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Honey Jar Life-Cycle Assessment: Packaging Carbon, Cost & Recyclability (2D)

2D honey-packaging LCA lab: jar mass from real cylinder geometry and material density, cradle-to-gate embodied carbon interpolated by recycled content, mass-scaled road-freight shipping carbon, and a live simulated production run accumulating annual CO2e.

Biology2DModerate60 FPS📱 Mobile-adapted⇄ 3D version

This 2D companion replaces the 3D version's category-lookup impact bars with a genuine life-cycle-assessment calculator: jar mass is computed from real cylinder-shell geometry (outer radius, body height and a wall-thickness slider) times each material's actual density, embodied carbon is linearly interpolated between virgin and fully-recycled cradle-to-gate emission factors by the recycled-content slider, shipping carbon scales with the computed total mass and a distance slider through a standard road-freight emission factor, and a simulated production run integrates units-per-week against the live per-unit footprint over simulated time so cumulative CO2e is a running total, not a static multiply.

⚙ Under the hood

2D honey-packaging life-cycle-assessment lab: jar mass from cylinder-shell geometry and material density, cradle-to-gate embodied carbon interpolated by recycled/bio content, label and box embodied carbon from areal mass, mass-scaled road-freight shipping carbon, a real-world-weighted recyclability score, and a simulated production run integrating cumulative CO2e and cost over time from a production-rate slider.

life-cycle assessmentembodied carbonmaterial densityrecyclabilitysupply chainsustainability

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