optimum BSF larvae reached 70.2% in the treatment of steamed mustard greens with additional moles of stale rice.