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Black Soldier Fly Bioconversion Farm 2D

2D cross-section simulator of an insect-protein bioconversion bin: black soldier fly larvae consume organic waste and grow along a temperature-tuned logistic curve, with a live feed-conversion ratio readout and a pan/zoom bin view.

Agronomy & Soil Physics2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
2d-sustainable-agriculture-tech ↗ Open standalone

Insect protein is one of the more overlooked technologies in the sustainable-agriculture toolkit: black soldier fly larvae eat organic waste and turn it into body mass at a feed conversion ratio many times better than livestock. This 2D companion models the same coupled substrate/biomass system as the 3D bin — a substrate mass being consumed and a larval biomass growing logistically inside it, with a temperature-dependent growth rate peaking near the species' real thermal optimum — as a side cross-section you can drag to pan and scroll to zoom. Adjust bin temperature, daily feed rate and the reseed fraction left behind after each harvest, then watch the larvae population grow across the substrate layer while live readouts track biomass, feed conversion ratio, cumulative waste diverted and protein yield.

⚙ Under the hood

2D cross-section simulator of an insect-protein bioconversion bin: black soldier fly larvae consume organic waste and grow along a temperature-tuned logistic curve, with a live feed-conversion ratio readout and a pan/zoom bin view.

sustainable agricultureinsect proteinblack soldier flybioconversionwaste valorizationlogistic growthfeed conversion ratioagritech

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install

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