Memory factory Micron Taichung Factory, a suspected gas ejaculation incident occurred this afternoon. Although the personnel were immediately withdrawn, more than a dozen on-site personnel were sent to the hospital, and subsequent investigation and...
Memory factory Micron Taichung Factory, a suspected gas ejaculation incident occurred this afternoon. Although the personnel were immediately withdrawn, more than a dozen on-site personnel were sent to the hospital, and subsequent investigation and processing were underway.
In the Taiwan Micron Factory District, Sanfeng Road, Taichung, a suspected process gas ejaculation occurred at 3:25 pm. Although the factory immediately broadcasted, the staff were evacuated urgently, and the fire department also reported to the scene. 7 fire trucks and 18 celebrities rushed to the scene. Four people still vomited after inhaling. They were sent to the hospital by the rescue truck. Eight people went to the hospital on their own and continued to observe and treat.
The accident was sampled by the Environmental Accident Technical Group of Taichung Municipal Environmental Protection Bureau. Detailed gas composition and the cause of leakage are still to be investigated and cleared by the technical group. In response to this, Micron, Taiwan also responded that the situation has been controlled and the emergency response mechanism has been activated in time for the Micron Taichung factory safety incident on August 28. All affected businessmen and employees are aware of it and have sent to the doctor for appropriate disposal. Micron will continue to work to provide a safe and protected work environment for colleagues and partners.
Micro has invested in Taiwan for 30 years in 2025. By 2024, Micron has accumulated NT$1.1 trillion in Taiwan investment. It is currently the largest foreign-invested enterprise in Taiwan. It has about 12,000 employees and employees in Taiwan. Taiwan Micron is also positioned as the DRAM Excellence Manufacturing Center, deeply engaged in the research and development and production of memory products.
