- Sustainable Development
- Sustainability Report
- Sustainable Environment
- Sustainable Supply Chain Management
- Friendly Workplace
Environmental Sustainability Policy
Environmental Sustainability Policy
In accordance with the “Paris Agreement” and the “United Nations Framework Convention on Climate Change”, the Company has listed sustainable development and environmental protection as one of the core strategies for future development. It is committed to complying with all relevant environmental laws and regulations and striving to achieve higher environmental protection standards than those required by the regulations.
In order to implement the environmental policy, the Company’s environmental management team is responsible for policy formulation, monitoring, evaluation and improvement measures.
This team regularly conducts environmental impact assessments and amends company policies based on the most advanced environmental protection requirements and technologies. In terms of enhancing employees’ environmental aware- ness, continuous training and publicity activities are adopted to encourage colleagues to become active participants in environmental protection.
Greenhouse Gas Inventory and Climate-related Financial Disclosures
We are fully aware of the impact of greenhouse gas emissions on global climate change and have taken active measures in this area. The main greenhouse gas management strategies include setting emission reduction targets, implementing carbon emission audits, and promoting low-carbon technologies. In addition, in accordance with the requirements of the Kyoto Protocol and the Paris Agreement, we have set science-based emission reduction targets and plan to achieve carbon neutrality by 2030.
In order to fulfill its responsibility as a global citizen, Silicon Optronics introduced the ISO 14064-1 Greenhouse Gas Inventory Standard in 2024, and disclosed its greenhouse gas emission information. The Company plans to use 2025 as the base year for calculating greenhouse gas emissions. In addition, the Company also calculates greenhouse gas emission intensity, using floor area as the denominator to measure the intensity ratio.
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In accordance with the “Paris Agreement” and the “United Nations Framework Convention on Climate Change”, the Company has listed sustainable development and environmental protection as one of the core strategies for future development. It is committed to complying with all relevant environmental laws and regulations and striving to achieve higher environmental protection standards than those required by the regulations.
In order to implement the environmental policy, the Company’s environmental management team is responsible for policy formulation, monitoring, evaluation and improvement measures.
This team regularly conducts environmental impact assessments and amends company policies based on the most advanced environmental protection requirements and technologies. In terms of enhancing employees’ environmental aware- ness, continuous training and publicity activities are adopted to encourage colleagues to become active participants in environmental protection.
Greenhouse Gas Inventory and Climate-related Financial Disclosures
We are fully aware of the impact of greenhouse gas emissions on global climate change and have taken active measures in this area. The main greenhouse gas management strategies include setting emission reduction targets, implementing carbon emission audits, and promoting low-carbon technologies. In addition, in accordance with the requirements of the Kyoto Protocol and the Paris Agreement, we have set science-based emission reduction targets and plan to achieve carbon neutrality by 2030.
In order to fulfill its responsibility as a global citizen, Silicon Optronics introduced the ISO 14064-1 Greenhouse Gas Inventory Standard in 2024, and disclosed its greenhouse gas emission information. The Company plans to use 2025 as the base year for calculating greenhouse gas emissions. In addition, the Company also calculates greenhouse gas emission intensity, using floor area as the denominator to measure the intensity ratio.
