Biocarbon for Ferroalloys, Silicon, and Foundry Metals
High-performance biocarbon reductant for ferroalloy, silicon metal, and foundry casting operations, lab tested and engineered alongside your plant to meet your exact chemical and mechanical specs.
Ferroalloy, Silicon, and Foundry Operations Run on Carbon Reductants
Ferroalloy smelting, silicon metal production, and foundry casting all depend on carbon as a chemical reductant, not just a fuel, and today that carbon is almost entirely fossil coal, coke, or metallurgical coal. Biocarbon offers a biogenic, renewable substitute, but it has to meet the same bar: high fixed carbon, low ash, and enough mechanical strength to hold up in the furnace.
High Performance, Built Alongside Your Plant
Biogenic Carbon Displacement
Every ton of biocarbon used in place of fossil coal or coke represents a direct, measurable reduction in fossil (Scope 1) emissions.
Lab Tested for Performance
Densified and processed to meet the mechanical strength your furnace demands, every formulation is lab tested and verified against your target specs.
Support Where You Need It
Share your furnace type and current reductant spec, and we’ll assist with trial planning and application guidance.
Designed With Your Plant
We don’t ship a one-size-fits-all product. Our team works directly with your metallurgists to hit the specific chemical and mechanical properties your furnace needs.
Engineered and Lab Tested to Your Specs
Raw biochar isn’t built to survive a smelting furnace on its own, it needs real engineering to meet the mechanical and chemical properties your process requires. We work directly with your team, testing against your specs rather than shipping a generic product.
Mechanical Strength
Furnace charges need to hold together under load and heat. We lab test our biocarbon against the mechanical strength your furnace requires.
Low Sulfur, Low Heavy Metals
Because it’s sourced from trees rather than geologic coal, our biocarbon starts with inherently lower sulfur and trace heavy metal content, no millions of years of mineral concentration to filter out. We test fixed carbon, ash, and trace elements against your specific purity thresholds.
Designed With Your Plant
We work alongside your metallurgists from the start, formulating and testing to hit the exact chemical and mechanical properties your furnace needs.
A Cleaner Source, By Nature
Coal and coke form underground over millions of years, concentrating sulfur and trace heavy metals from the surrounding geology. Biomass doesn’t carry that baggage. Published research on charcoal-based silicon production has found lower trace element content and silicon purity above 99%, along with substantially lower sulfur dioxide emissions, compared to coal-based reduction.
From America’s Forests to Your Furnace
We’re utilizing America’s forests to source biomass, then engineering it into a reductant lab tested for your process.
Trees Capture It
As forests grow, trees pull CO2 from the atmosphere through photosynthesis and store it as carbon in wood and biomass.
Our Process Engineers It
Pyrolysis and densification convert that biomass into a reductant engineered and lab tested for strength and high fixed carbon.
Your Furnace Runs On It
Biogenic carbon displaces a portion of fossil coal or coke in the reaction, cutting fossil emissions with a formulation designed for your furnace.
Built to Scale, Anywhere Metal Is Made
Biocarbon is made from readily available biomass, forestry and agricultural residues found in nearly every region of the world. The U.S. Department of Energy estimates the U.S. alone can sustainably supply more than a billion tons of biomass a year. That means supply isn’t the constraint, it can scale to millions of tons and reach smelting and foundry operations of any size.
A Reductant Formulated to Your Furnace
We supply engineered biocarbon. Your team keeps full control over furnace operation and substitution rate.
Tailored Particle Size & Density
Sized and densified to match your furnace charge or injection method, whether ferroalloy smelting, silicon production, or cupola casting.
Consistent Supply
Quality-checked from batch to batch, with fixed carbon, ash, and sulfur content verified against your specification.
Application & Trial Support
Our team works alongside your metallurgical staff to test substitution rates against your furnace and target metal purity.
Common Questions From Metallurgists
Can biocarbon really replace coal or coke in smelting?
Yes, in part. Ferroalloy and silicon producers have used charcoal-based reductants for decades in some regions. Engineered biocarbon can substitute for a portion of fossil coal or coke, formulated and tested specifically for your furnace.
Will it perform the same as fossil coke?
That’s what we lab test for. Raw biochar isn’t built for smelting on its own, we formulate and test our biocarbon against the fixed carbon and mechanical strength targets your process needs, working directly with your team along the way.
Does biocarbon introduce contamination risk into the metal?
Generally less than coal, not more. Coal and coke concentrate sulfur and trace heavy metals from millions of years underground. Biocarbon starts cleaner because it’s sourced from trees, not geology, and we test trace element content against your target metal purity.
How do you make sure it will meet our specs?
We lab test each formulation against your target fixed carbon, ash content, sulfur, strength, and sizing before it ever runs in your furnace, and we adjust the formulation based on trial results with your team.
Can you help us run a trial?
Yes. Share your furnace type, current reductant spec, and goals, and we’ll help design a trial program.
Let’s Build the Future Together
Talk to our team about a biocarbon reductant engineered for your furnace.
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