Developing Effective Maintenance with Reliability-centered Maintenance (RCM)

Developing Effective Maintenance with Reliability-centered Maintenance (RCM)

 

Harris Hotel Tebet / Ibis Hotel | Friday-Saturday, 27th-28th May 2011 | 09.00 AM – 04.00 PM | Rp. 2.650.000,- per participant

PENGANTAR PELATIHAN :

Aset fisik, sejalan dengan hukum fisika alamiah, akan selalu mengalami penurunan performansi (deteriorating). Karenanyalah diperlukan tindakan perawatan (maintenance) sedemikian sehingga aset tersebut masih tetap dapat berfungsi dengan memadai.

Bidang maintenance menghadapi tantangan yang semakin besar sejalan dengan tingginya tuntutan akan ketersediaan dan keandalan berbagai aset fisik, safety yang lebih baik, kualitas produk yang lebih tinggi, tidak mencemari lingkungan, umur hidup aset yang lebih panjang, dan yang tidak kalah pentingnya adalah tuntutan efektifitas biaya yang sangat baik. Sehingga muncullah konsep Reliability-centered Maintenance (RCM) yang menandai era Generasi Ketiga dari bidang maintenance tersebut.

Reliability-centered Maintenance (RCM) merupakan proses yang digunakan untuk menentukan maintenance requirements dari aset fisik apapun dalam konteks operasionalnya. Karena menggunakan pendekatan yang komprehensif, maka RCM akan dapat melakukan reduksi substansial dari beban kerja rutin yang akan membuat berbagai tugas yang tersisa dapat dilakukan dengan tepat. Ini bersamaan dengan eliminasi dari berbagai tugas yang tidak-produktif sehingga mengarah pada maintenance yang lebih efektif.

 

Sasaran Program :

Setelah mengikuti training ini, maka diharapkan

1. Peserta mampu memahami pengertian dan ruang lingkup dari RCM.
2. Peserta mampu memahami mekanisme setahap demi setahap dari kerangka kerja RCM.
3. Peserta memahami dan mampu mengaplikasikan RCM di lingkungan kerja.

 

Pelatihan Ini Sangat Penting Bagi :

Diharapkan berasal dari Manager dan Supervisor yang terkait dengan maintenance

 

Topik Bahasan :

Training ini disusun penyajian dan penyampaiannya secara terstruktur sebagai berikut:

1. RCM Definition and Scope.


2. Functions and Functional Failures.


3. Failure Modes and Effects Analysis.


4. Failure Consequences.


5. Proactive Maintenance: Preventive and Predictive Tasks.


6. Default Actions.


7. Applying the RCM Process.

 

 

Method of Training
Training dan workshop ini disajikan dan disampaikan dalam bentuk ceramah, diskusi, latihan, dan workshop.

 

Course Instructors

• SACHBUDI ABBAS RAS, M. Eng
  Education = August 2002, M. Eng, Industrial Engineering, Bandung Institute of Technology February 1999, B. Eng Industrial Engineering, Bandung Institute of Technology.


• Teaching Experience = 2001-Now = Courses: Introduction to Industrial Engineering, Quality Engineering, Operational Research, Reliability Engineering, Production Planning and Control, Industrial Statistics, Product Design and Development, etc. At: Indonesian Computer University (Bandung), University of Trisakti (Jakarta), University of INDONUSA Esa Unggul (Jakarta). May 28th-29th 2004, Intructor, National Workshop on Quality Engineering, University of Trisakti (Jakarta).


• Work Experience: 2003-Now : Head of Production System Laboratory Industrial Engineering Department, University of INDONUSA Esa Unggul 2001-2002 : Quality Engineering Supervisor PT. Starlink Indonesia.

