Pemodelan Sebaran Emisi Suspended Particullate Matter ukuran ≤ 10 µm dari Cerobong PLTU Tanjung Jati B Jepara dengan Software AERMOD VIEW

Muhammad, Syahid Amrullah (2018) Pemodelan Sebaran Emisi Suspended Particullate Matter ukuran ≤ 10 µm dari Cerobong PLTU Tanjung Jati B Jepara dengan Software AERMOD VIEW. Undergraduate thesis, Universitas Diponegoro.

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Abstract

Operasional PLTU Batubara menghasilkan emisi yang salah satu parameternya adalah partikulat. Emisi polutan partikulat ini dapat memberikan dampak selain terhadap lingkungan juga terhadap kesehatan. Untuk mengetahui sebaran dari emisi partikulat lebih spesifik parameter SPM ke wilayah di sekitarnya digunakan Software AERMOD View. Data yang digunakan pemodelan AERMOD View antara lain adalah data konsentrasi PM10, beban emisi PM10, data meteorologi berupa arah angin dan kecepatan angin, dan data topografi wilayah sebaran model. Pemodelan dilakukan dalam kurun waktu dua tahun dengan pembagian musim kemarau dan musim hujan. Selain PM10 dilakukan juga pemodelan terhadap Krom yang merupakan trace element dengan konsentrasi tertinggi Hasil dari model AERMOD View menunjukan bahwa sebaran Emisi PM10 dan Krom dari PLTU cenderung bergerak ke arah tenggara sesuai dengan arah angin. Pola sebaran Emisi PM10 dan dari PLTU pada tahun 2017 cenderung lebih luas dibandingkan tahun 2016.. Konsentrasi maksimum dari hasil estimasi Software AERMOD View terhadap parameter emisi PM10 dan Krom terjadi di Desa Bucu yang terletak di lereng Gunung Muria sebelah tenggara PLTU. Kata kunci:Suspended Particullate Matter; PM10 ; AERMOD VIEW, Emisi PLTU, Dispersi The operation of coal-fired power plant produces emissions, one of which is particulate matter. These particulate pollutant emissions can have an impact on the environment as well as on health. To find out the dispersionof particulate emissions more specific parameters PM10 to the surrounding area AERMOD View Software is used. The data used in AERMOD View modeling include data on PM10 concentrations, PM10 emission loads, meteorological data in the form of wind direction and wind speed, and topographic data on the dispersion model area. Modeling is carried out within two years with the dispersion of the dry season and the rainy season. Besides PM10, modeling of Chrome is also performed. The results of the AERMOD View model show that the dispersion of PM10 and Chrome emissions from Tanjung Jati B Jepara power plant tends to move to the southeast in accordance with the wind direction. The dispersion patterns of PM10 and Chrome Emissions from PLTU in 2017 tend to be wider than in 2016. The maximum concentration of the AERMOD View Software estimation results on PM10 emission parameters and Chrome occurs in Desa Bucu which is located on the slopes of Mount Muria in the southeast of the coal-fired power plant. Keywords: PM10: AERMOD VIEW, Coal-fired Power Plant, Emission Dispersion

Item Type:Thesis (Undergraduate)
Subjects:T Technology > TD Environmental technology. Sanitary engineering
Divisions:Faculty of Engineering > Department of Environmental Engineering
Faculty of Engineering > Department of Environmental Engineering
ID Code:67687
Deposited By:Ms teknik lingkungan
Deposited On:11 Dec 2018 14:13
Last Modified:11 Dec 2018 14:13

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