Biochar emerges through a process called Kalefacation—a transformation achieved by heating organic materials like farm leftovers, wood chips, or forestry remains in a controlled environment without much oxygen. This magic gives birth to a rich carbon material, which becomes vital for improving soil or various other uses.

Organic materials face temperatures of 250 to 600 degrees Celsius with little oxygen. This heat dance, Kalefacation, breaks down the materials, releasing gases. What’s left after this dance is biochar—a strong residue filled with carbon treasures. This biochar, transformed through our process, becomes a versatile tool in solving challenges.

What makes biochar special is its structure—like a sponge with tiny spaces. This sponge-like feature captures and holds water, nutrients, and small soil helpers called microorganisms. When biochar joins the soil, it transforms into a sponge, helping keep water, preventing nutrient loss, and supporting soil health. It’s like a nature-led dance, fostering a healthy soil environment.

It takes on the role of a carbon catcher, helping fight climate change. As it snuggles into the soil, the carbon from the organic material stays put, reducing the carbon that goes into the air. This special skill makes biochar a key player in the fight against greenhouse gas emissions.