Semiconductor Industry Expenditures on Air Pollution Control Exp
「Semiconductor Industry Expenditures on Air Pollution Control Exp」於資料集「Environmental Policy Monthly」由單位「行政院環境保護署」的楊先生所提供，聯繫電話是(02)23117722#2217,(02)23117722#2216，最近更新時間為：2022-01-15 01:13:03。 欄位編號的內容是327 ， 欄位標題的內容是Semiconductor Industry Expenditures on Air Pollution Control Expected to Hit NT$1.2 Billion ， 欄位摘要的內容是By July 2000 all current semiconductor production operations must meet emission standards as stipulated in the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry. Compliance with these standards will result in an estimated reduction of 2,700 tons per year in volatile organic compound (VOC) and acid gas emissions. As new operations in Taiwan's southern science park come on line, reduction volumes should hit 6,000 tons per year. To achieve the standards, firms are expected to pay out an estimated total of NT$1.2 billion over the next year.
To address air quality problems specific to this industry, the EPA issued the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry in January 1999. All current operators are required to submit air pollution prevention plans to both central and local competent authorities. All must be in full compliance with mandated emission standards by July 1, 2000. To facilitate industry compliance, the EPA held seminars in Taipei and Kaoshiung cities on the legal and technical aspects of the new regulations on January 21 and February 10.
Data indicates that the domestic semiconductor manufacturing industry consumes 11,500 tons of volatile organic compounds (VOCs) annually, including benzene, methylbenzene, isopropyl alcohol, dichloroethylene, and trichloroethylene. Most current pollution control systems in place do not effectively control VOC emissions, leading to annual emission volumes of around 3,000 tons – nearly 30% of total consumption volume. Also, the industry uses 12,500 tons of inorganic acids each year, although wet scrubbers keep much of their waste emissions from entering the environment. Total release of inorganic acids by the semiconductor manufacturing industry is approximately 600 tons per year.
According to the new standards, all semiconductor firms engaged in the manufacture or packaging of IC wafers and/or chips, epitaxy, mask production, or circuitry etching whose annual consumption of VOCs and inorganic acids (such as nitric, hydrochloric, sulfuric, phosphoric, and hydrofluoric acids) exceed control limits will be subject to regulatory control. The standards also require firms consuming 50 or more tons of VOCs annually, or releasing more than 0.6 kg per hour, to install monitoring instruments to check VOC concentration. Firms are responsible to record monthly input and emissions totals for VOCs and inorganic acids as well as any reduction in usage. Operators must record daily key operational variables and maintenance information for pollution control equipment. Those who have installed VOC concentration monitor(s) must record on a daily basis the ratio removed or emissions volume. Those who have not installed such monitors are required to test once a year their waste gas emissions both prior to and following treatment. All records on usage, operations, and tests must be submitted each quarter to local authorities and retained in company files for a period of at least two years.
Following release of these new standards, the EPA estimates that approximately 70 firms in the semiconductor industry will need to upgrade pollution control facilities to come up to compliance requirements. Of these, approximately 20 will need to invest an estimated total of more than NT$1 billion to install appropriate VOC control equipment. Another 50 firms must spend an approximate total of NT$200 million to improve current inorganic acid treatment facilities.
Experts believe that after full implementation of new standards in July 2000, total VOC and acid gas emissions will be reduced by 2,700 tons per year. With completion of work on Taiwan's southern science park, this annual emissions reduction is expected to hit 6,000 tons per year. ， 欄位全文的內容是By July 2000 all current semiconductor production operations must meet emission standards as stipulated in the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry. Compliance with these standards will result in an estimated reduction of 2,700 tons per year in volatile organic compound (VOC) and acid gas emissions. As new operations in Taiwan's southern science park come on line, reduction volumes should hit 6,000 tons per year. To achieve the standards, firms are expected to pay out an estimated total of NT$1.2 billion over the next year.
To address air quality problems specific to this industry, the EPA issued the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry in January 1999. All current operators are required to submit air pollution prevention plans to both central and local competent authorities. All must be in full compliance with mandated emission standards by July 1, 2000. To facilitate industry compliance, the EPA held seminars in Taipei and Kaoshiung cities on the legal and technical aspects of the new regulations on January 21 and February 10.
