Nanocellulose:
AI server racks generate intense heat (20–50+ MW per facility). Rather than venting this thermal energy into the atmosphere, Waste2Nano captures it to power the production of Microcellulose (MC) and Nanocellulose (NC). Waste Mining.
AI data Centers:
We provide a “forever running” supply of treated effluent for cooling. This replaces the need for freshwater and provides a more consistent, mineral-light cooling source compared to groundwater, which often causes equipment scaling.
WWTP:
Our heat stream boosts efficiency in cold climates while cutting sludge volume by 50%. This reduction expands plant capacity and slashes costs by eliminating waste hauling and spreading. Lower expenses + less sludge = higher capacity + higher efficiency.
Introducing: The World’s First Nanocellulose Waste Miner Pilot.
- Small footprint (2-3 shipping containers), low electric consumption.
- Semi automated novel unit that converts organic waste into high-quality nanocellulose compositions. Robust, yet easily transportable& remote-controlled – working 24 / 7.
- Pilot scale – 0.5 MGD (Million Gallon per Day) (~5,000 people equivalent).
- Collect liquid (wastewater) and solid waste (textile and agriculture residues).
- Analyze the waste (the “nose” + hyperspectral + track DNA and other markers for human health).
- Separate and process the waste into cellulose and nanocellulose raw materials.
- Create resin for 3D printing and molding.
Consulting, Training, & Implementation. Delivered End-to-End
Sustainable Cooling for AI & HPC
AI compute is scaling fast—fresh water is not. Waste2Nano helps operators transition to wastewater and reclaimed-water cooling to reduce environmental impact, improve site resilience, and accelerate deployment.
Our End-to-End Services
- Consulting & Feasibility: Site screening, cooling strategy selection, and ROI modeling.
- Training: Operator playbooks, maintenance protocols, and safety/compliance guidance.
- Implementation: Detailed engineering, vendor procurement, and commissioning support.
Who We Serve
We support Data Center Operators, HPC Facilities, and Municipalities looking to move from concept to deployment with water-resilient infrastructure.
- Contact us for a consultation: info@waste2nano.com
