Heat Processing & Nutrient Integrity

How a plant is processed determines what remains biologically active inside the final product.

Many large-scale manufacturers rely on high-temperature oven drying and rapid processing to increase output and reduce cost. While efficient from a production standpoint, these methods often sacrifice biological complexity. Heat-sensitive enzymes degrade, antioxidant systems are weakened, and fragile cofactors are damaged or destroyed. What remains may still contain nutrients, but it no longer reflects the plant’s full natural architecture.

At Drunetic, we prioritize preservation over speed.

Our Spirulina and Chlorella are dried to maintain their native biological structure. 

Drying methods matter because algae contain delicate biological compounds that can easily degrade if handled improperly. Compounds such as superoxide dismutase (SOD), phycocyanin, chlorophyll complexes, and a wide network of antioxidants are sensitive to excessive heat and oxidation.

High-quality producers therefore use carefully controlled drying processes that remove moisture while protecting these fragile molecules. When the process is well managed, the functional compounds within the algae remain stable and biologically active.

The goal is not simply to “dry” the algae, but to preserve the natural integrity of the organism. Spirulina and chlorella are living biological systems containing enzymes, pigments, minerals, and cofactors that work together as a network. If the drying process is too aggressive, parts of this network degrade and the synergy of the plant is reduced.

For us, the question is simple: do we optimize purely for cost, or do we optimize for biological integrity?

We choose integrity.

This is where quality comes before quantity.