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Pulp & Paper Enzymes

Enzymatic way out for paper manufacturers.

Pulp & Paper Enzymes

We offer fast support for all our products and services

Paper, an elementary resource consumed massively all over the world. Manufacturing a clean, bright and white piece of paper is non environment friendly, ineconomic and tedious in nature. Hence, here in Kelvin we have mastered the craft of enzyme formulations as biocatalyst to guide paper mills towards eco friendly alternatives. Our enzymes are based on proteins that helps in converting the paper pulping process into an all natural, eco-friendly and economic system.

Our goal in this sector is to create a sustainable environment in the entire paper processing industry value chain via our upto date, ready available technologies and services. Come join us together in establishing a sustainable and better tomorrow enzymatically.

Pulp & Paper Enzymes
Advantages of NEOZYME-RF:
  • Enhances the drainability.
  • Reduces the energy requirements.
  • Increases fibrillation.
  • Improvement in strength properties.
  • Reduces the sizing chemicals.

Advantages of NEOZYME BL:
  • Increase in the brightness of final bleached pulp by 1.5–2.0 units.
  • Savings of 15-20% in bleaching chemicals
  • Reduction in the pollution load, particularly, AOX levels in the effluents.
  • By achieving considerable saving in chlorine dioxide, it is also possible to increase thethroughput, in case of mills with limitation in chlorine dioxide generation.

Advantages of NEOZYME-PS:
  • Reduces the size and quantity of stickies.
  • Enhances removal of ink in case of recycled pulp.
  • Decreases dirt count.
  • Improves the performance of paper machines.
  • Improves pulp brightness.
  • Improves paper strength.

Advantages of NEOZYME-IN:
  • Enhances removal of ink.
  • Decreases dirt count.
  • Improves pulp brightness.
  • Reduces deinking chemicals.
  • Improves paper strength.

Advantages of NEOZYME-SVR:
  • Rapid reduction in viscosity of starch solution.
  • No colour formation.
  • Stable at High Temperatures.
  • Cost efficient and highly economical.