Steel Needs Renewable Carbon. But It Must Be Engineered.

Steel doesn’t need biomass. It needs engineered carbon.

According to the International Energy Agency, steel production relies on carbon not only as an energy source but as a fundamental chemical input, and decarbonisation pathways must maintain strict performance, quality, and cost requirements within existing industrial processes.

The steel industry is under pressure to decarbonise, but its processes are built around precise carbon inputs. Replacing fossil carbon only works if the alternative behaves the same — or better.

Raw biochar doesn’t meet that standard.

Why Raw Biochar Fails

Unprocessed biochar carries:

• High alkali content
• Low density
• Excessive reactivity

In steelmaking environments, these properties:

• Disrupt furnace stability
• Reduce process efficiency
• Compromise product quality

Even with pretreatment, performance improvements are limited.

It’s not enough to improve biomass. It must be transformed.

The Real Requirement

Steelmaking demands carbon that is:

• Low in impurities
• Structurally stable
• Predictable under high temperature

This isn’t a fuel problem. It’s a materials problem.

What ByoMax Delivers

ByoMax produces Pure Carbon engineered for metallurgical use:

• Purified
• Density-controlled
• Reactivity-managed

Designed to meet the performance requirements of high-temperature industrial processes.

The Outcome

Renewable carbon that behaves like industrial carbon.

Drop-in. Built for steel.

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