Condense PFAS waste by 98–99%.
Thermobind's polymer dissolves in contaminated water and binds PFAS at room temperature. Thermal activation collapses the complex into dense flocs, captured through simple filtration in our continuous-flow skid system. Compressing hundreds of barrels of toxic concentrate into a small, stable solid waste stream, fundamentally changing PFAS disposal economics.
A practical answer to a permanent problem.
PFAS removal and destruction is one of the fastest-growing challenges in water treatment and environmental compliance.
Most existing systems separate PFAS from water but leave operators with massive volumes of contaminated waste that are expensive to transport, store, and destroy.
Thermobind was built to reduce the scale, cost, and operational burden of PFAS waste handling, and terminal destruction.
Reduce volume. Reduce cost.
Less PFAS waste to transport, store, and destroy. Lower disposal costs, reduced infrastructure burden, and a more scalable path for long-term PFAS management.
Reclaim physical space
Reduce hundreds of barrels of PFAS concentrate into a compact waste stream that lowers storage demands, minimizes on-site footprint, and reduces regulatory risk.
Control the end state
The future of PFAS treatment is defined by waste management economics. Thermobind reduces massive concentrate streams into stable, traceable solids that are easier and less expensive to contain, transport, and destroy.
From PFAS solution concentrate to a transport-ready solid.
Thermobind polymer binds PFAS at ambient
Our thermo-responsive polymer dissolves in solution and binds PFAS chains directly in contaminated waste streams. No heat is required for capture.
Thermal activation at 40°C
The bound PFAS is concentrated into dense flocs that can be easily captured through filtration.
Greater than 98% waste volume reduction
Simple filtration captures the flocs, leaving treated water and a small, stable, transport-ready solid with trapped PFAS.
PFAS treatment does not solve the PFAS waste problem.
Most existing technologies separate PFAS from water but create concentrated waste streams that are expensive to manage.
The future of PFAS treatment will be defined by who can reduce the cost and scale of disposal.
The future of PFAS treatment will be defined by disposal economics.
From landfill leachate to industrial reject streams, Thermobind reduces PFAS waste volume.
Landfills & Leachate
Leachate · RO retentate · FF Formate
Industrial Manufacturing
Metal plating · semiconductor · textile · specialty chemicals
Water Utilities
RO reject · brine handling · compliance polishing
Environmental Services
On-site remediation · brownfield cleanup · spill response
Incineration Pre-Treatment
Volume reduction before thermal destruction
Bring the skid to the waste, or build it into your site.
Rented skid: mobile deployment
A self-contained Thermobind skid delivered to the site for a defined campaign. Ideal for one-time remediation events, leachate campaigns, pilot deployments, or low-frequency processing needs.
- Standard transport footprint
- Plug-and-treat
- Pay-per-gallon pricing
On-site skid: permanent installation
A purpose-engineered Thermobind line integrated into a continuous waste workflow. For operators with concentrated PFAS waste streams.
- Integrated with existing controls
- Sized to throughput
- Long-term service contract
Refined control over where forever chemicals end up.
We started Thermobind because the current PFAS playbook ends with waste being moved, not handled. Our system gives operators a defensible final state: forever chemicals captured into a dense, traceable solid enabling destruction, instead of recycling back into the environment.
Designed for industrial-scale deployment.
Thermobind is designed to integrate with existing PFAS treatment infrastructure and operational workflows. Modular systems support flexible deployment across remediation and industrial sites, while fixed installations deliver continuous processing at industrial scale.