DESKRIPSI
Kebutuhan akan personil pemegang jabatan tenaga teknik khusus yang mempunyai kompetensi kerja standar sektor industri migas, makin dirasakan karena sifat industri migas yang padat teknologi, padat modal dan berisiko bahaya yang tinggi. Kompetensi kerja personil ini merupakan persyaratan minimal yang harus dipenuhi oleh pemegang
jabatan tenaga teknik khusus (TTK) sektor industri migas serta panas bumi, sub sektor industri migas hulu dan hilir antara lain untuk bidang inspektur tangki timbun di Indonesia, yang disusunsecara sistematis dalam SKKNI.
Prosedur perumusan Standar Kompetensi Kerja Nasional Indonesia (SKKNI) tersebut sesuai amanat PP Nomor 31 Tahun 2006, tentang Sistim Pelatihan Kerja Nasional pasal 5,6 dan 7 (diganti dengan Permenakertrans No. 8 Tahun 2012 Tatacara Penetapan SKKNI).Perumusan SKKNI ini disusun dengan melibatkan stakeholder yang berkaitan dengan substansi standar dan dilaksanakan oleh Panitia Perumusan Standar Kompetensi Kerja Nasional Indonesia (SKKNI) untuk Tenaga Teknik Khusus yang bekerja pada bidang Inspektur tangki timbun sub sektor industri migas dan panas bumi. Sumber data diperoleh dari SNI, MOSS, Standar Internasional dan Workplaces bidang Inspektur tangki timbun.
Tangki timbun (storage tank) dirancang untuk beroperasi dengan kemampuan terhadap tekanan tertentu, sistem insulasi tertentu, dan menampung fluida/gas serta distribusi tertentu. Fungsi utama dari tangki timbun adalah untuk menyimpan minyak mentah atau minyak hasil dari proses kilang,  gas, chemical dan lain-lain.
Namun tak jarang tangki timbun beroperasi diluar batasan-batasan ini yang mengakibatkan risiko kecelakaan. Sering kali penyebab kecelakaan serius tersebut adalah kebocoran cairan, gas, dan limbah beracun. Tangki yang berisi zat tidak berbahaya sekalipun memiliki potensi bahaya.

TUJUAN
•Peserta memahami landasan hukum yang terkait dengan tangki timbun (storage tank) khususnya yang diaplikasikan pada industri migas
•Peserta memahami serta mampu melakukan klasifikasi dan identifikasi tangki timbun yang sesuai dengan peruntukannya
•Peserta mampu melaksanakan prinsip-prinsip Keselamatan dan Kesehatan Kerja dalam instalasi, pengoperasian dan perawatan tangki timbun
•Peserta memahami standar material dan kode-kode yang berlaku internasional

MATERI
1.Pengantar Sertifikasi Kompetensi Berbasis SKKNI
2.Persyaratan/ketentuan Rancang Bangun Tangki Timbun:
a. Sifat kimiawi dari produk yang disimpan
c. Pengawasan dari vapour yang terbuang
d. Perlindungan terhadap isi tangki
e. Safety dan peraturan lindungan lingkungan
3.Jenis-Jenis Tangki Timbun Berdasarkan Tekanan Kerja, Bentuk dan Posisi serta Phisical Properties
•Flammable Liquids (Class 1A, 1B dan  1C)
•Combustible Liquids (Class II, IIIA dan IIIB)
4.Mekanisme Instalasi dan Aplikasi Tangki Timbun
5.Kelengkapan Tangki (Tank Accessories)
6.Pemeliharaan Tangki
7.Code dan Standard
8.Pemahaman Unit Kompetensi Inspektor Tangki Timbun
•Melakukan Identifikasi Klasifikasi Tangki
•Melakukan Verifikasi Dokumen Tangki
•Menerapkan Keselamatan Kerja di Tempat Kerja
•Melakukan Verifikasi Konstruksi Tangki
•Melakukan Verifikasi Perbaikan Tangki
•Melakukan Verifikasi Alterasi Tangki
•Melakukan Verifikasii Rekonstruksi Tangki
•Melakukan Verifikasi Tangki Atmosferis pada Saat Beroperasi
•Melakukan Verifikasi Tangki Atmosferis pada Saat tidak Beroperasi
•Melakukan Verifikasi Tangki Tekanan Rendah
•Melakukan Verifikasi Tangki Tekanan Atmosferis di Bawah Tanah pada Saat Beroperasi
•Melakukan Verifikasi Tangki Tekanan Atmosferis di Bawah Tanah pada Saat Tidak Beroperasi
•Membuat Evaluasi dan Rekomendasi Hasil Pemeriksaan Tangki
•Membuat Laporan Hasil Pemeriksaan Tangki
9.Pencegahan Potensi Bahaya Kebakaran dan Ledakan

FASILITAS
•Training Module
•Free Consultation
•Certificate BNSP
•Qualified Bag
•Training Photo
•Training room with full AC facilities
•Once lunch and twice coffee break every day of training
•Qualified Instructor

PESERTA
1.Pendidikan minimal D3 bidang teknik
2.Telah melaksanakan pekerjaan inspeksi selama minimal 2 tahun
3.Memiliki sertifikat pendukung bidang K3 sebagai lampiran bukti
4.Surat referensi dari perusahaan
5.Fotocopy KTP
6.Pas foto 4×6, 3×4, 2×3 masing-masing 1 lembar (backgorund merah)

DURASI TRAINING
Pelatihan ini  dilaksanakan selama 4 hari atau 24 jam efektif.

