Ditemukan 32051 dokumen yang sesuai dengan query :: Simpan CSV
In the 2006 2025 national energy management blueprint, Indonesia is moving towards energy independence where the state will be present in providing energy at a reasonable price for the community. In 2018, the government, through a business plan to provide electricity until 2025, plans to increase power generation capacity to 56,024 MW. PT Indonesia Power is a subsidiary of PT PLN (Persero) which is engaged in power generation. In managing generator assets, PT Indonesia Power implements an integrated risk management policy. However, until now there has been no study or policy that analyzes the safety factors of power plant buildings. In conducting a building safety assessment, there are several methods that can be used. Among them are ISRS 7th, NFPA 5000, and Permen PU 29 of 2006. Based on the analysis of the assessment method, it was found that the level of suitability of emergency facilities was 91.6%, hazard early warning was 100%, inter-floor installation was 86.6%, fire fighting was 62.9%, ventilation was 100%, and hygiene facilities were 80%. These results are obtained by combining the three assessment methods
The study focused on evaluation of fire prevention and management at powergeneration of PT Indonesia Power Suralaya in 2013 is using national regulationand international regulation. The national regulation which is used is Kepmen PUNo. 10/KPTS/2000 and Kepmen PU No. 02/KPTS/2985 and for the internationalregulation is NFPA. This study is using qualitative analytic descriptive researchwith comparative approach. The fire prevention is including equipment site,active and passive fire protection, life safety way, and fire management. Inresulting, there are suitability between the fire protection equipment and theregulation.Keyword:Power generation, fire protection, NFPA, Kepmen PU
Hasil penelitian menunjukkan pekerja yang terpajan kebisingan >80 dBA memiliki tekanan darah dan prevalensi hipertensi yang lebih tinggi dibandingkan pekerja yang terpajan kebisingan ≤80 dBA. Pekerja yang terpajan kebisingan >80 dBA memiliki tingkat risiko terkena hipertensi lebih tinggi dengan OR = 3,19 dibandingkan dengan pekerja yang terpajan kebisingan ≤80 dBA. Tidak ada hubungan antara intensitas kebisingan dengan tekanan darah dan hipertensi. Akan tetapi terdapat kecenderungan dosis-respon antara intensitas kebisingan dengan tekanan darah sistolik, tekanan darah diastolik dan hipertensi
Kata kunci:AS/NZS 4360:2004, penilaian risiko, kemungkinan, pemajanan, konsekuensi,level risiko.
This study discusses about risk assesment for safety on electrical instalationprocess at Apartement Park View Condominium Depok Town Square project byPT. X in 2012. Risk Assesment is done by analyzing the probability value,exposure and consequences of each phase of work then compared to a standardlevel of risk semi-quantitative WT Fine J to determine the level of risk that exist ateach stage on electrical instalation process. This study is a descriptive analyticalstudy using semi quantitative method AS/NZS 4360:2004. The study states thatthe level of risk on each step electrical instalation process that includes : very highlevel, priotity 1 level, substantial level, and priority 3 level.
Key words:AS/NZS 4360:2004, risk assesment, probability, exposure, consequences, level ofrisk.
Pembangkit lislrik panas bumi berkembang pesat pada saat ini, karena merupakan salah satu sumber energi pengganti selain migas. PT XYZ dalam hal ini juga ikut berperan aktif dalam tahapan engineering, procurement, konstruksi industry energi PLTP ini. Dalam kegiatan konstruksi tersebut PT XYZ mempunyai potensi keuntungan maupun resiko kerugian terhadap kegiatan ini. Pada 5 tahun terakhir ini PT XYZ mengalami kerugian akibat kecelakaan pada tahapan commissioning, meskipun hal ini sudah diasuransikan, antara lain data kecelakaan sebagai berikut : a. Kerusakan Furnish pada saat commissioning di proyek Blue Sky Refenery pada tahun 2005 b. Bocomya Reaklor Urea pada saat commissioning di proyek Kujang I B di tahun 2005. c. Pada proyek PLTP Kamojang- 4 terjadi kerusakan pada separator dan pipe line pada tahapan kegiatan commissioning pada tahnn 2007, Dalarn hal iui resiko perusabaau unruk mendapat potensi kerugian dari kegitan commissioning ini cukup besar, jika dilihat darl pengalaman proyek-proyek sebelumnya tahapan commissioning menyumbang banyak kecelakaan yang menimbulkan potensi kerugian pada peruaahaan, meskipun dalam hal ini proteksi kesehatan dan keselamatan kerja melalui process safety management sudah dilakukan. Oleh karena itu perlu dilakukan evalusi terhadap process safety management yang digunakan sebagai proteksi terhadap hazards/bahaya-bebeya yang ada pada kegiatan commissioning ini. Secara umum tujuan penelitian ini adalah untuk mengetahui seberapa besar tingkat efektivitas proteksi K3 yang dilakukan untuk menoegah kerugian perusahaan pada tahapan kegiatan commissioning pipa sags pada pembangunan PLTP.
Geothermal power energy rapidly grow in this time because as one of energy source substitution besides oil and the reserve gas is progressively attenuate. PT XYZ in this case also contribute is active in industrial construction of this geothermal power energy. In the activity of construction, PT XYZ have loss risk and also advantage potency to this activity. At 5 the last year PT XYZ experience loss of accident effect at step commissioning, though this thing have been insured, for example accident data as follows : 1. Damage of Funish at commissioning in project of Blue Sky Refenery in 2005 th 2. Damage of area Reactor at commissioning in project ujang I B in 2005 th 3. At project of PLTP Kamojang - 4 happened damage at separator and pipe line atstep of commissioning activities in the year 2007th. Therefore require to be done by evaluation to protection system process safety management (K3) which applied as protection to Hazards on the this commissioning activity. In general purpose of research is to how know big level of protection effectiveness process safety management (K3) which done to prevent loss of company at phases of pipe sags commissioning activities at geothermal power energy development.
