Organic waste from commercial kitchens, specifically spent coffee grounds and soybean pulp, can contain up to 85 percent water. Standard logistics route this waste as a single mass, meaning fleets burn excess fossil fuels simply to transport useless water weight across the island.
The Urban Bio-Transit Engine solves this bottleneck. By calculating a dynamic Moisture Penalty and isolating the Net Dry Biomass, the algorithm forces dispatchers to evaluate true payload efficiency.
This engine bridges physical food science with geospatial software architecture, providing a scalable digital infrastructure to support local food security and sustainable upcycling mandates.