A machine to make machines.

NanoNets are a proprietary library of molecular agents that can sequester particles in water 10x more efficiently than industry norms at a fraction of the price.

How it works: NanoNets are a molecular design platform that powers CarboNet chemistry through precise nanoparticle architecture. It creates performance-tuned polymers and coagulants that are programmable at scale, targeting specific particle types, enhancing floc strength, and optimizing dose efficiency:

• Improves flocculant targeting so less PAM is needed
• Enables coagulants to work better across varying solids and flows
• Underpins multi-format chemistry: gel, emulsion, blended, or inorganic

Why it matters: Historically, treatment chemistry has meant guessing at dose and pH with mediocre results. NanoNets restore control. It ensures each chemical program works in concert—from coagulation to dewatering—while reducing waste, risk, and labor:

• Up to 90% polymer reduction in flocculants
• Creates stronger, faster-settling flocs
• Enables coagulation to pair predictably with variable systems

The chemistry: NanoNet-generated molecules are built from the atom up, allowing you to tailor charge density, polymer architecture, and particle affinity for unrivaled performance:    

• Flocculants: Customized for rapid aggregation and dewatering
• Coagulants: Engineered for efficient charge neutralization and minimal sludge
• Emerging products: Targeted chemistries for mining, groundwater, and heavy metal removal

Applications: NanoNet chemistry shows up where legacy polymers break down—under high solids, tight residence times, or changing influent. It doesn’t just improve performance; it expands where advanced treatment is possible:

• Sludge dewatering: Faster cake solids and dryer sludge with fewer polymers
• Variable influent:  Chemistry adapts to flow, pH, or load swings
• µg-level targeting: For produced water, metals scavenging, and trace contaminant control

Built for scale: NanoNets are production-ready. Every molecule can be manufactured consistently, dosed predictably, and integrated across formats—all with the same underlying library. That means fewer trial runs and faster deployment on-site:

• Geography agnostic: works in batch or inline systems globally
• Compatible across gel, emulsion, inorganic, and blended formats
• Supports infinite-scale manufacturing from the same chemistry foundation

The bottom line: NanoNets are the underlying engine that makes all CarboNet products more consistent, reliable, and cost-effective. Flocculants need less PAM. Coagulants perform dependably. And future chemistry programs can be built without rethinking the platform. It’s our molecular factory, delivering chemistry that scales with the challenges.

The NanoNet Platform

NanoNets power every CarboNet formulation, designing chemistry from the molecular level to improve clarity, reduce waste, and accelerate water treatment across systems.