Welding Metallurgy

Welding Metallurgy

Holiday Inn Hotel, Bandung | July 12-16, 2010 | Rp. 8.250.000,-

INTRODUCTION & OBJECTIVES

This training will explore the metallurgical aspect of welding for industrial materials such as carbon steel, stainless steel, nickel alloys, titanium alloys, and copper alloys. The training will emphasize the relationship between welding quality and metallurgical transformation that occur during melting and solidification of metals. Training participants will be directed to understand these phenomenon and welding defects that arise from the transformation. Failure of weld after welding or during weld repair will be discussed in relation to the material microstructure. Welding philosophy of dissimilar metals and caddied materials will also be introduced by referring to the latest welding technology. At the end of the course, some real case studies about weld failure will be presented, and participants will also be introduced to the laboratory equipments for analysis.

FEATURING THE FOLLOWING COURSE OUTLINE

1. Introduction


2. Physics of welding


3. Welding metallurgy:
   
   
   
   • Phase diagrams, phase transformation, and Preheat + Postheat
   
   
   • Weld Metal
   
   
   • Heat affected zone
   
   
   • Distortion and residual stress
   
   
   • Weld defects
   
   
   
   


4. Weld ability of metals


5. Welding metallurgy of:
   
   
   
   • Carbon steel
   
   
   • Stainless steel
   
   
   • Nickel alloys
   
   
   • Copper alloys
   
   
   • Titanium alloys
   
   
   
   


6. Welding of dissimilar metals and cladded material


7. Case study


8. Laboratory visit

WHO SHOULD ATTEND

• Inspection personnel's who conduct or supervise the regular inspection


• Maintenance personnel's who responsible for the continuous running of the plant


• Everybody who wish to broaden their knowledge on this course subject

 

Instructor

DR. Ir. Husaini Ardy is a lecturer at Mechanical Engineering ITB. He received his bachelor degree in 1984 and Master degree in 1987 degree from Mechanical Engineering of ITB. He continued to study in the field of Material Engineering at Illinois Institute of Technology, Chicago, USA, in 1994 he completed his Ph.D. degree. He has been involving in material selections and mechanical component failure analysis for the industries in Indonesia.

DR. Husaini regularly conduct seminars for the industries for both public and in-house in Indonesia. In a team, he has successfully handled the following projects:

• Failure analysis some engineering components at oil and gas companies (TOTALFINA-ELF, BP-ARCO, VICO, CPI, CONOCO, KONDUR, ARUN NGL, EXXONMOBIL); fertilizer companies (PUSRI, KUJANG, PKT); petrochemical companies (PETROGRES); automotive and transportation companies (PTKAI, FEDERAL, GARUDA Airline, Merpati Nusantara Airline).


• Material selections for line pipe, flow lines, and down hole tubing in some oil and gas companies.


• Materials verification, testing and assessment in Mobil Oil and ARCO.


• Materials failure analysis and assessment for CONOCO.


• Corrosion mitigation for gas industries.

 

Schedule
July 12-16, 2010
5 days

Venue
Holiday Inn Hotel, Bandung

Tuition Fee
Rp. 8.250.000,- per participant, excluding accommodation & tax.

 

Pipe and Fitting Identification

Pipe and Fitting Identification

Bandung | July 12-16, 2010 | Rp.8.250.000,-

INTRODUCTION

Fittings plays a very important role in piping system It is impossible to construct pipe line or piping system without fittings, because pipe fabrication is limited by its length and also pipe lay out needs to deviate in direction and also needs to change in size to change the velocity or branching to many outlets. For connection to some equipments pipe needs to have a special fittings. For this reasons the knowledge of fittings is important for engineers or operators who deal with piping system.

OBJECTIVE

The objective of the training is to give additional knowledge to the participants about fittings type and its function and all the requirements for its application in the piping system, including standard.

