01
Biodegradable Plastics
Quantitative analysis, certification testing, and degradation evaluation of biodegradable polymer materials.
PLAPHBUV-visCertificationDegradation
RESEARCH
Research
Core research areas connecting environmental engineering, materials science, and analytical chemistry.
02
Microplastics Analysis
Development of analytical methods for detection, quantification, and validation of microplastics in cosmetics and environmental samples.
CosmeticsSamplingFTIR/RamanMethod Development
03
Mercury & Heavy Metals
Research on safety management, recovery, adsorption, and treatment technologies for mercury and heavy metals.
HgPbCdAsWasteRisk Management
04
Fine Dust Test Chamber
Evaluation of fine dust hazards, aerosol behavior, indoor air quality, and exposure systems.
AerosolPMChamberAir Quality
05
Cosmetics & Bio-Materials
Analytical evaluation of functional cosmetics, ingredients, microbiome-related products, and bio-materials.
CosmeticsBio-MaterialsMicrobiomeSafety
06
Chemical Analysis
Development of quantitative analytical methods, pretreatment protocols, validation procedures, and standard testing methods.
QuantificationValidationPretreatmentStandards
07
Environmental Monitoring
Monitoring and interpretation of pollutants in air, water, soil, and industrial environments.
AirWaterSoilMonitoring
08
Waste Treatment & Resource Recovery
Treatment, stabilization, recycling, and recovery technologies for environmental and industrial waste streams.
WasteRecoveryStabilizationRecycling
09
Standardization & Certification
Development of reliable analytical protocols for certification, regulatory testing, and quality assurance.
CertificationQA/QCStandardsTesting
10
Sustainable Materials
Design and evaluation of sustainable materials for environmental, industrial, and consumer-product applications.
SustainabilityMaterialsPolymerApplication