Stircor ads

The steel industry has a chicken-and-egg problem with biocarbon. Steelmakers won't commit to a long-term offtake until they've run a trial. Fair. They need to see it perform in their furnace first. But those trials aren't small: 250 to 1,000 tons. Meanwhile, biocarbon producers can't justify sinking millions into a processing facility to make trial volumes for a contract that doesn't exist yet. So good product dies in the gap between lab scale and full production. Everyone stalls. That's where Stircor Processing comes in. We toll-produce ring-die pelletized biocarbon at trial volume, certified to spec and documented per batch, so producers don't have to build a plant and end users get real material to qualify. Up to 94% fixed carbon, volatiles as low as 3%, ash as low as 2%. We bridge lab-to-line, and help both sides get a product across the finish line. If you're stuck on either side of that gap, let's talk. #GreenSteel #Biocarbon #Metallurgy #Decarbonization

Your dryer is doing its job. PFAS destruction just isn't part of that job. Class A Biosolids carry whatever came in with the cake. If a receiving state sets a limit, a well-run program can lose its outlet through no fault of the plant. Stircor adds the step drying was never designed for: gasification plus thermal oxidation, with >99% PFAS destruction measured in the treated solids. → See what destruction looks like: https://lnkd.in/e2juD6qX

Budgeting a multiple-hearth rebuild this cycle? A refractory rebuild buys real years on a unit your crew knows well. But the next permit will be written with PFAS in mind, and the decision you make now is a 30-year one. Before committing capital, compare the rebuild against gasification plus thermal oxidation on capacity, disposal cost, and PFAS destruction in the solids. → Book a 20-minute comparison with our engineering team: https://lnkd.in/epz5MTty

What would 100,000 fewer wet tons a year do to your hauling budget? One Stircor train takes that tonnage off your contracts and turns what's left into a product with a buyer, not a tipping fee. Leave the water at the plant. → Model the cost case for your plant: https://lnkd.in/eAGjF9KM

Where does the PFAS go when your biosolids leave the plant? Drying reduces the mass. Landfilling stores it. Neither ends it. Stircor gasifies biosolids and thermally oxidizes the syngas in a dedicated second stage, with >99% PFAS destruction measured in the treated solids (gas-phase testing ongoing). One train handles up to 100,000 wet tons a year. → See the process and the solids data: https://lnkd.in/eK7Gjn_5

If your biosolids program depends on land application, the map just got more complicated. • Maine and Connecticut: banned • Maryland and Virginia: 50 ppb • New York: sampling Class A Biosolids • Landfill capacity: tightening, with tip fees following None of this is about how well your plant runs. It's about where the material can go. → See how utilities are planning for it: https://lnkd.in/etmu3Vzb