INSTRUKTUR
Soeprapto, M.Sc

WAKTU & TEMPAT
Hari/Tanggal : 16 – 19 Januari 2017
Pukul            : 08.00 – 16.00 WIB
Tempat         : Jakarta

Pendaftaran Hub
Egga
WA : 081343582804
Email : eggatraining@gmail.com

BXC

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Deskripsi
Gesekan yang ditimbulkan oleh dua benda yang bersentuhan dapat menimbulkan keausan pada kedua permukaan yang menyebabkan pemborosan energi yang dikeluarkan. Agar dapat mengurangi timbulnya keausan maka dilakukan tindakan pelumasan (lubrication). Pelumasan (lubrication) harus dilakukan dengan benar agar mesin atau peralatan yang digunakan dapat tahan lama dan tidak menurunkan daya guna yang dimiliki. Oil Analysis dan Tribology disini merupakan ilmu yang mempelajari mengenai persentuhan permukaan pada pergerakan relative dengan tujuan untuk membandingkan sifat kimia dan fisik pelumas apakah masih mempunyai performa yang baik atau tidak serta untuk mengetahui kandungan air, zat aditif serta viskositas dari pelumas tersebut.
Tujuan
Dengan mengikuti training ini diharapkan peserta dapat memahami tentang basic tribology dan lubrication sehingga perawatan terhadap mesin atau peralatan dilakukan dengan tepat.

Materi
1.Definisi, konsep dasar dan basic tribology
2.Manfaat tribology
3.Friction (gesekan)
•Fenomena gesekan
•Hukum fisika gesekan
4.Keausan (wear)
•Penyebab keausan
•Adhesive wear
•Abrasive wear
•Corrosive wear
•Surface-fatigue wear
5.Pelumasan (lubrication)
•Dasar-dasar dan teori lubrikasi
•Kegunaan lubrikasi
•Centralized lubrication system
•Automatic lubrication system
•Manual lubrication
•Automatic lubrication
•Hydraulic system
•Pneumatic system
•Kerusakan-kerusakan akibat kesalahan lubrikasi
6.Pelumas (lubricant)
•Jenis-jenis pelumas mesin yang tepat
•Lubricant viscosity
•The aditive lubricant
•Kegunaan pelumas
•Degradation of lubricant
•Lubricant storage, handling and safety
7.Studi kasus dan diskusi

Peserta
Cocok bagi semua lini baik manager, supervisor maupun staff yang berhubungan dengan  perawatan mesin serta bagian produksi di perusahaan.

Metode  
•Presentation
•Discussion
•Simulation
•Case Study
•Evaluation

Instruktur
IR. Rini Darmastiti,MSC,Phd & Tim
(CV TERLAMPIR)

Tempat & Waktu
TANGGAL  : 09 Sd 11 Agustus 2016
WAKTU      : 08.00 – 16.00
TEMPAT     : Hotel Grand Aston Yogyakarta

Fasilitas
•Convinience Meeting room
•Airport pick-up and drop service
•Souvenir
•Certified
•Transportation during training
•2x coffee break and lunch during training
•Training kit

Pendaftaran Hub
Egga
WA : 081343582804
Email : eggatraining@gmail.com

CG

The post Oil Analysis And Tribology appeared first on SEMINAR BAGUS.

DESKRIPSI
Pelatihan tentang aspek hukum dalam industri minyak dan gas merupakan pelatihan komprehensif untuk memperdalam pengetahuan kita dalam aspek hukum minyak & gas industry. Pelatihan ini akan diselenggarakan dalam bahasa Inggris dan bahasa Indonesia dan diberikan oleh ahli hukum dan para otoritas yang berpengalaman dan menangani kasus dan terlibat dalam industri minyak dan gas bumi.
Setelah mengikuti Pelatihan ini, peserta diharapkan untuk dapat memiliki keahlian hukum dalam rangka memahami aspek hukum minyak dan gas termasuk mengerti dan memahami: (i) berbagai jenis kontrak yang umum digunakan dalam industri minyak dan gas bumi (TAC, PSC, JOB, JOA, EOR ); (ii) peran dan kewenangan Badan Pengatur Minyak dan Gas yaitu BP Migas dan BPH Migas, (iii) cara untuk memperoleh wilayah pertambangan minyak dan gas bumi; (iv) berbagai kewajiban kontraktor kepada pemerintah; ( v) karakteristik kegiatan hulu dan hilir (eksplorasi, eksploitasi, pengolahan, pengangkutan, penyimpanan dan penjualan); (vi) kegiatan penciutan wilayah pertambangan, pembebasan lahan, (vii) cost recovery, AFE, WPB, POD, ROW; (viii) berbagai peraturan dan isu-isu penting yang wajib diketahui dan dipahami dalam melakukan LDD di perusahaan minyak dan gas, dan (ix) berbagai pembatasan dan peraturan yang berlaku dalam kerangka penggabungan dan pengambilalihan perusahaan minyak dan gas

