ADK GreenTech — Est. 2015

Keep the lights on.
Keep the air clean.

Coal will run the world's grid for decades. The question isn't whether to burn it — it's how to burn it better. Sootaway, our combustion catalyst, reduces SO₂, NOx and particulate matter at the source, without retrofitting a single plant.

3–8% Fuel efficiency gain
10–25% Emission reduction
$0 Capital investment required
Backed by real physics, not marketing

Non-hazardous. Certified.

Sootaway is a benign liquid catalyst. No special handling certifications, no hazmat shipping, no complicated permitting. Spray it in, burn cleaner.

Works on any existing plant

No capital expenditure, no downtime. Sootaway integrates with your current boiler operations via a simple spray system — retrofits optional.

Measured outcomes, not promises

Every deployment comes with pre- and post-burn testing. You see the numbers before you commit to a long-term supply agreement.

Combustion, perfected at the molecular level

Sootaway works at the point of combustion — the moment where fuel meets oxygen. By lowering the ignition threshold and accelerating the oxidation chain reaction, it ensures more complete burning of the carbon matrix in coal.

What that means in practice: less unburned carbon leaving the boiler as soot and unburnt hydrocarbons, less slag formation on boiler tubes, and fewer acid gas precursors making it to the stack.

01
Lower ignition temperature

Sootaway catalyzes the initial oxidation of char particles, expanding the effective combustion window.

02
Faster burn-out, lower excess O₂

More complete carbon consumption means plants can reduce excess oxygen without risking slagging — saving fuel.

03
Fewer pollutants formed

Complete combustion means less incomplete-oxidation byproducts: less SO₃, less NOx precursors, less particulate.

Boiler Flame
Catalyst Active Zone
Sootaway
Combustion zone
Catalyst reaction
Flame core

What plants actually see after treatment

SO₂ down 15–30%

Sulfur in coal oxidizes more completely — converts to fly ash rather than gas-phase SO₂.

NOx down 10–20%

Lower peak flame temperature and faster burn-out reduce thermal NOx formation.

PM down 20–40%

Less unburned carbon means less particulate matter entering the stack and the ESP.

Heat rate improved 3–8%

More BTU per pound of coal burned. Fuel savings compound with every shipment.

"We didn't wait for the perfect energy future. We built something that works with the energy present."
Al Terpstra, President — ADK GreenTech

The world's most advanced economies still depend on coal for baseload power. The U.S. grid ran 33% on coal last year. Germany shut down its last nuclear plant and fired up more lignite. India is building new plants monthly.

Sootaway was built for this reality — not the one that will exist in 2070. It's for plant operators who need to meet EPA compliance deadlines now, who want to extend the life of their assets without billion-dollar retrofits, and who want to be part of the solution rather than the problem.

The grid needs every tool available. Sootaway is one of them.

Cleaner combustion isn't a compromise. It's an engineering decision with measurable returns — on efficiency, on compliance, and on the communities living downwind of your stacks.