Evaluasi Penerapan Sistem Keselamatan Kebakaran Pada Gedung-gedung umum di Kota Payakumbuh

Mareta, Yanolla; Hidayat, Benny

doi:10.25077/jrs.16.1.65-76.2020

“…With a value of 7.48 percent, the aperture protection sub-component is rated as good. The researcher's findings are consistent with the study titled "Evaluasi Penerapan Sistem Keselamatan Kebakaran Pada Gedung-Gedung Umum di Kota Payakumbuh" with a value for the passive protection system, namely in the hospital building (A1), of 22.6 percent, and a score of 21.01 percent for office buildings [21]. Research conducted at the Bekasi District Hospital obtained a score of 24.34% for its passive protection system [22].…”

Section: Fik Um Building Passive Fire Protection Systemsupporting

confidence: 81%

“…The FIK UM building stands 34.25 meters tall and does not require a helicopter pad. The building must have a minimum height of 60 meters in order to have a helicopter pad [21]. As a result, there was no evaluation of the helicopter pad.…”

Section: Rescue Facilitiesmentioning

confidence: 99%

Analysis of Safety Building Facilities as a Fire Prevention Effort at the State University of Malang’s Faculty of Sports Science

Sarida¹,

Yunus²,

Puspitasari³

2022

Advances in Health Sciences Research

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A fire hazard is one of the potential hazards of Occupational Safety and Health or K3 in buildings. In high-rise buildings, escape routes are few and limited, necessitating the implementation of effective, efficient, and integrated fire prevention measures. The purpose of this study is to determine the completeness of safety building facilities, to identify and analyze the feasibility of safety building facility function, and to design efforts to optimize the functional safety building facilities in the C6 FIK UM building. This descriptive qualitative research was conducted in the C6 FIK UM building using the method of observation and document review. Building fire safety inspection observation guidelines (Pd-T-11-2005-C) are used to measure the reliability value of building safety systems (NKSKB), and John Stephenson Associates Fire Training Consultants observation guidelines are used to measure the level of risk and priority of action. The findings of the research and assessment of the NKSKB of the FIK UM building received a score of 89.76 percent and were classified as good. The FIK UM building has a low to moderate risk level, and the priority actions that must be taken are engineering and administrative arrangements. The FIK UM building falls into the good category and can be considered reliable in fire prevention efforts; however, it must be tested, inspected, recorded, and repaired regulary.

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“…Bangunan gedung FIK UM memiliki tinggi 34,25 meter dan dianggap tidak memerlukan landasan helikopter. Syarat diwajibkannya memiliki landasan helikopter yaitu bangunan gedung memiliki tinggi minimal 60 meter (Mareta & Hidayat, 2020) sehingga tidak dilakukan penilaian. Penilaian komponen sarana penyelamatan jiwa bangunan gedung FIK UM yang termasuk kategori baik, sejalan dengan penelitian yang dilakukan di RSUD Kabupaten Bekasi dengan memperoleh nilai 23,25% dan termasuk kategori baik (Sari & Sukwika, 2020).…”

Section: Sarana Penyelamatan Jiwaunclassified

“…Hasil penelitian yang telah dilaksanakan oleh peneliti selaras dengan penelitian yang dilakukan oleh (Mareta & Hidayat, 2020) yang berjudul "Evaluasi Penerapan Sistem Keselamatan Kebakaran Pada Gedung-Gedung Umum di Kota Payakumbuh" dengan nilai untuk sistem proteksi pasif yaitu di gedung rumah sakit (A1) bernilai 22,6% dan untuk gedung kantor memperoleh nilai 21,01%. Penelitian yang dilakukan oleh (Sari & Sukwika, 2020) memperoleh nilai 24,34% untuk sistem proteksi pasif pada RSUD Kabupaten Bekasi.…”

Section: Sistem Proteksi Pasif Gedung Fik Um Terhadap Bahaya Kebakaranunclassified

Analisa Fasilitas Safety Building Sebagai Upaya Pencegahan Kebakaran Di Gedung Fakultas Ilmu Keolahragaan Universitas Negeri Malang