MATERI
•Aspek2 hukum terkait pertambangan minyak dan gas bumi
•Memahami perbedaan karakteristik dari Kontrak-kontrak bagi hasil pertambangan minyak dan gas bumi seperti : TAC (Technical Assistant Contract);PSC (Production Sharing Contract); JOB (Joint Operating Body); JOA (Joint Operating Aggreement); EOR (Enhanced Oil Recovery)
•Memahami peranan, Kewenangan dan Kewajiban BP Migas dan BPH migas terkait perusahaan Migas
•Memahami karakteristik kegiatan usaha hulu dan usaha hilir yang terdiri dari : Eksplorasi; Eksploitasi; Pengelolaan; Pengangkutan; Penyimpanan; Niaga
•Memahami berbagai kewajiban kontraktor kepada Negara termasuk iuran Eksplorasi; Eksploitasi; nilai bagi hasil dan perpajakan
•Memahami proses pengajuan sebuah wilayah kerja pertambangan minyak dan gas bumi
•memahami kewajiban relienquismant wilayah kerja bagi kontraktor pertambangan minyak dan gas bumi.
•memahami konsep cost recovery, work program and budget, AFE, P.O.D, ROW (righ of way), (authorization financial expenditure)
•hal2 yang perlu diperhatikan dalam melakukan legal audit pada perusahaan pertambangan minyak & gas bumi
•Peraturan- peraturan terkait dengan UU Migas dan pelaksanaannya
•Pemerintah dan pihak – pihak berwenang lainnya yang terkait dalam usaha Migas
•Hal –hal yang harus diperhatikan dalam melakukan legal audit perusahaan minyak dan Gas Bumi seperti aspek – aspek material contract, employee, environmental, financial report, asset-asset, perselisihan di bisang oil & gas, perticipacing interest, carry and repayment aspek, JOA (Joint Operating Aggrement, PROPER dan lain lain)
•merger dan akuisisi pperusahaan Migas
•Persyaratan yang harus diperhatikan sehubungan dengan pengalihan saham atau participating interest dalam perusahaan Migas dan Merger perusahaan Migas;
•Pembatasan-pembatasan yang diperhatikan sehubungan dengan pengalihan saham atau participating interest dalam perusahaan Migas dan merger perusahaan Migas;
•Persetujuan-persetujuan yang diperhatikan sehubungan dengan pengalihan saham atau participating interest dalam perusahaan Migas dan merger perusahaan Migas;
•Peraturan terkait akuisisi atau merger perusahaan Migas.
•Hal- hal penting lainnya yang harus dipahami dan diperhatikan dalam melakukan akuisisi atau merger perusahaan Migas

PESERTA
•Perwakilan dari perusahaan Minyak  dan Gas Bumi
•Legal Perusahaan
•Pengacara dan Konsultan Hukum
•Mahasiswa dari Universitas

INSTRUKTUR
Faizal Kurniawan,S.H,M.Hum,LL.M dan Team

WAKTU & TEMPAT
Tanggal: 23 sd 25 Agustus 2016
Tempat: Hotel The 101 Tugu, Yogyakarta

INVESTASI
Rp. 6.500.000/ participant (non residential)

Facilities:
•Airport pick-up and drop service
•Transportation during training
•2x coffee break and lunch during training
•Training kit
•Hard and soft copy material (USB Flashdisk)
•Certificate
•Souvenir

Pendaftaran Hub
Egga
WA: 081343582804
Email :eggatraining@gmail.com

BP

The post Legal Aspect For Oil And Gas Industries appeared first on SEMINAR BAGUS.

Deskripsi
Pelatihan ini akan lebih fokus terhadap bagaimana menentukan kondisi baik tidaknya sebuah transformer dengan menganalisa beberapa data kombinasi hasil pengujian oli transformer, dalam hal ini hasil data pengujian BDV, KOH dan DGA dengan menggunakan beberapa metode analisa untuk pengambilan keputusan secara teknis maupun biaya dengan cepat dan tepat.

