Water isn’t just water anymore. When you look at the industrial sludge coming out of a gold mine or the "forever chemical" soup draining from a municipal landfill, you’re looking at a chemistry nightmare. For years, the answer was just to dump a bunch of expensive chemicals into the mess and hope for the best. Honestly, it was a clunky, expensive way to do things. That’s why people are looking so closely at Ross Byman and the team over at Avivid Water Technology LLC. They aren't just trying to filter water; they’re trying to reinvent the electrical charge of the pollutants themselves.
The Problem With "Forever Chemicals"
If you’ve been following the news lately, you’ve heard of PFAS. These are the chemicals found in non-stick pans and firefighting foam that basically never go away. They’re a disaster. Most traditional treatment plants can’t touch them. Avivid Water Technology LLC stepped into this gap with something called TurboCoag.
It’s a patented spin on electrocoagulation. Now, electrocoagulation itself isn't brand new—it's been around for decades. But the old version had a massive flaw. The metal plates inside the machines would get "passivated," which is a fancy way of saying they’d get coated in gunk and stop working. You’d have to shut the whole thing down just to scrub the plates. It was a maintenance nightmare that made most CFOs run for the hills.
Ross Byman and the Avivid crew basically fixed the "gunk" problem. Their reactor uses a rotating anode system. Because the parts are moving, the system effectively cleans itself. No more stopping every three hours to scrape off lime or iron salts.
Why Ross Byman and This Tech Matter Right Now
Ross Byman’s role in the broader ecosystem of water tech is about connection and growth. While the engineers like Lockett Wood (the PhD brain behind the patents) handle the heavy science, the business side—where Byman and leaders like Coleman Hogan operate—is about scaling this to real-world sites. We’re talking about the Nelson Tunnel Superfund site and U.S. Navy aviation facilities.
These aren't small-time projects. When the EPA gets involved, the scrutiny is intense.
One of the coolest things about what they’re doing is the reduction in "sludge." If you use traditional chemicals to clean water, you end up with a mountain of toxic mush that you then have to pay someone to haul away. It’s a double expense. Avivid’s TurboCoag system reportedly cuts that waste by 30% to 70%. That’s a massive win for the bottom line.
Breaking Down the TurboCoag Advantage
Most people think of water filtration like a coffee filter. You catch the big bits, and the liquid goes through. This is different. Electrocoagulation is more like using a magnet. By sending an electrical current through the water, the system forces tiny particles to clump together.
- Heavy Metals: It pulls out arsenic (dropping it from 880 PPB to almost zero).
- Emulsified Oils: It breaks apart oil and water mixtures that usually won't separate.
- Microorganisms: The electrical field acts as a biocide, killing off bacteria and spores.
It’s a "one-step" process. Instead of having five different tanks for five different chemicals, you have one modular reactor.
The Realistic Side of Things
Is it a silver bullet? Kinda, but with caveats. No technology is perfect for every single type of water. Avivid is pretty transparent about this—they actually insist on doing water diagnostics and pilot testing before they even sell you a system. They aren't "tech-first" in a pushy way; they’re "results-first." If your water chemistry is weirdly unique, they’ll tell you if it won’t work.
They’ve run pilots in Colorado, West Virginia, and New Mexico. The data coming back from these sites is what’s driving the hype. We’re seeing a shift where industries like mining and "fracking" (oil and gas) are being forced by new 2025/2026 regulations to clean up their act. They need a solution that doesn't cost more than the minerals they're pulling out of the ground.
What’s Next for Avivid?
The company is moving into a "system-as-a-service" model in many cases. Instead of a company buying a multi-million dollar plant, they pay per thousand gallons treated. This lowers the barrier to entry for smaller landfills or mines that are struggling with compliance.
If you’re looking to reach out, the "mailto" for their info desk is usually the first step for a water assessment. Ross Byman and the leadership team are currently pushing for more international expansion, especially in regions where water scarcity is making "produced water" reuse a necessity rather than a luxury.
Actionable Insights for Industry Operators:
- Audit Your Sludge Costs: If you are currently using chemical coagulation, calculate your hauling and disposal fees. A 50% reduction in sludge volume via electrocoagulation usually pays for the equipment in under 18 months.
- Test for PFAS Early: New EPA standards are tightening. Getting a diagnostic test from a lab now—before a fine hits—is the smartest move you can make.
- Think Modular: Don't build permanent concrete infrastructure if you don't have to. Modular units like the TurboCoag can be moved if a mine site closes or a landfill cell is capped.
Water treatment is getting smarter because it has to. With people like Ross Byman moving the needle on the business side and patented tech like the rotating anode solving the maintenance hurdles, the days of "dump and pray" chemistry are finally coming to an end.