Safety Instrument System And Control – BANDUNG



Pilih waktu yang anda inginkan

21 – 24 Februari 2011
21 – 24 March 2011


Hotel Jayakarta Bandung


Rp 7.950.000/person (full fare) or


Dr.Ir. Sutanto Hadisupadmo.MT.,IPM is a lecturer at Physics Engineering Bandung Institute of Technology (ITB), and has been as a Head of Laboratory of Industrial Instrumentation at ITB. He is former Director of Instrumentation Center and Technical Services of ITB. His education started at Engineering Physics, Bandung Institute of Technology (ITB-1977), then at Diplome Universite in Energetique, Universite de Prepignan, France (1985), Magister Engineering in Instrumentation and Control (ITB) and Doctor (ITB). He has over 20 years of experience doing training, consulting work in instrumentation, measurement, safety and process control and Mr. Sutanto has trained many training/courses for many companies in Indonesia such as PT. TOTAL Indonesie, Pertamina, PT. Petrokimia Gresik, PT. Badak LNG, PT. Pupuk Iskandar Muda, PT. Pupuk Kaltim, PT. Jaya Ancol and many others. As professional he has handled many projects in Instrumentation Process, Tools Evaluation, Transmitter, General Evaluation of Instrumentation Specification, Commercial Building Power Audit, Maintenance Management Evaluation, etc. To get more advance information and knowledge he has participated in domestic and overseas training, seminar, workshop and conference as participant or speakers.


The operation of many industrial processes involves inherent risks due to the presence of dangerous material like gases and chemicals. Safety Instrumented Systems SIS are specifically designed to protect personnel, equipment and the environment by reducing the likelihood (frequency) or the impact severity of an identified emergency event.

The best safety systems is not the most expensive but rather it is the most practicable system; this workshop focuses on the HAZOP management, Safety Standard Control, Hazardous Area & Electrical Classification planning and execution of automatic safety systems.

I. Process Safety Standard
1. Konvensi dan Rekomendasi dari ILO
2. Analisis Potensi Kecelakaan
3. Identifikasi Penyebab Kecelakaan
4. Safety Life Cycle
5. Safety Integrated Level – SIL Matrix
6. Safety Instrumented System – SIS
7. Markov Model
8. Contoh-contoh perhitungan
1. Hazard, Danger, Safety, Risk
2. Hazard Analysis
3. Fault Tree Analysis
III. Instrumen Pencegah Kebakaran dan ledakan
1. Metode Pemadam Kebakaran (inerting, vakum, dll.)
2. Klasifikasi Area
3. Bahan Pemadam Api (air, kukus, garam, busa, dll.)
4. Contoh-contoh implementasi perhitungan
IV. Hazardous Area & Electrical Classification
1. Definisi, near miss, safety management
2. Safety report
3. Area & Classification Material
V. Kontrol Hazard, Lockout & Tagout
1. Definisi
2. Program efektif LOTO
3. Policy LOTO
4. Prosedur LOTO

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