Materi
•Metode pemeliharaan peralatan : definisi, prinsip dan perbedaannya
•Konstruksi umum distribution transformer type ONAN ( Oil Natural Air Natural )
•Diagnosa Transformator : diagram alir dan diagram pengujian
•Minyak Transformator : fungsi, karakteristik dan keunggulannya sebagai bahan insulator
•Dissolve Gas di Minyak Transformator : definisi, proses Dissolve Gas, Fault gases, dan metode pendeteksian fault gases
•DGA ( Dissolved Gas Analysis ) : definisi, fungsi, metode pengujian, analisa dan interpretasi
•Analisa biaya : kemungkinan penyebab kerusakan & biaya yang diakibatkan kerusakan

Peserta
Semua karyawan yang berhubungan dengan pengambilan keputusan teknis baik dari level teknisi, engineer, supervisor maupun manajer pada departemen atau divisi suatu perusahaan :
•Utility facility
•Maintenance
•Testing & Commisioning
•Engineering
•Maintenance planner
•Condition Monitoring
•Electrical consultant

Metode
•Presentation
•Discussion
•Simulation
•Case Study
•Evaluation

Instruktur
Tugino, ST , MT
(CV Instruktur Terlampir)

Waktu&Tempat
TANGGAL  :26 sd 28 Juli 2016
WAKTU      : 08.00 – 16.00
TEMPAT     : Hotel Grand Aston Yogyakarta

Fasilitas
•Convinience Meeting room
•Airport pick-up and drop service
•Souvenir
•Certified
•Transportation during training
•2x coffee break and lunch during training
•Training kit

Pendaftaran Hub
Egga
WA:081343582804
Email : eggatraining@gmail.com

CG

The post Oil Analysis Transformer Training appeared first on SEMINAR BAGUS.

Oil Analysis And Gas Tribology

Hotel Ibis Yogyakarta l 1 – 3 Oktober 2014 l 08.00-16.00 WIB

Rp.6.000.000,- per peserta (Non-Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

DESCRIPTION

To improve reliability of plant, many companies implement predictive maintenance program that using various technology to monitor machine health and eliminate at least reduce unplanned breakdown and extend MTBF of machine.

As vibration, oil analysis is important technology in monitoring critical machine. Gearbox and turbine are examples machines that more powerful if monitored using oil analysis technology.

Common problem that occurred are method and procedure of sampling oil, interpretation of oil analysis report and non integration of oil analysis report with other technology like vibration. This course explain how to good sample method, how to analyze data, interpret report and how to integrate oil analysis data with vibration to build comprehensive report.

This course is designed to help you prepare for the Machine Lubricant Analyst (MLA) certification. It covers foundational oil analysis information including oil sampling, lubricant health monitoring, contamination measurement and control, and wear debris monitoring.(ep)

COURSE CONTENT

• Introduction
  • The case for condition-monitoring
• Lubricant Fundamentals
  • The History of oil
  • Functions of Lubricating Oil
  • Lubrication films
  • Mineral oil refining
  • Properties of Base Oil
  • viscosity and Classification
  • Oil Additives
  • Synthetic oils
  • Classification of oils
  • Performance Tests
• Lubricant Performance Tests
  • Acid & Base Numbers
  • Pour & Flash Points
  • Specific & API Gravity
  • Seal compatibility
  • Color
  • Foaming, Dispersancy, Demulsibility,
  • Filterability
  • Rust & Corrosion
  • Oxidation & Thermal Stability
  • Tribological Testing
• Lubricant AnalysisThis module provides a detailed analysis of the methods utilized to detect Contamination, Fluid Degradation and Wear & Fatigue in lubricants.
  • Dirt
  • Rust & Corrosion
  • Glycol, Soot, Fuel
  • Nitration, Sulphation
  • Process Contaminants
  • Viscosity
  • Acid & Base Numbers
  • Fourier-Transform Infra-Red
  • Karl Fischer
  • Gas Chromatography
  • Particle Count
  • Elemental Analysis (ICP, AA, XRF)
• Grease Fundamentals
  • Functions of Grease
  • Base oils, Additives and Soaps
  • Properties of Grease
  • Analysis of Grease for Predictive Maintenance
• Program Management
  • Maintenance Strategies
  • The role of Oil Analysis
  • Setting Program Goals
  • Oil Sampling
  • Completing Sample Information
  • Reading Oil Analysis Sample Reports

INSTRUCTTOR

Ir. Janu Pardadi, MT

Expert in Mechanical, Manufacture Engineering, Internal Combustion Engine, Material Design, Tribology and Corrosions.