 

Venue :

Hotel Harris Tebet / Hotel Aryaduta Semanggi, Jakarta

 

Date :

Friday-Saturday, 27th-28th May 2011| 08.30 AM – 04.00 PM

 

Investasi

• Rp. 2.000.000,- per participant (Group Price) Min 3 Participants


• Rp. 2.650.000,- per participant (Full Fare Price)


• Rp. 2.400.000,- per participant (Early Bird Price) Lunas 7 Hari Sebelum Training


• Kirim 4 Peserta, Gratis Peserta Ke-5

 

Include

• 1 Kali Makan Siang


• 2 Kali Coffee Break


• Tas Ransel


• Organizer Book


• Marker


• Seminar Kit


• Makalah Training


• Sertifikat


• CD Materi Presentasi Training


• Trainer yang Berkualitas

 

QUALITY CONTROL CIRCLE (QCC) IMPLEMENTATION : Managing, Facilitating, Audit, & Convention

QUALITY CONTROL CIRCLE (QCC) IMPLEMENTATION : Managing, Facilitating, Audit, & Convention
Harris Hotel Tebet / Ibis Arkadia Hotel | Friday-Saturday, 13th-14th May 2011 | 09.00 AM – 04.00 PM | Rp. 2.650.000,-

PENGANTAR PELATIHAN :

Banyak perusahaan Jepang telah merasakan manfaat dari penerapan program Quality  Control Circle (QCC). Dalam kondisi krisis saat ini, setiap perusahaan dituntut untuk melakukan strategi cost reduction. Maka, setiap karyawan perlu dibekali metode melakukan cost reduction yang benar, dilibatkan secara sistematis.

Quality Control Circle (QCC) adalah sekelompok karyawan yang secara proaktif membahas dan memecahkan masalah-masalah dalam pekerjaan dan  lingkungannya dengan  tujuan meningkatkan mutu usaha. Pada pelaksanaanya  perlu  adanya fasilitator (pemandu) atau atasan langsung.

Karena fasilitator (pemandu) atau atasan langsung sangat menentukan keberhasilan implementasi QCC di dalam perusahaan,  maka ia harus disiapkan dengan pengetahuan yang  mendasar  baik  tentang   konsep  Total Quality Management (TQM) maupun  perangkat  kendali  mutu dan peran-peran fasilitator.

 

Method of Training

Pelatihan ini menggunakan metode interaktif, dimana peserta dikenalkan kepada konsep, diberikan contoh aplikasinya, berlatih menggunakan konsep, mendiskusikan proses dan hasil latihan.

 

Objectives Program :

• Memahami konsep dan bentuk-bentuk penerapan Total Quality Management


• Meningkatkan kesadaran terhadap mutu dan masalah-masalah organisasi


• Membekali keterampilan pemecahan masalah mutu


• Mampu membentuk  dan membimbing QCC dalam proses pemecahan masalah dengan Delapan Langkah dan Tujuh Alat (DELTA)

Pelatihan Ini Sangat Penting Bagi :
Manager, Superintendent and Supervisor of Operational functions, Maintenanace, Health, Safety & Environmental Senior Staff who is accountable to handle Risk Assessment report evaluation and provide guidance for the companies related to environmental and social risks exposure.

Topik Bahasan :

1. Konsep Total Quality Management  dan perubahan


2. KAIZEN sebagai dasar QCC


3. Proses Pemecahan Masalah (Daur PDCA)


4. Plan : (1). Identifikasi Masalah, (2), Pengumpulan dan Analisa Data, (3). Analisa Sumber Penyebab Masalah, (4) Validasi Faktor Penyebab


5. Do : (5). Menyusun Rencana Penanggulangan, (6). Melaksanakan Ide Penanggulangan


6. Check : (6). Memastikan Hasil Perbaikan


7. Act : (7). Standarisasi, (8). Identifikasi Maslah Berikutnya dan Memutar Roda PDCA


8. Tools Pemecahan Masalah: Pareto Chart, Bar Chart, Pie Chart, Run Chart, Fishbone Diagram, Histogram, dan Scatter Diagram.


9. Latihan memecahkan masalah dengan menggunakan DELTA


10. Teknik Membuat Laporan QCC


11. Teknik Audit QCC


12. Teknik Presentasi QCC & Metode Konvensi yang Efektif


13. Peranan Fasilitator QCC


14. Teknik fasilitasi QCC


15. Manajemen QCC di Perusahaan


16. Kepemimpinan seorang Facilitator dalam QCC

Course Instructors

TIM PROFESSIONAL CONSULTANT
Berpengalaman dalam implementasi manajemen produktivitas dan kualitas di perusahaan baik nasional maupun multi nasional. Telah membantu banyak perusahaan dalam implementasi Total Quality Management, Lean Manufacturing (Toyota Production System), Six Sigma Management, Gemba Kaizen, Supply Chain dan Material Management.