COURSE OUTLINE

• An overview of piping system in general


• Types of fittings and its function


• Fittings application and the method of joining


• Pressure drops through fittings


• Forces exercise on fittings


• Standard

Instructor
DR. Ir. Halim Abdurachim

DR. Ir. Halim Abdurachim graduated from Mechanical Engineering ITB. In 1980 he received his Docteur D'Etat es Science from Universite de Perpignan, France in the field of energy conservation, heat transfer and thermodynamic. He also deepened and sharpened his expertise in advanced renewable energy resource for 2 years in 1982 at ACTIM - France and Trieste- Italy. He have been giving for more than 15 years both public and in-house course to TotalFinaElf, Pertamina, PT. Pupuk Sriwijaya, PT. PENI/BP Petrochemical, PT. Pupuk Kaltim, PT. Badak NGL for the subject of heat exchanger, piping system, energy conservation techniques, energy audit, thermal isolation techniques, pump and compressor, air conditioning system, and industrial process facility. He currently is senior consultant for oil & gas , and process industry as well as senior lecturer at Mechanical Engineering ITB.

Schedule
July 12-16, 2010
5 days

Venue
Bandung

Tuition Fee
Rp.8.250.000,-per participant, excluding accommodation & tax.

Programable Logic Control (PLC) Automation

Programable Logic Control (PLC) Automation

Jayakarta Hotel, Bandung | July 12-16, 2010 | Rp.8.250.000,-

 

INTRODUCTION

There has always a great need for communication within industries. However, in the present, the focal points have changed. In the past, integration considered the different levels in the automation process where in the lowest level sensors and actuators communicate with a controller. Communication for the different levels was solved separately using the well known communication protocols. Now there are quite different demands. From underneath field devices with more intelligence, stand alone production equipment and other automation parts need to communicate large quantities of data in fast and deterministic fashion. From the top level (management level), the demands are production planning and control integration, quality management, traceability, maintenance systems and others. There is a need to integrate everything from sensors to the board of directors, from remote plants to local operator station, etc. This calls for a better communication.

Recently, Industrial Ethernet provide that field buses do not already offer, such as: integration to the office world, more bandwidth and bigger data package for communication, faster real time communication, homogenous networking mostly using Ethernet, integration of existing field buses, and many more. These properties have motivated to introduce Industrial Ethernet solution.

In this training program, we have designed a course that will show participants the advantage of industrial Ethernet technology, architecture/ topology, the needed software, the integration of existing field buses, the application, etc.

DESCRIPTION

Gives the communication principle and application. Introduces Modbus communication on PLC. Provides networking topology in industrial automation and how to create networking with PLC. Describes Modbus TCP/IP communication on Ethernet. Provides integration of existing Modbus communication.

OBJECTIVE?YOU WILL BE ABLE TO

• Understand the concept of communication


• Understand the concept of networking


• Identify the requirement for communication


• Know Modbus and Modbus TCP/ IP Protocols


• Understand the concept of networking


• Use and implement communication and networking


• Integrate the PLC networking

COURSE OUTLINE

• Introduction to Plant automation


• Basic Communication


• Modbus


• PLC Networking


• Modbus on Ethernet


• PLC Integration


• Study Case Application of PLC

Classroom/Demonstration/ Laboratory Exercise:

• Computer Facilities with Personal Computer Intel Pentium III and 4


• Practical work using PLC (Schneider)


• Simulation using MATLAB Software


• Application using Simulator Kit

TARGETTED PARTICIPANTS

Operator, Technician, Maintenance, Engineers dealt with industrial control and automation, especially working with PLC.

 

Instructor
DR. Ir. Endra Joelianto

DR. Ir. Endra Joelianto is an expert in control engineering. His outstanding research is: Hybrid Control Systems, Discrete Event Control Systems, Petri Nets Analysis and Application on PLC, Robust PID Controller, Advanced Process Control, Industrial Automation using PLC/ DCS. He received first degree (Ir.) in Engineering Physics in 1990 from Department of Engineering Physics, ITB and Doctor of Philosophy (PhD.) in Control Engineering in 2001 from Department of Engineering, The Australian National University, Australia.