METHOD

• Presentation
• Discussion
• Case Study
• Evaluation

WHO SOULD ATTEND

All Maintenance Professionals, Reliability Engineers, Lubrication Engineers, Craftsmen and Millwrights, Equipment Operators, Operations & Maintenance Managers, Lubrication Technicians, Manufacturing and Industrial Engineers, Maintenance Supervisors, Vibration Instrument Specialists, Predictive Maintenance Technicians, Laboratory Analysts

FALITIES

• Certificate, Training Kit, Module / Handout, Softcopy (USB flashdisk) Lunch, Coffee Break, Souvenir.
• Transportasi antar jemput selama training ( bandara / stasiun/ terminal, Hotel-tempat pelatihan PP)

REGISTRATION

Biaya Investasi: Rp.6.000.000,- per peserta (Non Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

The post Oil Analysis And Gas Tribology appeared first on SEMINAR BAGUS.

Oil And Gas Data Interpretation

Hotel Ibis Yogyakarta l 1 – 3 Oktober 2014 l 08.00-16.00 WIB

Rp.6.000.000,- per peserta (Non-Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

DESCRIPTION

Insufficient knowledge and experience create trouble for optimized interpretation of seismic and reservoir modeling leading to efficient& successful reservoir characterization and development.
This tailored training course will scrutinize the most critical considerations and solutions covering the above areas. More importantly, it looks into the real application with trainer’s sharing of many of his notable projects. The trainer brings in all real case studies to share his 30 years experience in doing superior seismic interpretation and reservoir development in challenging environments such as deep water system.(ep)

OUTLINE

1. Understanding ofOil & Gas Operations Data

• DrillingEngineeringData
• ProductionEngineeringData
• EconomicalAnalysis ofData

2. Introduction

• Effect of Logging Data/Information to Drilling Operation and Production Operation
• Logging Data to Optimize Drilling Operation
• Logging Data to Determine Problems during Production

3. Formation Evaluation in Open Hole

• Fluid Reservoir Characteristics
• Permeable, impermeable and Shale Layer Identification
• Interpretation relationship Basic
• Porosity and Mineral Identification Determination
• Summary of Loss-Circulation Identification with Temperature Log

4. Formation Evaluation on Cased Hole

• Cement Strength Measurement tool
• Limitation, Measurement and Interpretation

5. Logging Tools Production

• Lithology Data Logging
• Logging for Reservoir/Information  Data
• Neutron Lifetime Log (NLL)
• Temperature Log
• Radial-Differential temperature Log
• Noise Log

6. Fluid Location and Condition within Pipe

• One Phase Flow with Pipe
• Multi Phase Flow within Pipe
• Spinner-Flow Meter Logging

INSTRUCTOR

Dr. Ir. Drs. Herianto, MSc

He was graduated from Petroleum Engineering Dept. of ITB and got his MSC/DIC in Reservoir Engineering from Dept. Geology Imperial College (ICST) London at 1973.He has worked for about 36 years as lecturer at ITB and currently as Chairman of Dept. Oil and Gas ITSB Bandung, active as lecturer, he is also active as consultant for pipelines in Oil & Gas sector and  has  designed about 100 gas lift wells in Reservoir, Drilling, Production Operations and NGL.  He also designed Jet Pump for Kalimantan and also worked to supervise ESP and horizontal drilling for ZU and B structures and studied the reservoir in the areas.

PARTICIPANT

Operations personnel, recent graduates & engineers who require practical experience of operations, Production Engineer, Laboratories Production, Control Room environment and the use of distributed control systems.

FACILITY

• Certificate, Training Kit, Module / Handout, Softcopy (USB Flashdisk), Bag or Backpackers, Lunch, Coffee Break, Souvenir
• Transportasi antar jemput selama training ( bandara / stasiun/ terminal, Hotel-tempat pelatihan PP)

METHOD

• Presentation
• Discussion
• Case Study
• Evaluation

REGISTRATION

Biaya Investasi: Rp.6.000.000,- per peserta (Non Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

The post Oil And Gas Data Interpretation appeared first on SEMINAR BAGUS.

Mechanical Design Reliability

 Hotel Ibis Yogyakarta l 22 – 24 Oktober 2014 l 08.00-16.00 WIB

Rp.6.000.000,- per peserta (Non-Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

DESCRIPTION

This Mechanical Design Reliability Training Course is a practical application of fundamental mechanical engineering to system and component reliability. Designed for the practitioner, this course covers the theories of mechanical reliability and demonstrates the supporting mathematical theory. For the beginner, the essential tools of reliability analysis are presented and demonstrated. These applications are further solidified by practical problem solving and open discussion. The objective of this extensive application of reliability principles is to leave the participants prepared to address reliability related to mechanical equipment and to provide competency in the predominant tools of mechanical system reliability analysis. Course handouts include a course manual and RAC’s publication “Reliability Toolkit: Commercial Practices Edition.(ep)

