Ditemukan 5 dokumen yang sesuai dengan query :: Simpan CSV
ABSTRAK
Spherical tank yang berisi Butana merupakan subjek berpotensi hazard (kebocoran, kebakaran dan ledakan) yang dapat memberikan konsekuensi terhadap fasilitas dan manusia sebagai obyek penerima yang berada pada radius pajanan. Penelitian ini menggunakan pemodelan dengan input data primer dan sekunder yang diaplikasikan dalam perangkat lunak ALOHA, Area Locations of Hazardous Atmosphere. Hasil penelitian terhadap skenario kejadian kebocoran, kebakaran dan ledakan di fasilitas pengolahan minyak dan Gas PT Z mendapatkan nilai konsukeuensi zona bahaya sampai radius satu kilometer. Zona aman setelah radius satu kilometer.
ABSTRACT
Spherical tanks containing Butane is subject of potentially hazard (leak, fire and explosion) which can bring facility and human consequences as the recipient objects which are in the radius of exposure. This research uses input modeling with primary and secondary data which applied in the Area Locations of Hazardous Atmosphere (ALOHA) software. The study of the leak, fire and explosion incidence scenario at oil and gas processing facilities of PT Z scores shows threat zone to a radius of one kilometer. Safety zone distance after radius kilometer.
Kata kunci : Analisis Konsekuensi, Threat Zone, SPPBE, Dispersi Gas, kebakaran, ledakan, Jet Fire, BLEVE, Vapour Cloud Explosion
This study is about consequence analysis of gas dispersion, fire, andexplosion of LPG storage tank in SPPBE PT Aroma Jaya Sejati Sragen. Thisstudy is semi quantitave study using secondary data and field observation then analyze them with ALOHA software. The purpose of this study is to find out theconsequences impact range of gas dispersion, fire and explosion due to leakage ofLPG storage tank which divided into propane and butane gas.The result of this study is threat zone from gas dispersion, jet fire, BLEVE,and Vapour Cloud Explosion modelling. The result can show the heat radiationand explosion pressure and safe distance of SPPBE PT Aroma Jaya Sejati Sragen.
Keywords : Consequence Analysis, Threat Zone, SPPBE, Gas Dispersion, fire,explosion, Jet Fire, BLEVE, Vapour Cloud Explosion
This study is about consequence analysis of gas dispersion, fire, and explosion of LPG spherical storage tank C – 20 – 01 – A at PT Pertamina (Persero) RU V Balikpapan. This study is a quantitative study using ALOHA software to analyze the primary and secondary data. This study aims to estimate the range and consequences of gas dispersion, fire, and explosion due to leakage at LPG spherical storage tank C – 20 – 01 – A which is divided to propane and butane.
This study is about consequence analysis of gas dispersion, fire, and explosionon LPG storage tank at SPPBE PT Adikarya Pramita Perdana, Depok. This study is aquantitative modeling with collecting secondary data and field observations thatanalyzed using ALOHA (Areal Location of Hazardous Atmosphere) software. Thepurpose of this study is to find out the consequences impact range of gas dispersion,fire and explosion due to leakage of LPG storage tank which divided into propaneand butane gas, also the description of fire safety system and emergency managementat SPPBE PT Adikarya Pramita Perdana.The results of this study is the range and consequences of modeling toxic gasdispersion due to leakage of LPG storage tank at SPPBE PT Adikarya PramitaPerdana, spreading range distance up to 401 meters. In jet fire model the range up to159 meters, while in BLEVE up to 1 kilometer, and VCE model up to 330 meters.The dangerous location or area due to this leakage at SPPBE PT Adikarya PramitaPerdana and the populations which is at risk reaches Sukamaju, Jatijajar, andCilodong. The installation of fire safety equipment at SPPBE PT Adikarya PramitaPerdana is already proper and meets the standard of PT Pertamina (Persero) and alsohas guidelines for emergency response management system for handling multiplecases of emergencies.Keywords: Consequence analysis, LPG, Storage Tank, SPPBE, ALOHA, Toxic gasdispersion, Fire, Jet fire, BLEVE, Explosion, Vapor cloud explosion, Firesafety, Emergency management