He is coordinator of Intelligent Control and Automation, and founder of PLC Research Group, Laboratorium Instrumentasi dan Kontrol (LINK), Departemen Teknik Fisika, Institut Teknologi Bandung. He was the founder and the director of Schneider-OMRON PLC Training Center, Maranatha Christian University, Bandung. The Schneider-OMRON PLC Training Center has cooperation with PT. Schneider Electric Indonesia, PT. OMRON Corporation Japan, Invensys WONDERWARE.

He was the project leader for TPSDP Retooling Program Batch II-DIKNAS for Training Program on “INDUSTRIAL AUTOMATION USING PLC” 2004 and Co-provider for the same retooling program Batch II on “INDUSTRIAL CONTROL AND AUTOMATION” by PT. Cahaya Sumirat, Bandung. In 2005, he leads the retooling project entitled PLC for Industrial Control and Automation at the Department of Engineering Physics, ITB

He attended several professional trainings on PLC, DCS and Instruments Calibration, such as: Yokogawa DCS, Bandung (2000), Implementation of Indonesian National Standard (SNI) 19-17025 and Basic Calibration, Yokogawa Electric Corporation, Bandung (2001), Fieldbus Foundation Technology, Singapore (2002), Basic and Advance PLC OMRON, Jakarta (2004), Cleaner Production: Application in Industries, University of Kwazulu-Natal, South Africa-ITB, Bandung (2005). Advanced Process Control, ASPEN Tech., Jakarta, (2005)

He serves as instructor either for public, universities or in-house training on instrumentation and process control to universities, petrochemical or oil and gas companies, such as: PT. NGL Arun, PT. NGL Bontang, PT. Pupuk Iskandar Muda, PT. Pupuk Kalimantan Timur, PT. Pupuk Kujang, PT. Semen Padang, PT. Semen Gresik, PT. Petrokimia Gresik, PT. Semen Cibinong, PT. Indocement, PT. Semen Tigaroda Perkasa, PT. Exspan Nusantara, PT. ALSTOM Indonesia, PERTAMINA, British Petroleoum, Maxus, Amoseas, PT. Nusa Halmahera Mineral, PT. Indonesia Jaya Power, Indonesia Power-Paiton, PT. Riau Pulp and Paper, Indonesian Cement and Concrete Institut (ISBI), LIPI-Bandung, LAPI-ITB, POLMAN-Bandung, etc.

Schedule
July 12-16, 2010
5 days

Venue
Jayakarta Hotel, Bandung

Tuition Fee
Rp.8.250.000,-    per participant, excluding accommodation & tax.

Sucker Rod Pump: Design, Operation and Troubleshooting

Sucker Rod Pump: Design, Operation and Troubleshooting

Bandung | Jun 28 - Jul 1, 2010 | Rp.7.250.000,-

 

DESCRIPTION

This course teaches the skills necessary to optimize the operation, analysis and trouble shooting of rod pumping systems. It covers rod-pumping equipments (SRP).

WHAT YOU WILL LEARN

After completing this course, you will be able to:

• Use modern rod pump effectively to optimize rod pump systems.


• Design the rod pump systems; compare pumping units


• In-depth dynamometer card interpretation will enable you to diagnose and fix field problems.


• Maintain the motor equipment, belt


• Measure the level fluid, foaming and more


• Many field examples will be used for practice

COURSE OUTLINE

1. Introduction

• Rod pumping advantages and disadvantages


• Pumping unit geometries and prime movers

2. Down hole Equipment

• Common and special pumps and their advantages and disadvantages


• Plungers, balls and seats, pump displacement and slippages; gas anchor design.

3. System Design

• Types and Problems


• Component Equipment, classification versus API


• Constant productivity index, Vogel, and Fetkovich IPR methods


• Guidelines for system design; tips for reducing torque and rod loading, and increasing system efficiency


• Counter Balance, check stress rod


• Pump Analysis (Walker and Agnew Method)

4. ROD Pump

• Types and dimension version API


• Coupling, Continuous sucker rod, design polo shed rod


• Paraffin Scrapers, Rod Pull out Force

5. Dynamometer Analysis

• Assembling


• Interpretation, test procedures


• Rod Load analysis, Torque Analysis and counter balance


• Conventional Unit of Torque counter

6. Failure Control

• Equipment Handling (Tension, Corrosion, fatigue


• Diagram, Continuous s Rod, Storage

7. Dynagraph Interference

• Gilbert, Gibb-Neely

8. Fishing

• Rod Lifting Method

9. Trouble shooting

RECOMMENDED PARTICIPANTS

Reservoir Engineers, Petroleum Engineer, Gas Engineer production superintendents, foremen, field technicians, and service personnel who are involved with rod pumping systems.

