We delete forever chemicals. Permanently.
PFAS contaminate the drinking water of 200 million Americans. Current treatments don't destroy them. They just move them somewhere else. Pulse electron beams break the strongest bonds in organic chemistry at the molecular level. What comes out is harmless. What's gone is gone forever.
Your water is poisoned. Current solutions are a shell game.
They gave us Teflon. And cancer.
PFAS are called "forever chemicals" because that's what they are. The carbon-fluorine bond is the strongest in organic chemistry. These compounds don't break down in nature. They don't break down in your body. They accumulate in blood, organs, and breast milk.
More than 200 million Americans are estimated to have PFAS in their drinking water.
Current methods don't solve the problem. They relocate it.
Filtrationcaptures PFAS in filter media. The PFAS aren't destroyed. They're concentrated into hazardous waste. Usually a landfill. Where they leach back into the groundwater.
Incineration converts water contamination into air pollution. Expensive. Emissions scatter or rain down elsewhere.
Billions of dollars spent. The PFAS just moves.
Destruction, not relocation.
Pulse electron beams break the carbon-fluorine bond directly. This is not filtration. Not concentration. Not relocation. It is molecular destruction.
Destruction efficiency: greater than 99.99999%. Independently verified.
Effluent quality:below 1 part per trillion PFAS achievable. Below the EPA's strictest drinking water limits.
What else the beam destroys: VOCs, industrial solvents, pharmaceuticals, microplastics, hormones, and organic contaminants.
This isn't theoretical. E-beam water treatment has been validated by over a decade of research at Fermilab with the DOE and EPA. A facility in China has operated continuously since 2017, treating 30,000 cubic meters per day.
The EPA isn't waiting. Neither should you.
April 2024: EPA finalized the first-ever national drinking water limits for PFAS. Four parts per trillion for PFOA and PFOS individually. Enforceable.
2029-2031: Compliance required. Systems exceeding limits must implement treatment.
Federal funding: The Bipartisan Infrastructure Law provides more than $50 billion for U.S. water infrastructure, including billions targeted at PFAS. Qualifying clean technology projects may be eligible for up to 30% federal Investment Tax Credits.
Over 8,000 public water systems will need PFAS treatment solutions.
Five water problems. One technology.
Municipal Drinking Water
Pulse systems bolt onto existing treatment infrastructure. They augment your plant with a capability it was never designed for.
Municipal Wastewater
Destroys PFAS, pharmaceuticals, and microplastics before discharge.
Industrial Wastewater
Complex contamination profiles. PFAS, VOCs, heavy metals. Pulse handles all of it. Metal recovery creates a new revenue source.
Environmental Leachate
Landfills leak. Pulse treats leachate on-site, stopping contamination at the source.
PFAS Destruction as a Service
Ship your concentrated PFAS waste to Pulse. We destroy it permanently. You get a certificate of destruction.
Bolt on. Plug in. Turn on.
Pulse water treatment systems are packaged in standard shipping containers. They connect to your existing infrastructure. No new buildings. Minimal site modifications.
System capacity
0.5-50M gallons/day
Energy consumption
<1 kWh/m³
From cost center to value stream.
Water reuse.
Treated water can exceed intake quality. Reduce freshwater costs by 60-90%.
Metal recovery.
Copper, zinc, rare earths separated from industrial waste streams. Sell them.
Sludge becomes fertilizer.
Sterilized, detoxified sludge converts to biocompatible compost.
Chemical elimination.
No more oxidants, coagulants, or pH adjusters. Those annual costs disappear.
Liability elimination.
Permanent destruction means no future remediation costs.
Stop paying to hide your waste. Start profiting from it.
The team behind the technology.
Dr. Mohamad Al-Sheikhly
Professor and Director of Radiation Facilities, University of Maryland. Pioneered high-energy oxidation processes for water treatment.
Dr. Thomas D. Waite
President and Founder, Ferrate Solutions. Pioneer in ferrate chemistry for advanced water treatment.
Dr. William Cooper
Professor Emeritus, UC Irvine. Former Director, Urban Water Research Center. Leading authority on urban water systems.
Earth05 Co-Creation Prize Winner 500 Million Lives category, Davos 2025. Recognized for scalable water purification technology.
PFAS and water treatment FAQ
PFAS (per- and polyfluoroalkyl substances) are a group of synthetic chemicals used in manufacturing since the 1940s. They are called forever chemicals because the carbon-fluorine bond, the strongest bond in organic chemistry, does not break down in the environment or in the human body. PFAS accumulate in blood, organs, and breast milk. More than 200 million Americans are estimated to have PFAS in their drinking water.
High-energy electrons directly break the carbon-fluorine bonds that make PFAS so persistent. This is molecular-level destruction, not filtration or concentration. The PFAS compounds are reduced to simple, harmless byproducts. Destruction efficiency exceeds 99.99999%, independently verified, with effluent quality achievable below 1 part per trillion PFAS.
Activated carbon (GAC) and ion exchange systems capture PFAS in filter media but do not destroy them. The PFAS are concentrated into hazardous waste that must be disposed of, typically in a landfill, where they can leach back into groundwater. Incineration converts water contamination into air pollution. Pulse electron beam treatment permanently destroys PFAS at the molecular level. Nothing is relocated.
In April 2024, the EPA finalized the first-ever national drinking water limits for PFAS: 4 parts per trillion for PFOA and PFOS individually. Public water systems must complete initial monitoring by 2027 and achieve compliance by 2029 to 2031. Over 8,000 public water systems will need PFAS treatment solutions. Violations of the Safe Drinking Water Act carry penalties of up to $71,545 per day.
Pulse systems treat municipal drinking water, municipal wastewater, industrial wastewater, environmental leachate from landfills, and concentrated PFAS waste streams. In addition to PFAS, the electron beam destroys VOCs, industrial solvents, pharmaceuticals, microplastics, hormones, and other organic contaminants.
Pulse water treatment systems are containerized in standard shipping containers and connect to existing infrastructure with minimal site modifications. System capacity ranges from 0.5 to 50 million gallons per day, with energy consumption below 1 kWh per cubic meter of water treated.
The Bipartisan Infrastructure Law provides more than $50 billion for U.S. water infrastructure, including billions targeted at PFAS. Qualifying clean technology projects may be eligible for up to 30% federal Investment Tax Credits.