 

Investasi

• Rp. 2.000.000,- per participant (Group Price) Min 3 Participants


• Rp. 2.650.000,- per participant (Full Fare Price)


• Rp. 2.400.000,- per participant (Early Bird Price) Lunas 7 Hari Sebelum Training


• SPECIAL !!!     Kirim 4 Peserta, Gratis Peserta Ke-5         SPECIAL !!!

 

Include

• 1 Kali Makan Siang


• 2 Kali Coffee Break


• Tas Ransel


• Organizer Book


• Marker


• Seminar Kit


• Makalah Training


• Sertifikat


• CD Materi Presentasi Training


• Trainer yang Berkualitas

 

Routine Maintenance : Perawatan Mesin Produksi Secara Berkesinambungan

Routine Maintenance : Perawatan Mesin Produksi Secara Berkesinambungan

Harris Hotel Tebet / Ibis Arkadia Hotel | Saturday, 28th May 2011 | 09.00 am – 04.00 pm | Rp. 1.350.000,- per participant

Seminar / Workshop Description :
Autonomous Maintenance merupakan elemen terpenting dalam Total Productive Maintenance (TPM). TPM adalah metode perawatan terpadu untuk meningkatkan efektivitas penggunaan peralatan secara signifikan, dengan Zero Breakdown, Zero Defect, dan Zero Accident sebagai sasaran akhir.

Dalam Autonomous Maintenance, operator produksi tidak saja menjalankan kegiatan produksi, tetapi juga dilibatkan dalam kegiatan perawatan sederhana. Dengan demikian, gejala kerusakan dapat dideteksi sedini mungkin, sehingga kerusakan dapat dicegah secara total.

Pelatihan ini sangat penting bagi :

Staff, Foreman, Supervisor yang ingin mengembangkan kemampuan dalam melakukan analisa data, dan pemecahan masalah.

Method of Training
Pelatihan ini menggunakan metode interaktif, dimana peserta dikenalkan kepada konsep, diberikan contoh aplikasinya, berlatih menggunakan konsep, mendiskusikan proses dan hasil latihan.

Topik :

• KONSEP DASAR TOTAL PRODUCTIVE MAINTENANCE
• PHILOSOPHY AUTONOMOUS MAINTENANCE
• 5S SEBAGAI DASAR PENERAPAN AUTONOMOUS MAINTENANCE
• LANGKAH-LANGKAH PENERAPAN AUTONOMOUS MAINTENANCE
  
  • Pembersihan Awal
  • Pencegahan Sumber Kontaminasi
  • Standar Pembersihan dan Pelumasan
  • Inspeksi Menyeluruh
  • Standar Perawatan Mandiri
  • Process Quality Assurance
  • Supervisi Mandiri
  
  
• PERAN PIMPINAN DALAM PENERAPAN AUTONOMOUS MAINTENANCE

Course Instructors

TIM PROFESSIONAL CONSULTANT
Berpengalaman dalam implementasi manajemen produktivitas dan kualitas di perusahaan baik nasional maupun multi nasional. Telah membantu banyak perusahaan dalam implementasi Total Quality Management, Lean Manufacturing (Toyota Production System), Six Sigma Management, Gemba Kaizen, Supply Chain dan Material Management.

Venue :

Harris Hotel Tebet / Ibis Arkadia Hotel Jakarta

Date :

Saturday, 28th May 2011 | 09.00 am – 04.00 pm

Investasi

• Rp. 1.000.000,- per participant (Group Price) Min 3 Participants
• Rp. 1.350.000,- per participant (Full Fare Price)
• Rp. 1.100.000,- per participant (Early Bird Price) Lunas 7 Hari Sebelum Training
• Kirim 4 Peserta, Gratis Peserta Ke-5

Include

• 1 Kali Makan Siang
• 2 Kali Coffee Break
• Tas Ransel
• Organizer Book
• Marker
• Seminar Kit
• Makalah Training
• Sertifikat
• CD Materi Presentasi Training
• Trainer yang Berkualitas

