Calculate Your Structural Mycelium Demands
Adjust dimensions, choose local agricultural waste substrates, and instantly visualize resource weights, growth timelines, and structural carbon capture metrics.
📏 Structure Geometry
🌾 Bio-Material & Fungi Choice
Total Volume
0.86 m³
Net Dry Weight
259 kg
Est. Cost (Scaled)
$78.00
⚖️ Raw Materials Balance
Agri-Waste Substrate
181 kg
Industrial Hemp Hurd
Mycelium Spawn
78 kg
Ganoderma lucidum
Hydration Water
389 Liters
For optimal myceliation
⏳ Growth & Processing Phases
11.5 Days Total1. Substrate Cleaning & Inoculation
Sieving, sterilizing with heat/steam, and mixing the organic matrix with live mycelium spawn.
2. Active Bio-Infill Growth (Incubation)
Fungus consumes natural carbohydrates, knitting structural agricultural fibers into a single solid block inside customized templates.
3. Deactivation & Baking
Baking blocks at ~70°C to dehydrate and put the fungi to sleep, locking the final mechanical strength in place.
4. Final Assembly & Installation
Deploying the lightweight, fully solid, carbon-negative panels onto structural support skeletons.
🌱 Carbon Capture Profile
CO₂ Sequestered
207 kg CO₂-e
Unlike traditional concrete which emits massive carbon, this mycelium structure actively locks carbon inside its organic fibers.