COURSE CONTENT

• Introduction to Reliability of Mechanical Equipment
  • The RAC
  • Life cycle cost considerations
  • Need for reliability engineering
  • Basic definitions in reliability theory
  • Elements of a comprehensive reliability program
• Mathematical Foundations of Reliability Engineering
  • Part versus system reliability issues
  • Probability functions
  • General rules of probability
  • Sampling
• Setting Reliability Requirements
  • Determining customer needs
  • Understanding customer performance reliability requirements
  • Deriving product design reliability requirements
  • Developing a system reliability model
  • Allocating system reliability requirements to lower levels
• Design for Reliability
  • Understanding the total environment
  • Understanding how things fail
  • Taking proactive action to address “high-risk” items
  • Robust design/fault tolerance
  • Designing for simplicity
  • Integration
  • Reliability program elements and correct timing of tasks
  • Design reviews
  • Overview of common reliability design tools
• Mechanical Reliability Assessment – Parts and Systems
  • Definition and purposes
  • Steps in making an assessment
  • Assessment techniques for parts
    • Failure data analysis
    • Empirical models
    • Mechanical stress/strength interference method
    • Surrogate data
  • System-level assessment
    • RBDs
    • Simulation
    • Parts count
• Failure Modes and Effects Analysis
  • What is a Failure Mode and Effects Analysis (FMEA)?
  • What are the benefits of performing an FMEA?
  • When is an FMEA conducted?
  • Who should perform an FMEA?
  • What are the prerequisites, procedures & data elements?
  • The summary report
• Fault Tree Analysis
  • What is a Fault Tree Analysis (FTA)
  • Benefits of performing an FTA
  • Appropriate applications of an FTA
  • FTA procedures
  • Analyzing the fault tree
  • Related analyses
    • Ishakawa diagram
    • Other
• Reliability Testing
  • Development (discovery) Testing
  • Reliability Qualification Testing
  • Accelerated Life Testing
  • Manufacturing/Production
• Trending System Reliability During Operation
  • Trend analysis
  • Point process
  • Confidence interval determination
• Maintaining Reliability Through Production and Operation
  • Effect of production and operation on reliability
  • Production considerations
  • Quality of production
  • Supplier selection and management
  • Designing for maintainability
  • Reliability information systems
  • Developing a maintenance program of corrective and preventive tasks
• Review and Wrap-Up
  • Have a strategy
  • Include the “right” reliability program elements
  • Implement tasks at the correct time
  • Have an effective data system
  • Key points
  • Where do you go from here

INSTRUCTOR

Dr. Ir. Jamasri

PARTICIPANT

Engineer, planner

FACILITY

• Certificate, Training Kit, Module / Handout, Softcopy (USB flashdisk) Lunch, Coffee Break, Souvenir.
• Transportasi antar jemput selama training ( bandara / stasiun/ terminal, Hotel-tempat pelatihan PP)

METHOD

• Presentation
• Discussion
• Case Study
• Evaluation

REGISTRATION

Biaya Investasi: Rp.6.000.000,- per peserta (Non Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

The post Mechanical Design Reliability appeared first on SEMINAR BAGUS.

Hotel Ibis Yogyakarta l 1 – 3 Oktober 2014 l 08.00-16.00 WIB

Rp.6.000.000,- per peserta (Non-Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

DESCRIPTION

Extensive course materials provided contained useful information about valves/sizing and selection both theoretical and practical. You will gain a practical understanding of control valves, actuators, and positioner designs and their applications. The course also provides methods that can be used to identify specific valve problems and arrive at acceptable solutions within engineering tolerance.(ep)

OUTLINE

• Compare various types of final control elements
• Understand a typical valve operation in a control loop
• Differentiate between various types of valves and the benefits of each
• Compare rising stem to rotary style valves
• Analyze a control system to determine control valve needs
• Use ISA standards for control valve specification and selection
• Size valves for any flow condition likely to be found in a process plant
• Evaluate and select actuators for specific applications
• Specify appropriate auxiliaries including positioners and I/P transducers
• Design control valve installations that are safe and trouble-free

COURSE CONTENT

1. Introduction
   • Valve in Loop,
   • Actuator,
   • Positioner

2. Basic Valve Types
   • Globe Valves,
   • Ball Valves,
   • Plug Valves,
   • Butterfly Valves

3. Actuators
   • Spring/Diaphragm,
   • Piston,
   • Vane,
   • Scotch-Yoke,
   • R & P

4. Comparison
   • Rising Stem,
   • Rotary Stem,
   • Accessories,
   • Positioner,
   • I/P Converters

5. Valve Performance
   • Gain,
   • Time,
   • Trim,
   • Special Needs

6. Flashing/Cavitation & Noise
   • Cause/Effect,
   • Prevention,
   • OSHA,
   • Source and Abatement

7. Installation:  Performance, Safety and Others

8. Valve Sizing
   • Valve sizing calculation Manual,
   • Valve Sizing calculation Computer

9. Specification and Selection:
   • Process Requirements,
   • Other Considerations
10. Maintenance and Troubleshooting Considerations
    • Special Requirements,
    • Diagnostic Tools
11. Smart Valves:
    • Available Designs,
    • Applications in Industry
12. Test valves to evaluate performance factors
13. Size valves manually and with software
14. Specify valves, actuators, and auxiliaries for specific applications
15. Evaluate operation of valves with pneumatic actuators and positioners
16. Smart valve/positioner operation demonstration

INSTRUCTOR

Dr. Eng. Deendarlianto, & Team

METHOD

• Presentation
• Discussion
• Case Study
• Evaluation

PARTICIPANT

This Intensive program covering the educational needs of Instrumentation and Control Engineers & Technicians, Mechanical Engineers & Technicians, Projects Engineers, Operation Engineers, Process and Utility Supervisors, and Technical Supervisory personnel involved in Sizing, Selecting, and Applying Process Control Valves. No specific prerequisite training or experience required for registration.