Data indicates that the domestic semiconductor manufacturing industry consumes 11,500 tons of volatile organic compounds (VOCs) annually, including benzene, methylbenzene, isopropyl alcohol, dichloroethylene, and trichloroethylene. Most current pollution control systems in place do not effectively control VOC emissions, leading to annual emission volumes of around 3,000 tons – nearly 30% of total consumption volume. Also, the industry uses 12,500 tons of inorganic acids each year, although wet scrubbers keep much of their waste emissions from entering the environment. Total release of inorganic acids by the semiconductor manufacturing industry is approximately 600 tons per year.
According to the new standards, all semiconductor firms engaged in the manufacture or packaging of IC wafers and/or chips, epitaxy, mask production, or circuitry etching whose annual consumption of VOCs and inorganic acids (such as nitric, hydrochloric, sulfuric, phosphoric, and hydrofluoric acids) exceed control limits will be subject to regulatory control. The standards also require firms consuming 50 or more tons of VOCs annually, or releasing more than 0.6 kg per hour, to install monitoring instruments to check VOC concentration. Firms are responsible to record monthly input and emissions totals for VOCs and inorganic acids as well as any reduction in usage. Operators must record daily key operational variables and maintenance information for pollution control equipment. Those who have installed VOC concentration monitor(s) must record on a daily basis the ratio removed or emissions volume. Those who have not installed such monitors are required to test once a year their waste gas emissions both prior to and following treatment. All records on usage, operations, and tests must be submitted each quarter to local authorities and retained in company files for a period of at least two years.
Following release of these new standards, the EPA estimates that approximately 70 firms in the semiconductor industry will need to upgrade pollution control facilities to come up to compliance requirements. Of these, approximately 20 will need to invest an estimated total of more than NT$1 billion to install appropriate VOC control equipment. Another 50 firms must spend an approximate total of NT$200 million to improve current inorganic acid treatment facilities.
Experts believe that after full implementation of new standards in July 2000, total VOC and acid gas emissions will be reduced by 2,700 tons per year. With completion of work on Taiwan's southern science park, this annual emissions reduction is expected to hit 6,000 tons per year. ， 欄位年度的內容是1999 ， 欄位月份的內容是2 ， 欄位卷的內容是2 ， 欄位期的內容是10 ， 欄位順序的內容是1 ， 欄位倒序的內容是2 ， 欄位分類的內容是air ， 欄位標題2的內容是Semiconductor Industry Expenditures on Air Pollution Control Expected to Hit NT$1.2 Billion ， 欄位檔案位置的內容是print/V2/V2-10 。
編號
327
標題
Semiconductor Industry Expenditures on Air Pollution Control Expected to Hit NT$1.2 Billion
摘要
By July 2000 all current semiconductor production operations must meet emission standards as stipulated in the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry. Compliance with these standards will result in an estimated reduction of 2,700 tons per year in volatile organic compound (VOC) and acid gas emissions. As new operations in Taiwan's southern science park come on line, reduction volumes should hit 6,000 tons per year. To achieve the standards, firms are expected to pay out an estimated total of NT$1.2 billion over the next year. To address air quality problems specific to this industry, the EPA issued the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry in January 1999. All current operators are required to submit air pollution prevention plans to both central and local competent authorities. All must be in full compliance with mandated emission standards by July 1, 2000. To facilitate industry compliance, the EPA held seminars in Taipei and Kaoshiung cities on the legal and technical aspects of the new regulations on January 21 and February 10. Data indicates that the domestic semiconductor manufacturing industry consumes 11,500 tons of volatile organic compounds (VOCs) annually, including benzene, methylbenzene, isopropyl alcohol, dichloroethylene, and trichloroethylene. Most current pollution control systems in place do not effectively control VOC emissions, leading to annual emission volumes of around 3,000 tons – nearly 30% of total consumption volume. Also, the industry uses 12,500 tons of inorganic acids each year, although wet scrubbers keep much of their waste emissions from entering the environment. Total release of inorganic acids by the semiconductor manufacturing industry is approximately 600 tons per year. According to the new standards, all semiconductor firms engaged in the manufacture or packaging of IC wafers and/or chips, epitaxy, mask production, or circuitry etching whose annual consumption of VOCs and inorganic acids (such as nitric, hydrochloric, sulfuric, phosphoric, and hydrofluoric acids) exceed control limits will be subject to regulatory control. The standards also require firms consuming 50 or more tons of VOCs annually, or releasing more than 0.6 kg per hour, to install monitoring instruments to check VOC concentration. Firms are responsible to record monthly input and emissions totals for VOCs and inorganic acids as well as any reduction in usage. Operators must record daily key operational variables and maintenance information for pollution control equipment. Those who have installed VOC concentration monitor(s) must record on a daily basis the ratio removed or emissions volume. Those who have not installed such monitors are required to test once a year their waste gas emissions both prior to and following treatment. All records on usage, operations, and tests must be submitted each quarter to local authorities and retained in company files for a period of at least two years. Following release of these new standards, the EPA estimates that approximately 70 firms in the semiconductor industry will need to upgrade pollution control facilities to come up to compliance requirements. Of these, approximately 20 will need to invest an estimated total of more than NT$1 billion to install appropriate VOC control equipment. Another 50 firms must spend an approximate total of NT$200 million to improve current inorganic acid treatment facilities. Experts believe that after full implementation of new standards in July 2000, total VOC and acid gas emissions will be reduced by 2,700 tons per year. With completion of work on Taiwan's southern science park, this annual emissions reduction is expected to hit 6,000 tons per year.
