NEWS

Discover how chitosan coagulant systems can act as a natural coagulant aid in water treatment coagulation, helping plants reduce alum and ferric chloride doses, improve sludge behaviour and meet ESG goals. This article explains where a chitosan coagulant genuinely fits today, how it affects sludge and compliance, and how to design robust pilots for sustainable water treatment.

Chitosan biostimulants are increasingly used to support growth, nutrient uptake and stress tolerance in vegetable production and medicinal and aromatic plants, especially in sustainable horticulture systems. This article explains how to design practical chitosan biostimulant programmes, the role of BSF‑derived chitosan, and what agronomists should trial, measure and watch out for.

Chitosan polyphenol films are emerging as a powerful platform for active food packaging and intelligent packaging. By combining chitosan’s film forming and antimicrobial properties with plant polyphenols, brands can design smart chitosan films that slow spoilage, improve barrier performance and visibly indicate freshness—especially when using BSF derived and fungal chitosan from Entoplast for circular biopolymer packaging.