Why Black Spark

Most PFAS destruction technologies weren’t built for the messy, high-strength waste streams that represent a growing liability. Black Spark is. Our system is designed for deployment, not just demonstration—and engineered to destroy long and short-chain PFAS in even the most difficult matrices, efficiently, affordably and reliably.

Complete Destruction, Zero Combustion

Our process achieves complete PFAS breakdown without incineration or thermal extremes. That means no high-temperature reactors, no corrosive byproducts, and no reliance on extreme pressures or hazardous reagents—just electricity, engineered plasma, and clean outcomes.

Modular, Mobile, and Scalable

Each system module is compact and independently operational, enabling flexible deployment: from mobile on-site jobs to scaled-up regional treatment hubs. Capacity can be added incrementally as demand grows—no overbuilding, no wasted capital.

Engineered for Real Waste, Not Just Ideal Conditions

Our system is capable of treating complex, high-strength brines and concentrates—without dilution or pre-treatment. It's particularly effective on short-chain compounds like PFBS, where almost all technologies struggle.

Low Operating Costs, Simple Inputs

We don’t rely on sacrificial chemicals or tightly controlled water chemistry. This keeps operating costs low and field deployment practical—especially in remote or logistically constrained environments.

Built for Manufacturability, Not Custom Fabrication

The system is designed with modularity and manufacturability in mind—standardized components, low footprint, and straightforward integration. That means faster builds, fewer bottlenecks, and lower cost at scale.

Designed for the Bottleneck That’s Already Here

Tens of millions of gallons of PFAS-laden concentrate are currently sitting in storage, waiting for an affordable, on-site alternative to incineration. Black Spark is built to meet that need—efficiently, flexibly, and at a fraction of the cost.