HYDRAULICS POWER SYSTEM

HYDRAULICS POWER SYSTEM

Bandung | October 11-14, 2011 |IDR 8.250.000,-/ Person
Bali |December 20-23 , 2011 |IDR 9.750.000,-/ Person

You will learn

• Basic theory of hydraulics in relation to hydraulic power system


• Basic calculation of hydraulic transmission power and knowledge about basic hydraulics circuit


• The utilization of hydraulics system in industries and its advantages


• Basic analyzing capability on simple hydraulic circuit

Course contents
Introduction to Fluid Power

• History of Fluid Power


• Advantages of Fluid Power


• Application of Fluid Power


• Component of a Fluid Power System


• Type of Fluid Power Systems


• The Fluid Power Industry

Properties of Hydraulic Fluids

• Fluids


• Weight, Density and Specific Gravity


• Pressure, Head and Force


• The Metric SI System


• Pascal Law


• Bulk Modulus


• Viscosity and Viscosity Index


• Oxidation and Corrosion Prevention


• Fire and Foam Resistance Fluids


• Lubricating Ability


• General Types of Fluids

Energy and Power in Hydraulic Systems

• Review of Mechanics


• Application Pascal Law


• Conservation of Energy


• Hydraulic Horse Power


• Bernoulli Equation


• Energy, Power and Flow rates in SI system

The Distribution System

• Sizing Flow rate requirement


• Pressure Rating of Conductors


• Steel Pipes


• Steel Tubing


• Plastic Tubing


• Flexible Hoses


• Quick Disconnect Couplings

Basic Hydraulic Flow in Pipes

• Laminar and Turbulent Flow


• Reynolds number


• Darcy’s Equation


• Frictional Losses in Laminar and Turbulent Flow


• Losses in Valves and Fittings


• Equivalent Length Technique


• Hydraulic Circuit Analysis


• Flow Measurement


• Pressure Measurement

The Source of Hydraulic Power

• Pumping Theory


• Pump Classification


• Gear pump


• Vane pump


• Piston Pump


• Pump Performance


• Pump selection


• Pressure Intensifier


• Pump Performance rating

Fluid Power Actuators

• Linear hydraulic actuators


• Limited Rotation Hydraulic Actuator


• Vane motors


• Piston Motors


• Hydraulic Motor Performance


• Hydrostatic transmissions


• Electro hydraulic Stepping Motors


• Low Speed High Torque Motors

Control Components in Hydraulic Systems

• Directional Control Valves


• Pressure Control Valves


• Flow Control Valves


• Servo Valves


• Hydraulic Fuses


• Pressure and Temperature Switch


• Shock Absorber

Hydraulic Circuit Design and Analysis

• Control Single Acting Hydraulic Cylinder


• Control of Double Acting Cylinder


• Regenerative Circuit


• Pump unloading Circuit


• Double Pump Hydraulic System


• Pressure Intensifier Circuit


• Counter Balance Valve Application


• Hydraulic cylinder sequencing circuit


• Fail safe circuits


• Speed Control Of a Hydraulic Motor


• Hydrostatic Transmission System

General Information

Certificate of Appreciation

All attendees will receive a certificate of appreciation attesting to their participant in the training. This certificate will be providing in exchange for a completed training questionnaire.




Documentation

• Quality training material kits will be on registration, additional papers, & handouts assignment by TIM.


• Note-taking by participants is encourage. However, to ensure free and open discussions, no formal records will be kept.


• Casual clothing is recommended. The training atmosphere is informal.

Facilities

• Quality training material (hardcopy and softcopy)


• Quality training kits included calculator, T-shirt or jacket, cap, ect.


• Convenient training facilities with four star quality


• Morning and afternoon coffee breaks and lunch for along the training


• Certificate of Completion


• Exclusive flash disk

Tuition Fee & Registration  Deadline

• IDR 8.250.000-/ Person (Bandung)


• IDR 9.750.000-/ Person (Bali)


• Registration deadline a weeks before training held.

