Planetary
Prototyping
INFRASTRUCTURE REDEFINED
Planetary Prototyping engineers hybrid energy and water management systems that mimics nature’s efficiency and utilize the thermal mass of water and accessible materials to stabilize and optimize essential processes. We are dedicated to reviving existing infrastructure through grassroots innovation, delivering modern efficiency without the cost of reconstruction. Like a mycelial network, our solutions revive neglected infrastructure from the roots up, transforming waste into resources and growing resilient, autonomous utilities for communities.
Engineering a Sustainable Planet
We believe the most sustainable path forward is optimizing what already exists. Our mission is to apply advanced energy management and robotic control systems to aging infrastructure, delivering modern efficiency standards without the capital cost of total reconstruction.
Explore Our Innovations
We specialize in developing and implementing cutting-edge solutions for environmental remediation and resource management.
Our flagship retrofit design decouples aeration from mixing, allowing for precise control of the Modified Ludzack-Ettinger (MLE) reaction. By isolating these variables, we achieve higher denitrification rates and lower energy consumption without requiring new concrete infrastructure.
A closed-loop method of recycling critical minerals using saltwater-based electrochemistry. Our system extracts valuable materials from mixed waste streams through targeted electroplating and precipitation, turning industrial liabilities into assets.
Read the published thesis that forms the engineering backbone of our designs: "A Robotic System for Solar Thermal - Compressed Air Energy Storage." This research verifies the control systems and thermodynamic modeling used in our current water treatment applications.