Sustainable Water Management for a Secure Future
The Company recognizes that water is a vital natural resource. We are committed to maximizing water efficiency throughout our value chain in accordance with the 3Rs principles (Reduce, Reuse, Recycle) to demonstrate responsibility toward community water sources and ensure long-term water security.
Reduction in water withdrawal intensity per unit of product compared to the 2020 base year
0
Number of production disruptions caused by water scarcity in 2025
0
Proportion of water consumption in water-stressed areas, with continuous assessment and proactive management
Composition of
Management Structure
Water management
Innovation & Tech
The Company has implemented high-pressure nozzle technology to precisely control water direction and volume, alongside initiating the installation of automated screen cleaners that use eco-friendly chemicals to replace water and steam, tangibly enhancing efficiency and reducing water resource losses in operational processes.
Eco-friendly production process (Green Process)
The Company integrates water reduction measures through three core strategies:
(1) Water Reduction at Source: Upgrading technologies, such as installing roller-dipping systems and utilizing spray nozzles, to minimize unnecessary water loss.
(2) Water Recycling and Reuse: Reclaiming treated wastewater for non-food contact activities, such as watering green areas and utilizing it in odor treatment systems.
(3) Continuous Efficiency Improvement: Implementing condensate recovery projects in boiler systems to save both water resources and thermal energy.
Performance Achievements (Impact & Results)
Success in water risk management and efficiency measures has enabled the Company to maintain business continuity and sustainably minimize impacts on natural water resources.
1 cases
1 .1%
Long-term Targets (Commitment)
The Company is committed to maintaining its target of zero production disruptions continuously, while planning to scale up projects that reclaim backwash water and RO reject water for reuse to drive maximum efficiency in water resource utilization in the future.