Minimum Participant

This training will be conducted if we receive registration letter from 3 (three) participants (Minimum)

 

OIL SPILL - OIL BOOM AND ENVIRONMENTAL MANAGEMENT

OIL SPILL - OIL BOOM AND ENVIRONMENTAL MANAGEMENT

Hotel Jayakarta,  Bandung |25 – 28 April 2011| Rp 7.250.000
Hotel Jayakarta,  Bandung |26 – 29 September 2011| Rp 7.250.000

Training Objective

After attending the training, participants have knowledge about oil characteristic, environmental impacts, fate of oil in the environment, and how to manage oil spill /oil boom including prevention and countermeasure as well as contingency planning and responding to oil spill/boom

 

TRAINING MATERIAL OUTLINE :

1.    Oil Characteristic: Petroleum and Non Petroleum Oil
2.    The Behavior and Effect of Oil Spill and Oil Boom in the Aquatic Environment

• Impact on Species


• Impact on Habitats

3.  Oil Spill and Boom Location: Geology of Shorelines, The Fate of Spilled Oil Cleaning Up, Containment and Recovery of Oil Spills and Booms Response Techniques

• Booms


• Skimmers


• Sorbets


• Dispersing Agents


• Gelling Agents


• Biological Aspects

4.    Alternative Countermeasures for Oil Spills and Oil Booms
5.    Shoreline Cleanup of Oil Spills and Oil Booms
6.    Preparing for Oil Spills and Booms: Contingency Planning
7.    Responding to Oil Spills and Oil Booms
8.    Remediation
9.    Case Study in the Field
10.  Discussion

 

TRAINING INSTRUCTOR

Ir. Hilman Ahmad, DCE

Ir. Hilman Ahmad, DCE., an Independent Consultant in industrial oil and gas, member of the Society of Indonesian Petroleum Engineers, who manage the Industrial Oil & Gas Education Center for Professionals and has been practicing production operation & safety and corrosion control engineering in Indonesia for more than twenty-five years. He post-graduated from Tokyo Institute of technology (sponsored by UNESCO) in 1977. He joined in-field-practice program at Nippon Kokan Steel Company & Research Center Kawasaki, Japan for production facility design & construction and corrosion prevention & control in 1983, and collaborated with Cormon Industrial Research Center Brighton UK for on-line corrosion monitoring development in 2000.He has been delivering consultative course in production operation, maintenance & safety and corrosion control for personnel from Oil & Gas Company and Petrochemical Industry since 1979.

 

VENUE :

Hotel Jayakarta  Bandung

 

TRAINING DURATION :

4  days

 

TRAINING TIME :

1. 25 – 28 April 2011


2. 26 – 29 September 2011

 

INVESTATION PRICE/ PERSON :

1. Rp 7.250.000/person (full fare)  or


2. Rp 7.000.000/person (early bird, payment 1 week before training) or


3. Rp 6.750.000/person (if there are 3 persons or more from the same company)

 

FACILITIES FOR PARTICIPANTS :

1. Training Module


2. Flash Disk contains training material


3. Certificate


4. Stationeries: NoteBook and Ballpoint


5. T-Shirt


6. Bag


7. Training Photo


8. Training room with Full AC facilities and multimedia


9. Lunch and twice coffeebreak every day of training


10. Qualified Instructor


11. Transportation for participants from hotel of participants to/from hotel of training – VV (if minimal participants is 4 persons from the same company)

 

RECOMMENDATION TO PARTICIPANTS :

Participants are recommended to bring laptop for practice sessions

ENGINEERING ECONOMY

ENGINEERING ECONOMY

Hotel Golden Flower, Bandung |27 – 29 April 2011 | Pkl. 09.00 – 16.30 WIB | Rp 6.500.000,00
Hotel Golden Flower, Bandung | 18 – 20 Mei 2011 | Pkl. 09.00 – 16.30 WIB | Rp 6.500.000,00

After completing this training, you should able to do the following

• Define different terms of investment, costs, and investment choice.


