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Water Management

Amorepacific identifies water resource risks in regions where cosmetics and household goods manufacturing sites with high water dependency are located through physical scenario analysis. Each site continuously develops and applies water-saving technologies to use water resources efficiently and safely discharge wastewater after use. Additionally, Amorepacific closely diagnoses its supply chain's water resource management status through annual supplier sustainability assessments.

Expansion of rainwater reusage
Water Resource Risk Management
Female leader development program
Management Items Details
Identification of Water-Stressed Areas Within Organizational Boundaries
  • Identify water stress levels at major business sites using WRI's Aqueduct 4.0 Water Risk Atlas Data
    (Including RCP2.6, RCP7.0, RCP8.5 scenarios and time ranges of 2024, 2030, 2050, 2080)
Diagnosis of Supply Chain Water Resource Management Status
  • Diagnose supply chain water resource management status through supplier sustainability assessments
    (Suppliers' water-related policy preparation, systematic management of water sources and discharge, ability to identify water-related risks and opportunities, and existence of established water management goals and quantitative indicators)
Establishment of Third-Party Water Withdrawal Intensity Targets
  • Establish and voluntarily implement annual third-party water withdrawal intensity targets for major production sites
Water Use Reduction Cases
Female leader development program
Cases Methods
Rainwater Recycling Secure additional rainwater storage for a stable rainwater supply
Wastewater Recycling Recycle wastewater for landscaping within organizational boundaries after treatment
Manufacturing Process Efficiency
  • Reduce tap water used in the degassing process after cosmetic manufacturing
  • Reduce tap water used for cooling tanks after high-temperature manufacturing
Water Quality Management
Female leader development program
Cases Methods
Minimize Wastewater Treatment Quality Deviation
  • Automate biological treatment processes
  • AI control of sensors, level meters, inverters, and automatic valves
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