 

Instructor
DR. Ir. Sudjati Rachmat, DEA

DR. Ir. Sudjati Rachmat, DEA is General Manager of Program Development Department of ITB. He was an extreme dedicated consultant and researcher with countless hands-on expertise in analytical methods, engineering mathematics, computer simulation, fluid mechanic, mass and heat transfer. Mr. Sudjati has published numerous articles regarding of researches and analyses in France, Australia, USA and Singapore.

His expertise has brought him to one of the top-notch expert hired among UNOCAL, MOBIL OIL Indonesia, PPTM Migas, PT. CALTEX Pacific Indonesia, LEMIGAS, PT. LNG Bontang, VICO Indonesia, GULF, ARCO and PERTAMINA. He is an active member of SPE [Society of Petroleum Engineers] and Fine Particles Society, US. He holds Diplome d'Etude Approfondie and Docteur en Mecanique de Fluide in Methode Numerique from UCB, France.

Schedule
Jun 28 - Jul 1, 2010
4 days

Venue
Bandung

Tuition Fee
Rp.7.250.000,- per participant, excluding accommodation & tax.

Implementing & Optimizing Computerized Maintenance Management Systems (CMMS)

Implementing & Optimizing Computerized Maintenance Management Systems (CMMS)

Kartika Chandra Hotel, Jakarta | Jun 28 - Jul 1, 2010 | Rp.7.250.000,-

 

OBJECTIVES

Participants will learn about the objectives, benefits and features of a Computerized Maintenance Management System (CMMS). The training discusses CMMS modules and state-of-the-art technologies that are used with a CMMS.

Participants will learn how to develop system specifications for their application as well as how to justify, evaluate, implement, and optimize a CMMS. Whether you operate in a small facility or a large, multi location plant, a Computerized Maintenance Management System (CMMS) will help you run your maintenance program more efficiently and cost effectively.

This CMMS training will help participants to understand the objectives, features and benefits of a CMMS and how this technology can help you to improve maintenance productivity, equipment quality and provide better service to other departments all while reducing your maintenance operations cost.

UPON COMPLETION OF THIS TRAINING PARTICIPANTS WILL RECEIVE THE FOLLOWING KNOWLEDGE

• Understand the Fundamentals of Maintenance Management


• Identify Key Modules of CMMS


• Identify Optional Features of CMMS


• Understand the Objectives, Features, and Benefits of CMMS


• Justify a CMMS


• Develop CMMS System Specifications


• Evaluate and Select a CMMS


• Optimize the use CMMS

OUTLINE

Introduction of Maintenance Management

CMMS Overview

• Basic Modules


• Equipment Data


• Preventive Maintenance


• Work Order System


• Spare Parts Inventory Control


• Requisition / Purchasing


• Maintenance Planning and Scheduling


• Budgeting

How to Justify a CMMS

• Determine Objectives, Features and Benefits of a CMMS for your application


• How to Justify a CMMS


• Document cost estimates

How to Evaluate/Select a CMMS

• What features does a quality CMMS provide


• What is the importance of the selection process


• Learn how to evaluate a CMMS using a comprehensive list of criteria


• Learn how to select the best CMMS for your organization that will work for many years (Using a unique mathematical model)

How to Implement a CMMS

• Do's and don'ts of implementing a CMMS


• How to ensure management commitment


• How to determine scope of project


• Deciding schemes for equipment number, locations etc.


• How to gather/enter data


• Develop a prototype


• Final Implementation


• Follow up/Monitor continuous improvement

WHO SHOULD ATTEND THIS TRAINING?

