Mixed directly into syrups and oils, then filtered back out.
Food-safe carbon used to purify sugar, edible oils, and beverages, ensuring clear colors and clean tastes.
Mixed directly into syrups and oils, then filtered back out.
Wood-based carbon gives the neutral taste food processing needs.
Washed and tested against food-contact purity limits.
Carbon gives us a way to purify food naturally.
Raw sugar syrup is brown, and raw cooking oils contain bitter natural compounds. Instead of bleaching them with harsh chemicals, the liquid is mixed with powdered activated carbon. The carbon absorbs the brown colors and bitter tastes, and is then completely filtered out, leaving pure, clear food behind.
200–250
mg/g Methylene Blue
A test that proves the carbon has the right size pores to catch large color molecules.
The carbon is one stage in a train, not the whole of it.
The powdered carbon is gently stirred into the warm, liquid food (like melted sugar or raw oil).
The mixture sits for a short time (usually 15-30 minutes), allowing the carbon to absorb all the unwanted colors and tastes.
The liquid is pushed through a very fine filter. The carbon powder—now holding all the dirt and color—gets trapped, letting only pure liquid through.
The clear liquid is tested to ensure it meets strict color and taste standards before being packaged or crystallized into solid food.
The grades that fit food & beverage — and what each is good at.
Wood based · Coal based
A fine, food-safe powder. It is stirred directly into warm syrup or oil, allowed to absorb the impurities for a few minutes, and then caught in a filter press.
Coal based
Used in continuous systems where syrup constantly flows through a tank of carbon granules. It is less common but great for massive, 24/7 sugar factories.
What each property actually governs once the bed is running.
This number proves the carbon has large "mesopores," which are required to catch big color molecules.
Strict limits on natural minerals to guarantee nothing dangerous leaches into the food.
The carbon must not change the natural acidity or sweetness of the food it is cleaning.
The powder must be fine enough to work fast, but not so fine that it clogs the factory's filters.
Yes, it is completely safe. Food-grade carbon is highly purified, and it is entirely filtered out of the liquid before the food is packaged. You do not eat the carbon itself.
Wood creates a very porous, "fluffy" carbon with large holes. The molecules that make raw sugar brown are very large, so they need those large holes to get trapped.
We select specific grades of carbon designed to target only colors and off-tastes, leaving the good nutrients behind in juices and oils.
Send the stream analysis and the operating conditions, and we will come back with the grade, the bed size and the changeout interval the duty actually needs.