The CITIZEN Group promotes the sustainable use of water resources at its production bases in Japan and overseas by reducing water intake through the introduction of high-efficiency equipment and the promotion of water recycling, as well as by making factory wastewater cleaner through strict wastewater management. We are also working to reduce water risk by setting detailed goals for each site.
Please scroll down to see→
Overall water risk | Water stress | River flood risk | Coastal flood risk | Untreated connected wastewater | Coastal eutrophication potential | |
---|---|---|---|---|---|---|
Extremely high | 2 sites in Thailand, 1 site in China | 4 sites in Thailand, 1 site in China | None | 4 sites in China, 1 site in Vietnam | 2 sites in the Philippines, 1 site in Vietnam | 23 sites in Japan |
High | 2 sites in Thailand, 2 sites in the Philippines, 1 site in Vietnam | None | 4 sites in Thailand, 1 site in Vietnam | None | 4 sites in Thailand, 6 sites in China | 5 sites in China |
Alongside climate change-related risks and opportunities, water-related risks and opportunities have been identified and integrated into the company-wide risk management system. The risks are also included in the Sustainability Committee’s agenda, which identifies risks as per the ISO 14001 framework. The risks and opportunities related to water over the next 3 to 5 years are regularly reviewed annually using the WRI Aqueduct. The results of the WRI Aqueduct Assessments and local site information have revealed that two factories in Thailand and one in China are in extremely high-water-risk areas among production sites of the CITIZEN Group. We have focused not only on water stress, an indicator of the risk of freshwater shortage in the watershed but also on indicators related to wastewater quality, which can affect local ecosystems, and introduced a wastewater quality improvement target to our Environmental Target 2030. Efforts to improve water quality at each Group company, such as the renewal of wastewater treatment facilities, have also been initiated. Going forward, we will enhance our assessment of water-related risks at production sites and consider setting targets tailored to the risks identified at each site. Water-related risks, such as flooding and water shortages caused by extreme weather, can significantly affect the value chain, including direct operations and parts procurement. This can, in turn, reduce the Company’s profitability. The CITIZEN Group has specified the following as water-related risks as well: suspension of factory operations, procurement, and logistics due to flooding, etc., suspension of factory operations due to drought or other water shortages or water supply restrictions, and incurrence of countermeasure costs due to contamination of factory groundwater. Although the likelihood of these events is not high, we will promote activities to minimize the impact of their risks and conduct detailed surveys in each region to identify potential risks and respond to them carefully. We will also enhance our supplier surveys and ask our suppliers to carry out water-risk-reduction activities.
We engage in close communication with local industrial park management and government agencies to ensure our water-related risk information remains up-to-date. Moreover, when developing new projects or building new factories, we identify and evaluate any water-related risks and opportunities. However, there were no such projects subject to this assessment in FY2023.
To promote sustainable use of water resources in response to water supply risks, the CITIZEN Group is engaged in improvement of water use by setting a reduction target for water intake. In addition, to respond to regulatory risks such as water-related laws and regulations and to ensure clean factory wastewater, we monitor the quality of wastewater discharged from wastewater treatment facilities and have implemented wastewater management by setting our own standards that are stricter than the legal limits. Some factories set their own standards that are stricter than the legal limits through consultation with the industrial park administrator.
In FY2023, there were no significant violations of water-related laws and regulations, no penalties or fines, and no water-related adverse impacts.
The manufacture of semiconductors requires significant volumes of water during the dicing process (i.e. when chips are cut from silicon wafers). CITIZEN ELECTRONICS has adopted a system whereby wastewater is collected from the dicing equipment, filtered, and resupplied to support the dicing process. This system optimizes the use of limited water resources by reducing water consumption by as much as 1,104,902 liters per unit annually.
Under the CITIZEN Group Environmental Target 2030, we have set a target of a significant reduction of 35% in water intake compared to FY2018 and are promoting activities to conserve water resources.
In FY2023, domestic water intake was 1,193,000㎥ and overseas water intake was 482,000㎥, for a total intake of 1,674,000㎥. As the result, we achieved a 12% reduction compared to the FY2018 level, which was the target for water intake in FY2023. The water intake was 39% groundwater, 41% tap water, and 20% industrial water. To realize the “sustainable factory” concept, which takes water risks in all manufacturing processes into account, we will introduce water-saving and high-efficiency equipment, recycle water, and further reduce water intake and wastewater discharge in FY2024 and beyond.
Please scroll down to see→
FY2018 | FY2019 | FY2020 | FY2021 | FY2022 | FY2023 | ||
---|---|---|---|---|---|---|---|
Fresh surface water | Japan | 0 | 1 | 1 | 1 | 0 | 0 |
Groundwater (recyclable) | Japan | 590 | 562 | 546 | 583 | 640 | 657 |
Third-party source (tap water) | Japan | 473 | 443 | 399 | 410 | 381 | 347 |
Third-party source (industrial water) | Japan | 240 | 231 | 158 | 216 | 199 | 188 |
Total domestic water withdrawal (Japan) | Japan | 1,303 | 1,237 | 1,104 | 1,209 | 1,220 | 1,193 |
Fresh surface water | Outside Japan | 0 | 0 | 0 | 0 | 0 | 0 |
Groundwater (recyclable) | Outside Japan | 10 | 4 | 2 | 4 | 2 | 5 |
Third-party source (tap water) | Outside Japan | 537 | 503 | 389 | 414 | 375 | 336 |
Third-party source (industrial water) | Outside Japan | 375 | 210 | 256 | 233 | 185 | 140 |
Total overseas water withdrawal | Outside Japan | 922 | 717 | 648 | 651 | 563 | 482 |
Total water withdrawal | Japan + Outside Japan | 2,225 | 1,954 | 1,751 | 1,860 | 1,783 | 1,674 |