This course is designed for anyone who is concerned with implementing, optimizing or simply understanding a Computerized Maintenance Management System as a way to improve maintenance efficiencies. This training is a must for anyone who is involved in maintenance, planning, scheduling or operations at facilities or plants, including:

• Plant Engineers


• Operations Managers


• Maintenance Managers & Supervisors


• Engineering Technicians


• Industrial & Manufacturing Engineers


• Maintenance Planners


• Maintenance Schedulers


• Purchasing Managers


• Inventory Related Managers


• Anyone interested in Maintenance Management

 

Instructor
Ir. Budhi Harto, MM/ Edo Herdianto

Ir. Budhi Harto, MM, is a practitioner who have 18 years extensive experience in petroleum production, completion, maintenance, mechanical facility engineering practice, and rotating machinery at major multi national offshore and onshore oil & gas  and  LNG companies. Excellent in planning, AFE budgeting, bid document preparation  as well as defining SOW , technical and commercial evaluation, contractor assessment and selection,  in major multi national oil & gas, and energy  companies. Excellent  analysis on equipment reliability & availability, mechanical equipment failure analysis, problem solving on heat exchanger, pumps, compressor, diesel engine, gas engine, crane and other plant equipment and utilities.  Self initiative, sound  business acumen and  knowledge of  economic analysis and fundamental petroleum well production,  adaptability to new environment & changes, and with minimum supervision for achieving bottom-line of goal, MS Office, MS Project, and MP2 CMMS computer software literacy.

Schedule
Jun 28 - Jul 1, 2010
4 days

Venue
Kartika Chandra Hotel, Jakarta

Tuition Fee
Rp.7.250.000,- per participant, excluding accommodation & tax.

Safety Relief Valve: Fundamental Concepts, Sizing and Selection

Safety Relief Valve: Fundamental Concepts, Sizing and Selection

Novotel Hotel, Bandung | Jun 28 - Jul 2, 2010 | Rp.8.250.000,-

COURSE OBJECTIVE

Safety relief valves are key assets in any process plant that operates under pressure. Acting as a 'last resort', these fully mechanical devices are designed to operate if an over-pressure situation occurs. They therefore safeguard the plant and help guarantee production, but more importantly, protect the plant's most valuable asset, its workforce

This comprehensive 4-days course is excellent both for the training of maintenance personnel as well as for the multi-craft training needs of process and manufacturing facilities. This course also will train participants on how to install tubing and piping systems, disassemble, clean, inspect, align, and reassemble a variety of piping and valves.

YOU WILL LEARN ABOUT

• Safety Valve Operation


• Safety Valve Maintenance


• Disassembly, Reassembly and Installation


• Removing the Disc Assembly and Checking the Seat


• Installing and Setting


• Removing and Checking the Pilot Valve


• Valve Seat Repairs

COURSE OUTLINE

1. Pressure-Relieving Devices: Introduction; Relief-Valve; Safety Valve; Safety Relief Valve; Rupture Disc; Conventional Safety Relief Valve; Types and Functions of Pressure Relieving Devices


2. Relief-Valve and Safety-Valve: Valve Operational; Relief-Valve and Safety Valve Components; Force within Relief-Valve; Valve Body; Nozzle and Flans; Seating; Seal; Leakage; Additional Components; Lift Mechanism; Choke; Jacketed Bodies; Maintenance


3. Pilot-Operated Valve and Rupture Disc Performance: Valve Operational; Spring Operated Valve; Lever Capacity; Rupture Disc; Relief-Valves; Maintenance


4. Performance Evaluation: Several Key Factors in Selection Process; Conventional Valves; Balanced Safety Relief Valve; Pilot Operated Valve; Rupture Disc; Overpressure; Failure Root Cause


5. Sizing: Introduction; Viscose and Non-viscose Fluids; Gas and Steam; Calculations; Removal Methods; Flares; Mounting; Capacity


6. Conversion for Safety Valves: Installation and Operation Standard Procedures

WHO SHOULD ATTEND

• Instrumentation Engineers & Technicians


• Design and Process Engineers


• Operation Engineer


• Asset Manager Team members


• Maintenance Manager/ Superintendent & Supervisor


• Everybody who are responsible for selecting, purchasing, or repairing safety relief valves.

