Amylase testing and application development for enzymatic desizing of fabrics
Cellulase treatment development for biopolishing, denim finishing, and surface modification
Laccase applications for selected dye modification and textile finishing processes
Pectinase testing for bioscouring and removal of natural impurities
Protease applications for selected wool and silk processing operations
Enzyme screening, characterization and stability testing
Enzyme compatibility testing with textile processing chemicals
Enzymatic process and dosage optimization
Laboratory and pilot-scale enzyme processing trials
02
Bio-scouring and bio-bleaching
Development of enzyme-based bioscouring processes
Removal of pectin, waxes, and other natural impurities from cotton
Evaluation of pectinase and other suitable enzyme systems
Biological pretreatment of cotton and natural fibers
Optimization of temperature, pH, and processing time
Assessment of fabric absorbency and wettability
Evaluation of alternative biological approaches to conventional pretreatment
Fabric strength and quality assessment after treatment
03
Denim washing and fabric finishing
Cellulase-based denim washing development
Enzyme-assisted stone-wash effect development
Biopolishing to reduce surface fuzz and pilling
Fabric softness improvement studies
Development of selected faded and distressed denim effects
Evaluation of color change and shade consistency
Enzyme treatment optimization for different fabric compositions
Testing of tensile strength, abrasion resistance, and fabric appearance after treatment
04
Textile dyeing and color biotechnology
Enzyme-assisted dyeing process research
Biological pretreatment to improve dye uptake
Evaluation of enzymes for selected dye degradation applications
Screening of microbial pigments for textile coloration
Development of bio-based colorants from suitable biological sources
Natural dye extraction and characterization
Assessment of color fastness and shade reproducibility
Research into biological alternatives for selected conventional dyeing processes
Microbial and enzyme-assisted treatment of dye-containing wastewater
Note: The feasibility of enzyme-assisted dyeing and biological coloration depends on the fiber, dye chemistry, and process conditions.
05
Textile microbiological testing
Microbial load testing of textile materials
Bacterial and fungal identification
Mold and mildew contamination investigation
Microbial testing of raw fibers and finished fabrics
Microbiological testing of textile process water
Testing for microbial contamination during storage
Microbial analysis of textile manufacturing environments
Investigation of odor-causing microorganisms in fabrics
Microbial quality assessment of textile raw materials
06
Antimicrobial and functional textile development
Screening of antimicrobial agents for textiles
Antimicrobial textile treatment development
Testing of antibacterial fabric performance
Antifungal performance evaluation
Development of odor-control textile treatments
Evaluation of probiotic or microbial-based textile concepts where technically appropriate
Testing of antimicrobial durability after washing
Assessment of coating compatibility with textile materials
Support for functional textile product development
Antimicrobial performance testing should use appropriate validated methods and distinguish between microbial reduction on fabrics and actual protection of the wearer.
07
Sustainable and bio-based textile processing
Development of enzyme-based textile processing alternatives
Evaluation of bio-based textile auxiliaries
Screening of biosurfactants for wet processing applications
Research into biological fiber pretreatment
Evaluation of renewable biological ingredients for textile formulations
Reduction of processing chemical requirements through biological optimization
Biodegradability testing coordination for selected textile chemicals
Biological treatment of textile processing residues
Sustainability and process-efficiency assessment
08
Textile wastewater treatment and bioremediation
Biological treatment feasibility studies for textile wastewater
Screening of microorganisms for dye degradation
Enzymatic treatment of selected textile effluents
Assessment of biological color removal
Evaluation of microbial treatment for organic pollutants
Activated-sludge process monitoring support
Microbial analysis of wastewater treatment systems
Biological treatment optimization
Sludge characterization and biological process troubleshooting
Wastewater biodegradability assessment
Biological treatment may not remove all dyes, salts, metals, or other contaminants. Treatment performance must be evaluated against the actual wastewater composition and discharge requirements.
09
Fiber characterization and biopolymer research
Characterization of natural textile fibers
Evaluation of cotton, wool, silk, and other natural fiber properties
Research into microbial cellulose and other bio-derived fibers
Biopolymer characterization for textile applications
Evaluation of biodegradable textile materials
Development and evaluation of biological fiber coatings
Research into bio-based alternatives to selected synthetic materials
Laboratory feasibility studies for novel textile materials
10
Research, development, and scale-up
New enzyme-based textile process development
Laboratory fabric treatment trials
Pilot-scale process validation
Enzyme and microbial strain screening
Optimization of processing parameters
Troubleshooting of enzyme-based manufacturing processes
Development of technical specifications and test protocols
Technology transfer to textile production facilities
Evaluation of cost savings and processing efficiency
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