Paper And Pulp Processing Enzymes
Antozyme is a pioneering biotechnology company delivering innovative enzyme solutions for the pulp and paper industry. Our expertise helps manufacturers enhance process efficiency, improve product quality, and adopt sustainable practices by reducing chemical usage, energy consumption, and environmental impact.
At Antozyme, we specialize in eco-friendly enzyme technologies for applications such as fibre modification, bio-bleaching, stickies control, and refining. Our solutions enable the production of high-quality paper and pulp while supporting a greener, more sustainable future.
Driven by innovation and sustainability, Antozyme is committed to empowering the pulp and paper sector to achieve operational excellence and meet global environmental standards.
Enzymes play a crucial role in modern pulp and paper processing. At Antozyme, our technologies enable:
• Fibre Modification: Improving pulp strength, flexibility, and surface properties.
• Bio-Bleaching: Reducing traditional bleaching chemicals and energy requirements.
• Stickies and Impurity Control: Removing deposits and contaminants for smoother production.
• Refining and Deinking: Optimizing pulp processing for superior paper quality.
Concentrated Alpha Amylase
Super Concentrated Alpha-Amylase is a high-performance enzyme specifically designed for the pulp and paper industry to efficiently hydrolyze starch. By breaking down starch into simpler sugars, this enzyme enhances process efficiency, improves paper quality, and supports sustainable production practices.
Applications:
• Starch modification and removal during paper coating and sizing
• Improving pulp dewatering and machine runnability
• Enhancing overall efficiency and quality in paper production
Benefits
• Enhanced Starch Hydrolysis: Efficiently breaks down starch used in coatings, sizing, and paper surface treatments.
• Improved Pulp Drainage: Facilitates faster water removal during paper formation, reducing energy consumption.
• Superior Paper Quality: Enhances smoothness, strength, and printability of the final product.
• Cost-Effective: Super concentrated formulation allows lower dosages, reducing operational costs.
• Eco-Friendly: Minimizes chemical usage, aligning with sustainable manufacturing practices.
Cellulase
Concentrated Cellulase Enzymes are high-performance biocatalysts designed for the pulp and paper industry. These enzymes selectively hydrolyze cellulose, enabling controlled fiber modification, improved pulp processing and enhanced paper quality, while reducing the need for harsh chemicals.
Applications:
• Pulp refining and fiber modification
• Recycled paper deinking and cleaning
• Controlling stickies and pitch in pulp processing
• Improving overall paper quality and production efficiency
Benefits
• Enhanced pulp flexibility and fiber bonding
• Improved paper smoothness, strength, and printability
• Better deinking and recycling efficiency
• Lower chemical and energy consumption
• Reduced machine downtime and operational costs
Thermostable Xylanase
Thermostable Xylanase is a high-performance enzyme specially formulated for the pulp and paper industry. Designed to withstand high temperatures, it efficiently hydrolyzes xylan in wood pulp, enhancing the bleaching process, reducing chemical consumption, and improving pulp brightness and quality.
Applications:
• Pre-bleaching of kraft pulp
• Bio-bleaching in chlorine-free or reduced-chlorine processes
• Enhancing recycled pulp brightness
• Sustainable pulp and paper production
Key Benefits:
• Effective at high temperatures for industrial pulp processes
• Reduces bleaching chemical consumption
• Enhances pulp brightness and quality
• Eco-friendly and sustainable solution
• Cost-effective and energy-efficient
Lipase
Lipase Enzyme is a high-performance biocatalyst designed for the pulp and paper industry to control pitch and resin deposits. By breaking down triglycerides and other lipid components, it prevents sticky deposits that cause machine downtime, improve runnability, and enhance overall paper quality.
Applications:
• Pitch control in mechanical and chemical pulping
• Treatment of recycled pulp to remove residual lipids
• Prevention of resin-related machine fouling
• Supporting sustainable and eco-friendly pulp and paper operations
Key Benefits:
• Efficient breakdown of lipids and resinous deposits
• Prevents sticky pitch buildup on machinery
• Improves paper smoothness and quality
• Reduces chemical usage and environmental impact
• Enhances operational efficiency and reduces maintenance costs