FEATURE
Prioritising Health , Safety and Environment Practices in the Semiconductor Industry
By Surindran Govalen
FEATURE
In the fast-paced and technologically advanced world , the semiconductor industry plays a crucial role as the backbone of modern electronics . From smartphones and computers to automotive systems and medical devices , semiconductors are integral to countless products we rely on daily . As this industry continues to grow and innovate , it becomes imperative to prioritise Health , Safety & Environment ( HSE ) practices to ensure the wellbeing of workers , protect the environment , and support sustainable development .
Occupational Health and Safety in Semiconductor Manufacturing
The semiconductor manufacturing process involves working with various chemicals , gases , and materials that may pose occupational health hazards . For instance , exposure to chemicals such as solvents , acids , and dopants can lead to respiratory problems , skin irritation , and other health issues if proper safety measures are not in place ( Koshland et al ., 2016 ). Implementing comprehensive safety protocols , including effective ventilation systems , PPE usage , and stringent handling procedures , is essential to safeguard workers ' health and well-being .
Example : In a prominent semiconductor manufacturing facility , strict adherence to safety protocols is paramount . The company provides comprehensive training on chemical safety , hazard identification , and emergency response . Engineering controls , such as local exhaust ventilation systems , are in place to minimise exposure to hazardous substances . Additionally , regular monitoring of air quality and frequent health screenings are conducted to ensure a safe working environment for employees .
Waste Management and Recycling in Semiconductor Manufacturing
The semiconductor manufacturing process generates various types of waste , including chemical waste , wastewater , and electronic waste ( e-waste ). Proper management of these wastes is crucial to prevent environmental pollution and potential health risks . Implementing effective waste management practices , such as recycling , reusing process chemicals , and treating wastewater before discharge , can significantly reduce the environmental footprint of semiconductor manufacturing ( Lee et al ., 2019 ).
Example : A leading semiconductor manufacturer has established a robust waste management system . The company implements advanced recycling methods to recover valuable materials from electronic waste generated during the manufacturing process . Wastewater treatment facilities are in place to remove contaminants before safe discharge , ensuring compliance with environmental regulations . These initiatives contribute to resource conservation and minimise the environmental impact of semiconductor manufacturing .
Energy Efficiency and Sustainable Operations
Energy consumption is a significant aspect of semiconductor manufacturing , as the production
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