Stickiness Control Enzyme Alkaline Lipase for Formulator in Pulp and Paper 
In the pulp and paper industry, the challenge of "stickies" and resin barriers has long plagued formulators and mill operators, especially with the growing reliance on recycled fiber sources such as Old Corrugated Containers (OCC), Mixed Office Waste (MOW), Old Magazine (OMG), and Old Newspaper (ONP). These stickies—comprising synthetic adhesives, resins from softwood pulping, and other hydrophobic contaminants—adhere to paper machine components (like wires, felts, and rolls), leading to unplanned downtime, equipment damage, and defective end products marked by stains, holes, or uneven formation.
Traditional chemical solutions for stickiness control often come with limitations: they may be ineffective against diverse contaminant types, increase wastewater treatment loads, or conflict with other process additives. This has driven the shift toward enzymatic solutions, which leverage biological specificity to target problematic compounds without disrupting eco-friendly manufacturing goals.
Our Stickiness Control Enzyme Alkaline Lipase is engineered to address this industry pain point. As a specialized alkaline lipase, it belongs to a class of microbial enzymes optimized for the harsh conditions of pulp and paper processing. Unlike generic lipases, it is tailored for formulators, enabling seamless integration into custom chemical blends for targeted stickiness management. Its development aligns with the industry’s push for sustainable practices, as enzymatic solutions reduce reliance on harsh chemicals and lower overall environmental impact.