 

Instructor
Dr. Ir. Sutanto Hadisupadmo is a professor of industrial instruments of engineering physics, and is a Head of Laboratory of Industrial Instrumentation at ITB. He has over 20 years of experience doing consulting work in instrumentation issues and former Director of Instrumentation Center and Technical Services of ITB. Mr. Sutanto has trained many short courses for PT. TOTAL Indonesie, Pertamina, PT. Petrokimia Gresik, PT. Badak LNG, PT. Pupuk Iskandar Muda, PT. Pupuk Kaltim, and PT. Jaya Ancol emphasizing on measurement control system, safety and security. He also holds a Diploma in Energetique from University of Perpignan, France

Schedule
Jun 28 - Jul 2, 2010
5 days

Venue
Novotel Hotel, Bandung

Tuition Fee
Rp.8.250.000,-    per participant, excluding accommodation & tax.

TROUBLE SHOOTING, INSPECTION AND MONITORING FOR PREDICTIVE AND PREVENTIVE MAINTENANCE

TROUBLE SHOOTING, INSPECTION AND MONITORING FOR PREDICTIVE AND PREVENTIVE MAINTENANCE

The Jayakarta Suite Hotel & Spa, BANDUNG | April 27-30, 2010 | US$ 780

 

BACKGROUND
Industrial machinery or power plant is a major supporter of the industry and has a very high critical level. This means that if there is damage suddenly industry will experience enormous losses both morally and materially. Therefore, industrial machines that have a high critical level should be maintained not to let damage occurs suddenly. Maintenance technique that can be applied is preventive maintenance which in essence is a scheduled maintenance and predictive maintenance. By applying predictive maintenance, symptoms of damage can be detected as early as possible and maintenance costs could be reduced.

Objectives

• Participants understand machine condition monitoring techniques


• Participants can choose the machine condition monitoring technique


• Participants can monitor the engine condition

 

Participants

• Electrical Engineer / Supervisor


• Instrument Engineer/ Supervisor


• Professionals


• Plant Maintenance / Operators / Supervisors / Superintendant


• Technician

 

Cource Contents

• Techniques and treatment strategies


• Basic regular maintenance


• Basic predictive maintenance


• Bathub curve


• The selection engine condition monitoring techniques


• Inspection / monitoring of visual


• Use of lubricants


• Lubricant contaminants


• Inspection / monitoring and analysis of lubricants


• Inspection / monitoring and vibration analysis


• Vibration spectrum analysis


• Inspection and monitoring of geometric


• Analysis leveling, run out and misalignment


• Shaft alignment

 

Tools
Module, Inspection Sheet, measuring tool vibration (Vibrotest 60), Software (Vibroexpert), Straight gauge, Dial indicator, Laser Alignment, Viscometer

 

Instructors

Mokhamad Munir Fahmi, Ir. MT. He held his master degree in Brawijaya University, Malang majoring Energy Conversion. and has developed his skill and knowledge by following course such as Vocation Machine Engineering, Mechanical Rotating Equipment, Operation & Trouble Shooting, MMS-PT, KS Cilegon, Pumps, Primover: Operation, Maintenance & Troubleshooting, BP Indonesia etc. As a Lecturer in Politeknik Negeri Bandung, his core of competency is Fluid & Thermal Engine. Aside those, he also participated in professional activities as an Instructor of Genset, Operation, Maintenance & Trouble Shooting, Preventive & Predictive Maintenance, Advance Maintenance Management, Reliability Maintenance Engineering, Operation, Maintenance & Trouble Shooting of Pump & Compressor.
Ir. Ating Sudrajat, MSI. has accomplished his Master degree in ITB majoring Industrial Engineering. He dedicated his time as a lecturer in Bandung State of Polytechnic. In 2006, he became a Technical Director in PT. Pinangmas Energi Cakrawala for one year. He is also a consultant and trainer of Logistic System, Preventive and Predictive Maintenance, Total Productive Maintenance, Planning & Scheduling Maintenance etc. To sharpened his skill and knowledge, he often following several course, such as Programming with Microsoft Fortran, Strength of Material and Material Technology, Maintenance, FESTO Management Services, Introduction to CAD/ CAE, Quality Management System, etc.

