EnviroTri MeshGrid is a unified IoT network that tackles three crises at once: polluted industrial water, unsafe electronic waste, and high-emission rice farming. Instead of treating them as separate problems, EnviroTri MeshGrid links them into one circular, data-driven system.
Integrated Systems
Water • E-Waste • Rice
System Status
Built for Bangladesh, Ready for the World
Three specialized subsystems working in harmony to solve distinct environmental challenges.
AWD-Mesh is a smart irrigation network for rice paddies. It uses water-level sensors, LoRa communication, and weather data to schedule Alternate Wetting and Drying (AWD), cutting methane emissions and saving water while protecting yields.
The eCycle Micro-Factory recovers usable components from e-waste PCBs. AI vision, controlled heating, and gentle robotics depopulate boards, test parts, and feed them back into local repair and IoT projects instead of landfills and smelters.
HydroLoop combines Mag-Chito dye removal, smart filtration, and arsenic polishing to turn textile wastewater into safe drinking water. Sensors track color, turbidity, pH, and more to keep every litre accountable.
Water Crisis: textile factories pollute rivers and over-pump groundwater; communities face arsenic and scarcity.
E-Waste Crisis: discarded electronics from those same regions leak heavy metals and destroy reusable parts.
Agriculture & Climate Crisis: rice paddies emit methane and consume huge volumes of irrigation water.
EnviroTri MeshGrid links them: Treated water from HydroLoop can support communities and farms. Recovered components from eCycle can power the sensors and controllers of AWD and HydroLoop. Smarter irrigation through AWD reduces withdrawals from the same stressed aquifers and canals affected by factories.
EnviroTri MeshGrid is designed to track environmental gains in real time, turning every sensor reading into proof of progress.