• Define the terms engineering economy, alternative, evaluation criteria, time value of money, interest, anprincipal


• Define interest rate and interest period and calculate the interest that had been accrued in one interest period


• Define simple interest and compound interest and calculate the total money accrued after one or more years


• Define and derive the following factors:

1. Single-payment compound-amount factor


2. Single-payment present-worth factor


3. Uniform-series present-worth factor


4. Capital-recovery factor


5. Sinking-fund factor

• Find the correct numerical value of a factor in a table


• Define and develop uniform-gradient present-worth factor and annual series factor using single –payment present-worth factor


• Calculate the present-worth or future worth of special cash flow


• Define compounding period, nominal interest rate, effective interest rate, and payment period


• Derive the formula for computing the effective interest rate and define each term in the formula


• Use multiple factors to solve the more intricate problems


• State the important of incremental analysis and explain that it is true with the analysis of different Alternative


• Select the better alternative using the following methods:

1. Present-worth calculation both equal life cycle or different life cycle


2. Equivalent-Uniform-Annual-Worth


3. Benefit/Cost Ratio


4. Internal Rate of Return

• Explain the concepts of Retirement and Replacement and use the above concepts to calculate the related problem


• Define income tax, inflation, risk  and put them into the problem of selecting the better alternative


• Use the entire concept stated above to solve more complex problems.

Hari pertama:

1. Investment

• Introduction


• Mutually Exclusive, Interdependent, Public Investments and Externalities


• Costs: Social, Opportunity, Capital, Income Tax and Inflation


• Investment Choice: Decision Criteria and Procedure


• Alternatives: Recognition and Consequences over Time


• Viewpoint and System Analysis


• Time Horizons and Equal Service Life


• Consequences: Differential and With-Without Criterion


• Common Unit of Measurement


• Sunk Cost, Depreciation and Incremental Analysis


• Analysis: The Manager’s and The Accountant’s


• Equivalence

2. Interest and Financial Mathematics

• Introduction


• The Double Value of Money


• Graphical Conventions


• Formulas


• Rates of Interest: Nominal and Effective


• Interest and Principal Separation

3. Present Worth dan Annual Worth

• Present Worth


• Capitalized-Cost Evaluation


• Capitalized-Cost comparison of Two Alternatives


• Study Period for Alternatives Having Different Lives


• Salvage Sinking-Fund  Method


• Salvage Present-Worth Method


• Capital Recovery-plus-Interest Method


• Comparing Alternatives by EUAW


• EUAW of a Perpetual Investment

4. Benefit/Cost Ratio (B/C)  Evaluation

• Classification of Benefits, Costs, and Disbenefits


• Incremental Analysis Necessary


• Benefits, Disbenefits, and Cost Calculation of a Single Project


• Selection of Alternatives using B/C Analysis


• Mutually Exclusive Alternative: Selection using B/C Ratio Analysis

Hari kedua:

5. Rate of Return

• Overview of Rate-of-Return Computation


• Rate-of-Return Calculation using Present-Worth Method


• Rate-of-Return Calculation using EUAW Method


• Multiple Rate-of-Return


• Internal and Composite Rate-of-Return

6. Rate of Return Evaluation Multiple Alternatives

• Incremental Analysis


• Net Cash Flow Tabulation


• The Interpretation of Return on Extra investmen


• Evaluation of Incremental Rate-of-Return  using PW equation


• Mutually Exclusive Alternatives: Selection using Rate-of-Return Analysis

7. The Effect of Income Tax on Economic Analysis

• Introduction


• Income Tax and Tax Brackets


• Deductions


• Book and Market Values


• Depreciation : Accelerated Cost Recovery System


• Depreciation : Alternative ACRS Method


• ACRS Dispositions


• Computation of After-Tax Cash flow using ACRS


• Methods of Calculating Depreciation


• Selection of Depreciation Method


• Lives


• Gain or Losses on Disposition


• Investment Tax Credit

8. Inflation

• Price : Changes and Indexes


• Rates: Constant, Current, and Inflation


• The Mathematics of Inflation


• Nominal and Effective Rates Related to Inflation


• Incorporating Inflation in an Economic Decision


• Variable Inflation Rates

9. Risk

• Introduction and Definitions


• Probability Measurement


• Expected Value


• Objective and Subjective Probabilities


• Risk Measurement

Hari ketiga:

