UrbanGrid leverages compact, advanced thermochemical processes that turn waste into energy with minimized emissions.

Each unit is housed in a modular, noise-insulated structure that can be placed at waste collection points or under-utilized urban spaces.

The units operate autonomously, managed via IoT-enabled dashboards that optimize waste input, energy output, and maintenance schedules.

They integrate with smart city grids to distribute generated energy locally, reducing the need for extensive transportation of waste.

UrbanGrid offers municipalities a viable, environmentally friendly solution to manage waste locally, reducing greenhouse emissions and landfill usage.

Its small footprint and automated operation overcome usual technical and regulatory hurdles, while providing communities transparency and involvement in energy generation, enhancing public trust and participation.

The primary technical challenge lies in developing a system that is both compact enough for urban spaces and compliant with stringent emissions and safety standards.

Capital investment for R&D and prototyping is significant, but existing advancements in waste-to-energy and IoT technologies offer a strong foundation.

Regulatory clearance remains a barrier but is increasingly feasible as EU policies favor circular economy models.