![]() ![]() 4 In recent years, there has been considerable growth in the number of research and commercial advances related to the use of insect production in connection to recycling, reduce, and reuse of agri-food system side-streams and waste biomass. 1 – 3 Insects have been identified as a viable answer to the worldwide difficulties connected with a shortage of protein sources for feed and food as the world population grows. The popularity of farmed insects as a future source of food, feed, and energy is growing. Conclusions: Efforts to reduce environmental impacts that can be done are by implementing an integrated rearing system using substrate from a single type of known substrate for BSFL and using alternative drying methods for BSFL dried production. Production of prepupa had the highest hotspots in these emissions, followed dried BSFL production. ![]() Results: The impact values of GWP, AC, TE, FFE, and ET, per 100 kg of BSFL dried production was 6.687 kg CO 2 eq 0.029 kg SO 2-eq 0.092 kg N-eq 16.732 MJ surplus 121.231 CTUe. The LCA is conducted using openLCA 1.11 software and TRACI 2.1 impact assessment method. The system boundary of the dried BSFL production is designed for both the processing and production of one cycle of BSFL (b) life cycle inventory activities carried out at PT Biomagg Sinergi Internasional, Depok, West Java, Indonesia (c) conducting life cycle impact assessment on five environmental impact categories namely global warming potential (GWP), acidification (AC), terrestrial eutrophication (TE), fossil fuel depletion (FFE), eco-toxicity (ET) and (d) interpretation of the assessment result. Methods: The methodology used is life cycle assessment (LCA), which includes: (a) system boundary determination (gate-to-gate), starting from biowaste production, biowaste bioconversion, prepupae and BSFL frass production. This study reported a life cycle assessment (LCA) of the biowaste bioconversion process of BSFL and determined the environment impact analysis to make recommendations for modifications to lessen environmental consequences. However, understanding the environmental loads associated with biowaste bioconversion using BSFL to produce dried BSFL is a pivotal point to keep the environment sustainable. illucens L., or black soldier fly larvae (BSFL), is an alternative solution to tackle the issue of organic waste bioconversion. have gained popularity in recent years as an environmentally friendly response to both the present and potential future food/feed crisis. ![]()
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