10. Loans

• Loan Criteria


• Unequal Term of Loan


• Tax Effect


• Inflation Effects


• Collateral

11. Capital Budgeting

• Introduction and Modeling


• Programming Versus Efficiency of Capital Criteria


• Capital Rationing: Independent  Projects


• Capital Rationing: Independent and Mutually Exclusive Projects


• Capital Rationing: Interdependent  Projects

12. The Cost of Capital

• Introduction and Definitions


• Personal Cost of Capital


• Opportunity Cost of Capital and The Capital Budget


• Financial Cost of Capital in The Private Sector


• Public Sector Opportunity Cost of Capital


• Risk and The Cost of Capital

13. Replacement Analysis

• Retirement


• Defender, Chalenger and Economic Life


• Identical Replacement


• Different Replacement

14. Sector Analysis

• Introduction


• The Effect of View Point on Cash Flow—Transfer Payment


• Pareto and Kaldor


• The Private sector Viewpoint


• The Public Sector Viewpoint


• The Cost of Unemployed Resources


• Shadow Prices

15. Sensitivity Analysis

• Introduction and The Concept of Payback


• Breakeven Analysis


• Sensitivity: The Narrow Definition


• Sensitivity: The Broad Definition


• Multi-variable Sensitivity Analysis

Pembicara : Marthen Luther Doko

Alumnus Institut Teknologi Bandung tahun 1982  dan melanjutkan S2 di Institut Teknologi Bandung lulus tahun 1997. Saat ini menjabat sebagai Department Head  of  Chemical Engineering Dept. National Institute of Technology dan  Lecturer in Chemical Engineering Dept. National Institute of Technology.

Sering mengikuti seminar di dalam dan luar negeri antara lain : International Seminar on Chemical Engineering 2010, International Federation of Automatic Control Simposium on Automatic Control 2006, International Symposium on Chemical Engineering, Hanoi 2005, Seminar Nasional Teknik Kimia “Kejuangan” 2007, dll.

JADWAL & LOKASI PELATIHAN:

Jadwal:

• 27 – 29 April 2011, Pkl. 09.00 – 16.30 WIB


• 18 – 20 Mei 2011 , Pkl. 09.00 – 16.30 WIB

Lokasi:

Hotel Golden Flower, Bandung

Investasi:

• Rp 6.500.000,00/Peserta

Fasilitas

• Setiap peserta akan memperoleh 'Certificate of Accomplishment', Gandaan Materi baik hardcopy (makalah) maupun softcopy (CD Materi), dan konsumsi (makan siang dan 2xmeals).

BASIC DRILLING AND HEALTH, SAFETY, ENVIRONMENTAL CONSIDERATION

BASIC DRILLING AND HEALTH, SAFETY, ENVIRONMENTAL CONSIDERATION

Bandung | October 18-21, 2011 | IDR 8.250.000,-/ Person

 

SASARAN BELAJAR :

Setelah menyelesaikan kursus ini diharapkan peserta dapat :

• Memahami prinsip-prinsip dasar dan berbagai perhitungan sederhana untuk pelaksanaan pemboran sumur-sumur minyak, gas dan reservoir panas bumi, pengembangan pelaksanaan  perhitungan ini untuk meningkatkan kinerja pemboran sumur-sumur di lapangan.


• Melakukan diagnosis sederhana dan memengerti penyelesaian dan membuat suatu sumur minyak, gas atau panas bumi.


• Membuat analisis sederhana terhadap data eksplorasi sumuran minyak, gas dan panas bumi , kemudian mampu melakukan perancangan global pemboran  kinerja dan merencanakan pengembangannya.


• Melakukan perhitungan-perhitungan kuantitatip sederhana untuk perencanaan lumpur pemboran, semen, hidrolika, well control.


• Mempergunakan pengetahuan dalam perancangan pemboran tegak, untuk keperluan perancangan pemboran sumur miring, sumur horizontal baik dengan teknologi overbalance maupun underbalance.


• Pengetahuan tentang Peraturan Perundangan dalam K3L


• K3L dalam Operasi Pemboran

Who Should Attend?