全文
By July 2000 all current semiconductor production operations must meet emission standards as stipulated in the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry. Compliance with these standards will result in an estimated reduction of 2,700 tons per year in volatile organic compound (VOC) and acid gas emissions. As new operations in Taiwan's southern science park come on line, reduction volumes should hit 6,000 tons per year. To achieve the standards, firms are expected to pay out an estimated total of NT$1.2 billion over the next year. To address air quality problems specific to this industry, the EPA issued the Air Pollution Emission Standards for the Semiconductor Manufacturing Industry in January 1999. All current operators are required to submit air pollution prevention plans to both central and local competent authorities. All must be in full compliance with mandated emission standards by July 1, 2000. To facilitate industry compliance, the EPA held seminars in Taipei and Kaoshiung cities on the legal and technical aspects of the new regulations on January 21 and February 10. Data indicates that the domestic semiconductor manufacturing industry consumes 11,500 tons of volatile organic compounds (VOCs) annually, including benzene, methylbenzene, isopropyl alcohol, dichloroethylene, and trichloroethylene. Most current pollution control systems in place do not effectively control VOC emissions, leading to annual emission volumes of around 3,000 tons – nearly 30% of total consumption volume. Also, the industry uses 12,500 tons of inorganic acids each year, although wet scrubbers keep much of their waste emissions from entering the environment. Total release of inorganic acids by the semiconductor manufacturing industry is approximately 600 tons per year. According to the new standards, all semiconductor firms engaged in the manufacture or packaging of IC wafers and/or chips, epitaxy, mask production, or circuitry etching whose annual consumption of VOCs and inorganic acids (such as nitric, hydrochloric, sulfuric, phosphoric, and hydrofluoric acids) exceed control limits will be subject to regulatory control. The standards also require firms consuming 50 or more tons of VOCs annually, or releasing more than 0.6 kg per hour, to install monitoring instruments to check VOC concentration. Firms are responsible to record monthly input and emissions totals for VOCs and inorganic acids as well as any reduction in usage. Operators must record daily key operational variables and maintenance information for pollution control equipment. Those who have installed VOC concentration monitor(s) must record on a daily basis the ratio removed or emissions volume. Those who have not installed such monitors are required to test once a year their waste gas emissions both prior to and following treatment. All records on usage, operations, and tests must be submitted each quarter to local authorities and retained in company files for a period of at least two years. Following release of these new standards, the EPA estimates that approximately 70 firms in the semiconductor industry will need to upgrade pollution control facilities to come up to compliance requirements. Of these, approximately 20 will need to invest an estimated total of more than NT$1 billion to install appropriate VOC control equipment. Another 50 firms must spend an approximate total of NT$200 million to improve current inorganic acid treatment facilities. Experts believe that after full implementation of new standards in July 2000, total VOC and acid gas emissions will be reduced by 2,700 tons per year. With completion of work on Taiwan's southern science park, this annual emissions reduction is expected to hit 6,000 tons per year.
年度
1999
月份
2
卷
2
期
10
順序
1
倒序
2
分類
air
標題2
Semiconductor Industry Expenditures on Air Pollution Control Expected to Hit NT$1.2 Billion
檔案位置
print/V2/V2-10
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