FACILITY

• Certificate, Training Kit, Module / Handout, Softcopy (USB flashdisk) Lunch, Coffee Break, Souvenir
• Transportasi antar jemput selama training ( bandara / stasiun/ terminal, Hotel-tempat pelatihan PP)

REGISTRATION

Biaya Investasi: Rp.6.000.000,- per peserta (Non Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

The post CONTROL VALVES AND ACTUATORS: Selection, Calculations, Sizing, Applications, Operation, Diagnostic Testing, Troubleshooting and Maintenance appeared first on SEMINAR BAGUS.

Combustion Engineering

Hotel Ibis Yogyakarta l 22 – 24 Oktober 2014 l 08.00-16.00 WIB

Rp.6.000.000,- per peserta (Non-Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

DESCRIPTION

The science of combustion, as complex as it is, can be summed up simply; it’s the process by which fuel is turned into energy through a heating process. Combustion Engineering concerns the science of combustion as it applies to industry.

Most energy consumed today is derived from fossil fuels, but the world’s dependence on oil and coal cannot continue indefinitely. Our reliance on these fuels will need to be supplemented with other forms of energy, whether nuclear or a yet undiscovered source. Combustion Engineering may very well be at the forefront of developing new technologies in fuel consumption. As the global need for energy efficiency intensifies and the search for new, environmentally sustainable fuels increases, the need for combustion engineers will expand. Energy will remain a huge industry where skill and innovation will be in high demand. Individuals with degrees in Combustion Engineering will be responsible for planning and implementing new combustion systems and equipment.(ep)

OBJECTIVE

On completion of the module, students should be able to:

1. Explain the basic concepts of combustion chemistry, the thermodynamic reasons that make a combustion reaction possible, and the factors that affect the reaction rate.
2. Distinguish different types of flames from their morphology, and explain how different combustion mechanisms are related to macroscopic qualitative features
3. Explain the ignition mechanism, and construct simple mathematical models to capture the main features of spontaneous and forced ignition.
4. Describe the features of flame propagation, estimate the flame velocity and thickness through simple calculations, explain the conditions that determine flame extinction.
5. Describe the properties of different fuels, and choose the appropriate technologies to use them.

COURSE CONTENT

• Fundamentals of Combustion
• Industrial Burners
• Radiant Tube Burners
• Ratio Control/Burner Turndown
• Fans and Blowers
• Burner Selection/System Sizing
• Combustion Safety NFPA 85/86
• Combustion Systems with Oxygen Enrichment
• Heat Transfer Mechanisms
• Heat Balance & Process Efficiency
• Furnace Pressure Control
• Preheated Air Effect / Recuperative Systems
• Regenerative Systems
• Combustion Systems Environmental Emissions
• Ferrous Track & NonFerrous Track

INSTRUCTOR

Victor Malau, DEA

He is a professional consultant in Material Science, Metallurgy, Mechanical Testing and Failure Analysis

METHOD

• Presentation
• Discussion
• Case Study
• Evaluation

PARTICIPANT

Technicians, Engineers, Maintenance and Operator Supervisor in furnace/boiler, steam/gas power plant.

FACILITY

• Certificate, Training Kit, Module / Handout, Softcopy (USB flashdisk) Lunch, Coffee Break, Souvenir
• Transportasi antar jemput selama training ( bandara / stasiun/ terminal, Hotel-tempat pelatihan PP)

REGISTRATION

Biaya Investasi: Rp.6.000.000,- per peserta (Non Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

The post Combustion Engineering appeared first on SEMINAR BAGUS.

Boiler: Operation, Maintenance & Troubleshooting

Hotel Ibis Yogyakarta l 8 – 10 Oktober 2014 l 08.00-16.00 WIB

Rp.6.000.000,- per peserta (Non-Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

DESCRIPTION

This course is designed to teach the maintenance and safe operation of boiler and steam systems. Participants will study pressurized vessels, boiler operation safety skills, troubleshooting techniques, and preventative maintenance guidelines. Application of these skills as well as experience on actual equipment should provide the participants with knowledge and skills to diagnose and repair equipment malfunctions.