Latar belakang  : Operator/Senior Operator/Engineer/Non Engineer

Outline Course

• Introduction : Rotary Drilling Operations
  
  
  
  • Steps to drilling a well
  
  
  • Types of rigs
  
  
  • Rig Components
  
  
  • Rig Systems
  
  
  
  


• Rheology of Drilling and Completion Fluids
  
  
  
  • Equations and Inflow PerformanceRelationship Functions of Drilling/ Completion Fluids
  
  
  • Fluid Types,
  
  
  • Fluid Models
  
  
  • Introduction to Rotary Viscometer
  
  
  • Other Testing Equipment
  
  
  • Objectives of Monitoring Fluids
  
  
  
  


• Mud System
  
  
  
  • General Equations and Concepts Diagnostic tests
  
  
  • Water based muds
  
  
  • Oil based muds
  
  
  • Additives
  
  
  • Mud handling system
  
  
  
  


• Cementing
  
  
  
  • Tubing Design Functions of cement
  
  
  • Cement Types
  
  
  • Cement Additives
  
  
  
  


• 
  


• Oil Field Tubulars and Hydraulics
  
  
  
  • Drill string
  
  
  • Casing and tubing
  
  
  • Casing classification
  
  
  • Stresses on casing
  
  
  • Casing setting depth
  
  
  • Burst and collapse calculations
  
  
  • Wellheads
  
  
  
  


• Drilling System - Pressure Loss Calculations
  
  
  
  • Hydrostatics
  
  
  • Buoyancy
  
  
  • Flow through pipes and annuli
  
  
  • Flow path
  
  
  • Pressure loss calculations
  
  
  
  


• Drilling System - Bit & Nozzles
  
  
  
  • Hydrostatics Bit Types
  
  
  • Bit Parts
  
  
  • Bit Classification
  
  
  • Bit Nozzles
  
  
  
  


• Introduction to Well Control
  
  
  
  • Hydrostatics Definitions
  
  
  • Causes of kicks
  
  
  • Kick indicators
  
  
  • Shut-in procedure
  
  
  • Well Kill Procedures
  
  
  
  


• Directional Drilling
  
  
  
  • Reasons for directional wells
  
  
  • Planning Trajectory
  
  
  • Kickoff Methods
  
  
  • Survey Methods
  
  
  • Survey Calculations
  
  
  
  


• Health, Safety and Environmental Consideration in Drilling Operation
  
  
  
  • Peraturan Perundangan tentang K3L
  
  
  • Pengauh Gas Beracun pada Operasi Pemboran
  
  
  • Pengaruh  Gas Beracun Bagi Kesehatan
  
  
  • H2S
  
  
  • Gas Detection Equipments
  
  
  • Noise level & exposure in Oil Gas Industry
  
  
  • Noise Mapping
  
  
  
  

Course Leader

Dr. Ir. Sudjati Rachmat, DEA graduated from Petroleum Engineering Department of ITB in 1979 and got his Doctorate Degree with honored in 1987 from Ecole Centrale de Lyon I, France . The topic of his thesis is Modelisation Numerique d'Ecoulements Polyphasiques en Milieux Poreux Application au Cas de Calcul des Champs de Pressions et de Saturations dans un Gisement de Petrole.

For the time being, he became a lecturer in Petroleum Engineering Department of ITB. His subjects are Analysis and Numerical Method, Engineering Mathematics, Computer Simulation, Flu id Mechanic, Artificial Intelligence for Petroleum Engineering.

He also gave many courses to the community, such as: basic reservoir engineering and reservoir simulation, basic production engineering, down hole well testing, statistic and numerical method for petroleum engineering, basic log interpretation, etc. He is a member of some profession organization such as: IATMI, SPE/EIME, IMA, HAIAI, FPS-USA, INAGA, and IGA.

General Information

Certificate of Appreciation

All attendees will receive a certificate of appreciation attesting to their participant in the training. This certificate will be providing in exchange for a completed training questionnaire.

Documentation & Dress Code

• Quality training material kits will be on registration, additional papers, & handouts assignment by Our Partner.


• Note-taking by participants is encourage. However, to ensure free and open discussions, no formal records will be kept.


• Casual clothing is recommended. The training atmosphere is informal.

Facilities

• Quality training material (hardcopy and softcopy)


• Quality training kits included T-shirt or jacket, cap, ect.


• Interactive presentation with discussion


• Lunch per day


• Morning and afternoon coffee / tea breaks for along the training


• Certificate of Completion


• Exclusive flash disk.

**) Optional

Tuition Fee & Registration  Deadline

IDR 8.250.000,-/ Person, Registration deadline a weeks before training held.

Minimum Participant

This training will be conducted if we receive registration letter from 3 (three) participants (Minimum)