INGENIEUR
INGENIEUR
processes require high levels of electricity . Embracing energy-efficient practices , optimising manufacturing processes , and investing in clean energy sources can help reduce energy consumption and greenhouse gas emissions . By implementing energy management systems , utilising renewable energy , and improving overall operational efficiency , semiconductor companies can contribute to a more sustainable future ( Rathi et al ., 2018 ).
Example : A forward-thinking semiconductor manufacturer has implemented energy-efficient measures throughout its operations . The company has invested in energy-saving technologies , such as advanced process control systems and efficient lighting systems . Furthermore , the organisation has installed solar panels and utilises renewable energy sources to power its manufacturing facilities . These initiatives not only reduce the environmental impact but also contribute to longterm cost savings .
Supply Chain Responsibility and Ethical Practices
Promoting responsible and ethical practices within the semiconductor supply chain is crucial for sustainable development . Semiconductor companies can collaborate with suppliers to ensure compliance with HSE standards , ethical labour practices , and responsible sourcing of raw materials . By prioritising suppliers that uphold environmental sustainability and social responsibility , the semiconductor industry can drive positive change throughout the supply chain ( Sachan et al ., 2020 ).
Example : A reputable semiconductor manufacturer has established a supplier code of conduct that outlines expectations for responsible practices . The company conducts regular supplier assessments , audits , and performance evaluations to ensure compliance with HSE standards and ethical guidelines . Through active engagement and support , the organisation encourages suppliers to adopt sustainable practices , contributing to a more responsible and resilient semiconductor supply chain .
Conclusion
As the semiconductor industry continues to shape the technological landscape , prioritising
Health , Safety & Environment ( HSE ) practices is paramount . By focusing on occupational health and safety , implementing effective waste management and recycling practices , embracing energy efficiency , and promoting responsible supply chain practices , semiconductor companies can lead the way towards a more sustainable and responsible future . Let us collectively commit to integrating HSE principles into the semiconductor industry , ensuring the well-being of workers , preserving the environment , and advancing sustainable development .
REFERENCE
Koshland , C . P ., White , R . H ., & Garfinkel , R . ( 2016 ). Occupational health : Recognizing and preventing work-related disease . Oxford University Press .
Lee , S . Y ., Chang , J . E ., & Chang , Y . M . ( 2019 ). Green semiconductor manufacturing and sustainability : Practices , challenges , and opportunities . Sustainability , 11 ( 19 ), 5329 .
Rathi , A . K ., Kim , K . J ., & Lee , J . Y . ( 2018 ). Sustainable development in semiconductor manufacturing industry . Journal of Cleaner Production , 176 , 312-324 .
Sachan , S ., Modgil , S ., & Singh , R . K . ( 2020 ). Sustainable supply chain management practices in the semiconductor industry : A systematic literature review and future research directions . Journal of Cleaner Production , 258 , 120854 .
Bakshi , S ., Dutta , P ., & Khan , F . ( 2021 ). Energy management practices in electronics industry : A comprehensive review . Journal of Cleaner Production , 314 , 127950 .
Gallardo , A ., Rodríguez , A ., Ordoñez , J ., & Fernández , C . ( 2020 ). E-waste management in the electronics industry : A life cycle assessment approach . Science of The Total Environment , 729 , 138773 .
OECD . ( 2021 ). Due Diligence Guidance for Responsible Supply Chains in the Electronics Sector . Retrieved from https :// www . oecd . org / guidance / duediligence-responsible-supply-chainselectronics-sector . htm
Wang , H ., Huang , R ., & Zuo , J . ( 2019 ). Occupational health hazards in electronics manufacturing : An overview . Safety Science , 111 , 15-23 .
36 VOL 96 OCTOBER-DECEMBER 2023