The participants will learn the materials below:

• The installation, operation, maintenance and management of boiler plants
• The steam and combustion processes
• Safe boiler operation techniques
• About pollutants and the technologies that exist to reduce emission levels
• How to achieve peak boiler plant efficiencies
• How to identify and troubleshoot boiler problems quickly and Efficiently

OBJECTIVE

This practical two-day workshop will give you the knowledge to enable you to:

• Identify the various types of boilers
• Use essential terms and understand their key applications
• Describe the typical characteristics of fuels fired
• Perform basic combustion and process calculations
• Recognize the impact fuels have on the boiler heat transfer surfaces
• Describe the ancillary equipment associated with steam boiler plants and their integral role in the safety of the boiler
• Outline the applicable pressure part design codes and explain their influence on boiler pressure parts sizing, inspection and non-destructive examination
• Initiate an effective inspection and maintenance program
• Minimize forced outages and prevent serious damage to boiler equipment
• provide an overview of the legislative requirements plus the essential steps and responsibilities for the repair of boilers
• Recognize the importance of and implement the procedures for the protection of a boiler during cold storage

COURSE CONTENT

1. INTRODUCTION
   • Types of package boilers and their applications
   • Boiler components, terminology and definitions
2. FUEL COMBUSTION AND STEAM GENERATION PROCESS
   • Overview of the boiler heating and steam generation process
   • Influence of fuel types on boiler design and operation
   • Firing appliances
   • Basics to the theory of combustion and fundamentals of steam generation
   • Thermal efficiency
   • Fire-side deposits and their influences
3. BOILER AUXILIARY PLANT
   • Water treatment and dosing plant
   • Feed water pumps, valves, steam traps, piping, fans, and dampers
   • Firing systems
   • Economizers and heat recovery equipment
   • Flue gas cleaning and dust removal
   • Soot blowers
4. OPERATIONS AND CONTROLS
   • Boiler instrumentation and its purpose
   • Typical P&I diagrams for coal/oil fired package units
   • OEM operating manuals
   • Control systems or loops
   • Operation and control philosophy, sequences and procedures
   • Safety equipment and emergency procedures
   • Typical operational problems, reasons for the problems
   • Troubleshooting
   • Operating records and logs
   • The do’s and don’ts of boiler operation and corrective action
5. PRESSURE CONTAINING COMPONENTS
   • Basics to codes calculation theory and assumptions
   • Overview of design parameters for shell, furnace, plates and tubing
   • Importance of pressure part inspection
6. PLANNING AND MANAGING BOILER MAINTENANCE
   • Critical importance of maintenance policies and programs
   • Manufacturers literature and requirements
   • Regularity of inspections and maintenance
   • Critical items for maintenance for safety, efficiency and reliability
   • Country/state legislation regarding inspection and repairs
   • Authorized inspection authority involvement
   • Maintenance records and preventative maintenance
   • In-house vs contractor repair maintenance
   • The do’s and don’ts in terms of boiler maintenance
7. MANAGING BOILER REPAIRS, TROUBLESHOOTING &  MODIFICATIONS
   • When does a boiler repair become a boiler modification?
   • Importance of historical records
   • Understanding the steps and requirements when undertaking modifications
   • Boiler owner and contractor responsibilities
   • AIA and their inspection points
   • The do’s and don’ts regarding boiler repairs
8. COLD STORAGE OF A BOILER
   • Importance of an established storage period, preservation steps and return of the boiler
   • Storage instructions and procedures
   • Consequences of no plan
9. EMISSION CONTROLS AND ENVIRONMENTAL CONSTRAINTS
   • Types of emissions for different fuels fired
   • Control of boiler flue gas emission
   • Flue gas cleaning and scrubbing equipment
   • Oil and gas burner design to reduce NOx emissions
   • Effectiveness of gas cleaning or scrubbing equipment
   • Acceptable emission levels
10. PRACTICAL SESSIONS

INSTRUCTOR

Dr. Ir. Harwin Saptoadi, M.Sc.

Specialist in Energy Conversion and Combustion

METHOD

• Presentation
• Discussion
• Case Stud
• Evaluation

PARTICIPANT

• Senior Boiler Plant Operators, Repairers & Installers
• Boiler Plant Engineers
• Operation, Maintenance, Inspection & Repair Managers, Supervisors & Engineers
• Mechanical Engineers & Technicians
• Design Engineers, Insurance Company Inspectors

FACILITY

• Certificate, Training Kit, Module / Handout, Softcopy (USB flashdisk) Lunch, Coffee Break, Souvenir
• Transportasi antar jemput selama training ( bandara / stasiun/ terminal, Hotel-tempat pelatihan PP)

REGISTRATION

Biaya Investasi: Rp.6.000.000,- per peserta (Non Residential)

Rp.5.000.000,- per peserta (Pendaftaran 4 peserta dari 1 perusahaan)

The post Boiler: Operation, Maintenance & Troubleshooting appeared first on SEMINAR BAGUS.