Sarida

¹

,

Yunus

²

,

Puspitasari

³

2021

SSH

0

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A fire hazard is one of the potential hazards of Occupational Safety and Health or K3 in buildings. In high-rise buildings, escape routes are few and limited, necessitating the implementation of effective, efficient, and integrated fire prevention measures. The purpose of this study is to determine the completeness of safety building facilities, to identify and analyze the feasibility of safety building facility function, and to design efforts to optimize the functional safety building facilities in the C6 FIK UM building. This descriptive qualitative research was conducted in the C6 FIK UM building using the method of observation and document review. Building fire safety inspection observation guidelines (Pd-T-11-2005-C) are used to measure the reliability value of building safety systems (NKSKB), and John Stephenson Associates Fire Training Consultants observation guidelines are used to measure the level of risk and priority of action. The findings of the research and assessment of the NKSKB of the FIK UM building received a score of 89.76 percent and were classified as good. The FIK UM building has a low to moderate risk level, and the priority actions that must be taken are engineering and administrative arrangements. The FIK UM building falls into the good category and can be considered reliable in fire prevention efforts; however, it must be tested, inspected, recorded, and repaired regularly. Abstrak: Potensi risiko bahaya Keselamatan dan Kesehatan Kerja atau K3 pada bangunan gedung salah satunya adalah bahaya kebakaran. Akses menyelamatkan diri pada bangunan gedung bertingkat adalah sedikit dan terbatas, sehingga diperlukan tindakan pencegahan kebakaran yang efektif, efisien, dan terintegritas. Penelitian ini bertujuan untuk mengidentifikasi kelengkapan fasilitas safety building, mengidentifikasi dan menganalisis kelayakan fungsi fasilitas safety building, dan merancang upaya optimalisasi fungsional fasilitas safety building pada gedung C6 FIK UM. Jenis penelitian ini yaitu deskriptif kualitatif yang dilakukan di gedung C6 FIK UM dengan metode observasi dan telaah dokumen. Instrumen yang digunakan yaitu pedoman observasi pemeriksaan keselamatan kebakaran bangunan gedung (Pd-T-11-2005-C) dengan mengukur nilai keandalan sistem keselamatan bangunan (NKSKB) dan pedoman observasi John Stephenson Associates Fire Training Consultants dengan mengukur tingkat risiko dan prioritas tindakan. Hasil penelitian dan penilaian NKSKB bangunan gedung FIK UM memperoleh nilai 89,76% dan termasuk dalam kategori baik. Tingkat risiko pada gedung FIK UM yaitu risiko rendah hingga resiko sedang dan prioritas tindakan yang perlu diambil adalah rekayasa teknik dan pengaturan administratif. Gedung FIK UM termasuk dalam kategori baik dan dapat dikatakan handal dalam upaya pencegahan kebakaran, tetapi perlu dilakukan pengujian, pemeriksaan, pencatatan, dan perbaikan secara berkala.

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“…Humans also take part in major roles in the development of manufacturing and industrial technology in the future. With that in mind, creating security systems for buildings should not be underestimated (Mareta & Hidayat, 2020;Rohmah, & Sufianto, 2018).…”

Section: Introductionmentioning

confidence: 99%

Application of hydrant piping system design in boiler plants for fire safety systems in paper producing companies

Suyuthi

¹

,

Sufiyanto²,

Widada³

2022

JPUM

0

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As one of the important components, hydrants must be present in the boiler plant, whose function is to extinguish the fire in the event of a fire incident in the area. The working principle of the hydrant system is that when an event of fire occurs, the suction pump will take water from the ground reservoir, later on the water will flow into the pipe leading to the pillar hydrant, and the fire hose will be disconnected from the pillar hydrant to extinguish the burning area. The issue needs to be solved in this research is to design a hydrant piping system in the boiler area of PT Mekabox Internasional that meets the standards used by the industries. The purpose of designing this hydrant piping system is to find out how much flow is in the hydrant if the boiler plant area has an area of 2016 m2, how thick the pipe should be, and how many pillar hydrants are necessary. The scope of the research discussion includes hydrant piping systems, hydrant piping calculations, and standards used in hydrant piping systems. The results of the calculation and data processing of this hydrant system design are; the number of pillar hydrants needed in an area of 2016 m2 is 2 pillar hydrants, the required water discharge is 432 m3 with the assumption that the blackout time is 2 hours, and the pipe diameter required is 6 inches and must have a pipe thickness of 6 mm. The results of the hydrant piping system design on the boiler plant can be applied directly to the company.

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Evaluasi Penerapan Sistem Keselamatan Kebakaran Pada Gedung-gedung umum di Kota Payakumbuh

Cited by 5 publications

References 1 publication

Analysis of Safety Building Facilities as a Fire Prevention Effort at the State University of Malang’s Faculty of Sports Science

Analysis of Safety Building Facilities as a Fire Prevention Effort at the State University of Malang’s Faculty of Sports Science

Analisa Fasilitas Safety Building Sebagai Upaya Pencegahan Kebakaran Di Gedung Fakultas Ilmu Keolahragaan Universitas Negeri Malang

Application of hydrant piping system design in boiler plants for fire safety systems in paper producing companies

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