Enzyme

• Development and manufacturing of industrial enzymes
• Custom enzyme production for specific industrial applications
• Enzyme optimization for improved activity, stability, and yield
• Scale-up from laboratory research to industrial production

Examples: Amylases, proteases, lipases, cellulases, and xylanases.

• Microbial fermentation process development
• Optimization of temperature, pH, nutrients, and aeration
• Fermentation yield improvement
• Pilot-scale and commercial-scale process development

• Screening and identification of microorganisms
• Strain improvement and genetic engineering
• Development of high-performing microbial cultures
• Microbial culture preservation and maintenance

• Enzyme activity and purity testing
• Chemical composition and impurity analysis
• Microbiological testing and contamination monitoring
• Stability, shelf-life, and batch consistency testing
• Quality documentation and method development

• Liquid and powdered enzyme formulations
• Enzyme stabilization and shelf-life enhancement
• Development of enzyme blends for industrial applications
• Formulation optimization for specific operating conditions

• Product recovery from fermentation broth
• Filtration, centrifugation, and membrane separation
• Protein and enzyme purification
• Concentration, drying, and final product processing

• Enzyme-based chemical synthesis
• Development of eco-friendly chemical processes
• Replacement of harsh chemical catalysts with biological catalysts
• Improvement of reaction selectivity and reduction of waste

• New product development and feasibility studies
• Process troubleshooting and optimization
• Cost reduction and productivity improvement
• Technical training and manufacturing support