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SCIENTIFIC AND TECHNICAL

Cellulose Max Yield Pro

Cellulose Max Yield Pro breaks down cellulose. The listed reaction produces shorter cellulose chains & sugars. Compare the industrial grade specification with the requirements of your application. Review the individual enzyme activities when selecting this kit or formulation.

SubstrateCellulose
Enzyme
ProductsShorter cellulose chains & sugars

ENZYME SELECTION

Choosing Cellulose Max Yield Pro

Define your feedstock, desired output and process conditions when comparing this formulation. Review the stated enzyme components and their activities, and choose a pack size that suits your evaluation.

Technical specifications

Certification
Biofuel Grade Enzymes: exo-Cellulase, endo-Cellulase, Xylanase Temperature Range: 15–60°C pH Range: 3.5–5.5 Inhibitor Compatibility: High tolerance Cellulase scientific deep dive Explore cellulase EC numbers, molecular properties, reaction mechanisms, natural sources and industrial applications, with an interactive protein structure and scientific references. Read the Cellulase deep dive →

Applications

  • Biofuels
  • Recycling
  • Biogas
  • Key properties: Specially blended formulation to transform your cellulosic biofuel yields whilst preventing inhibitor issues
  • Overview: A cellulase enzyme blend offers significant benefits in the biofuel industry
  • particularly for the conversion of lignocellulosic biomass into fermentable sugars for ethanol and other biofuels
  • By combining multiple cellulase activities—endoglucanase
  • exoglucanase (cellobiohydrolase)
  • and β-glucosidase—the blend efficiently breaks down cellulose into glucose under mild processing conditions
  • reducing the need for harsh chemicals and high temperatures
  • This enzymatic synergy enhances hydrolysis efficiency
  • shortens reaction time
  • and maximises sugar yield from plant materials such as agricultural residues
  • wood wastes
  • and energy crops
  • Additionally
  • optimised cellulase blends improve process sustainability by lowering energy consumption
  • enabling higher fermentation yields
  • and supporting a cleaner
  • renewable route to biofuel production with reduced greenhouse gas emissions

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