Cleaning

• Formulation development for enzyme-based laundry detergents
• Dishwashing liquid and machine-dishwashing formulation support
• Development of concentrated cleaning products and laundry detergents
• Enzyme compatibility and stability studies with detergent
• Optimization of enzyme dosage, Product pH and viscosity testing
• Low-temperature washing formulation development
• Laboratory-scale and pilot-scale formulation development
• Bathroom and toilet cleaner formulation support
• Floor and multipurpose cleaner development
• Degreaser and industrial cleaner development
• Stain removal and soil removal performance testing
• Foam generation and stability assessment
• Ingredient compatibility and formulation stability studies
• Storage stability and packaging compatibility assessment
• Troubleshooting enzyme-related formulation problems

• Screening and selection of cleaning enzymes
• Protease testing for protein-based stains
• Amylase testing for starch-based stains
• Lipase testing for grease and fat removal
• Cellulase testing for fabric care and surface cleaning applications
• Mannanase testing for food-based stains
• Enzyme compatibility testing with surfactants and detergents
• Enzyme formulation optimization and performance testing under different pH and temperature conditions
• Enzyme stability assessment during product storage

• Total viable count and microbial load testing
• Yeast and mold testing
• Microbial quality testing of cleaning product raw materials
• Microbiological testing of finished cleaning products
• Microbial contamination investigation
• Identification of spoilage microorganisms
• Testing of water used in cleaning product manufacturing
• Microbial monitoring of manufacturing environments
• Cleaning process hygiene assessment

• Screening of antimicrobial ingredients
• Bacterial reduction testing
• Fungicidal or yeast efficacy testing where applicable
• Disinfectant efficacy testing using relevant standardized methods
• Surface disinfection performance evaluation
• Evaluation of contact time and application conditions
• Antimicrobial formulation optimization
• Preservative efficacy testing for cleaning formulations
• Comparative testing of disinfectant products
• Laboratory support for claims substantiation

Note: Testing methods depend on the intended use and product claims. Disinfectant, sanitizer, and antimicrobial claims may require specific regulatory testing and approvals.

• Biofilm formation studies
• Biofilm identification and characterization
• Enzymatic biofilm removal research
• Evaluation of cleaning agents against established biofilms
• Biofilm control in industrial processing equipment
• Microbial fouling investigations
• Cleaning-in-place (CIP) process evaluation
• Biofilm removal performance testing
• Development of enzyme-based biofilm cleaning solutions

• Enzyme-based industrial cleaner development
• Cleaning efficacy testing for food-processing equipment
• Cleaning formulation optimization for commercial facilities
• Biological assessment of cleaning-in-place systems
• Enzymatic cleaning for industrial residues
• Cleaning validation support for selected industries
• Microbial contamination assessment in production facilities
• Process water and wastewater biological treatment support

• Development of bio-based cleaning ingredients
• Evaluation of fermentation-derived surfactants, such as biosurfactants
• Screening of biodegradable cleaning ingredients
• Enzyme-based alternatives to selected conventional cleaning chemicals
• Evaluation of renewable raw materials for cleaning formulations
• Biodegradability testing coordination
• Environmental impact assessment support
• Development of low-temperature cleaning solutions
• Biological treatment of cleaning-industry wastewater
• Recovery and valorization of suitable organic waste streams

• Preservative system selection and evaluation
• Challenge testing for water-based cleaning formulations
• Microbial stability studies
• Contamination source investigation
• Assessment of microbial growth during storage
• Raw material microbial quality assessment
• Recommendations for reducing contamination risks during production
• Evaluation of product storage and handling conditions

• Screening of microbial or enzyme-based odor-control technologies
• Enzyme-based organic residue degradation studies
• Odor reduction testing for waste-handling areas
• Biological drain-cleaning formulation research
• Evaluation of biological solutions for grease traps
• Microbial degradation studies for suitable organic residues
• Odor-control product performance evaluation
• Wastewater odor control feasibility studies

• New cleaning product research and development
• Laboratory prototype preparation
• Pilot-scale product development
• Ingredient screening and benchmarking
• Formulation troubleshooting and stability improvement
• Technical documentation and test reporting
• Support for relevant product safety and regulatory requirements