 

Registration Fee:

• Registration Deadline: April 19, 2010


• US$ 780.00/person


• Fee includes the following:
  
  
  
  • Four-day registration fee for all Training sessions;
  
  
  • Lunch per day
  
  
  • Daily coffee/tea breaks
  
  
  • Integrated Quality Training Materials (SOFTCOPY AND HARDCOPY)
  
  
  • Quality Training Kits,
  
  
  • Convenient Training Facilites,
  
  
  • Certifícate of  Compleción
  
  
  
  

Certification Program of Oil Spills Control Based on International Maritime Organization (IMO) Level I

Certification Program of Oil Spills Control Based on International Maritime Organization (IMO) Level I

Ibis Slipi Hotel, Jakarta | Jun 21-24, 2010 | Rp. 7.750.000,-

 

COURSE AIM

Improving the skills of field supervisory personnel responsible for undertaking on-site clean up operations and provide them with a complete overview of the various techniques available for recovering oil spilled at sea and cleaning of polluted shorelines.

WHAT YOU WILL LEARN

• To provide participant with theoretical and practical knowledge and understanding on how to control and handle the oil spill.


• To improve skill and abilities of company's supervisor or worker in handling oil spill and preventing accidental losses caused by mishandling acts.


• To provide participants with abilities to asses plant facilities, set oil spill contingency plan, select the right oil spill equipments and mange the oil spill and hazardous material in the even and incident occurs


• To provide participants with abilities to test all oil spill equipments (protection and handling that are available in company' field in what ever condition utilization.

COURSE OUTLINE

1. Introduction

• Back ground


• National regulation


• MARPOL


• OPRC

2. Behavior of oil in water effect

• Persistence & non-persistence oil


• Properties of oil


• Oil spilled process


• Effect of oil spilled


• Oil sampling

3. Type & function oil spill equipment

• Oil boom


• Oil skimmer


• Oil dispersant pump sprayer set


• Dispersant chemical


• Oil containment log


• Oil sorbet

4. Emergency procedures

• Oil spill Organization


• Alarm & response


• Mobilization & control strategy


• Reporting of spill

5. Containment & recovery systems

• Mechanical recovery


• Physical recovery


• The others

6. Dispersant

• Type at dispersant


• Application & calculation


• Toxic effects

7. Shore line clean up & protection technique

• Fore casting slick movement


• Maneuvering at husky boat


• Type of maneuvering

8. Waste management

• Transfer of oil spill


• Storage & disposal

9. Care & maintenance of oil spill equipment

10. Oil spill checklist Hazards to personal safety

11. Hazard to Personal & Safety

12. Off shore & shoreline practical exercise oil spill

 

Instructor
Ir. Suhendar Wijaya, SE, MM & team
Ir. Suhendar Wijaya, SE, MM is a practitioner who has various experiences in safety field for about 22 years. Graduated from general education, he also graduated from special education such as basic & Advance fire fighting from Yokosuko in Japan, basic & advance safety, Liquefied Gas carrier Safety, Petroleum Tanker safety and Tanker operation, Oil and Gas Tanker in Osaka Japan, Marine Pollution in Edinburgh. International Health & safety management in London, Shipping Economic Engineering and many others.

 

Schedule
Jun 21-24, 2010
4 days

Venue
Ibis Slipi Hotel, Jakarta

Tuition Fee
Rp. 7.750.000,-   per participant, excluding accommodation & tax.

 

Industrial Battery & UPS Selection and Maintenance

Industrial Battery & UPS Selection and Maintenance

Bandung | Jun 21-24, 2010 | Rp. 7.250.000,-

COURSE OBJECTIVES

After completing this course, participants should be able

• To understand characteristic of industrial battery and UPS system


• To know main part of UPS system


• To select industrial battery and UPS system


• To perform maintenance and testing of industrial battery and UPS system

COURSE OUTLINE

1. Battery type


2. Charging characteristic


3. Discharging characteristic


4. Battery charging


5. Battery sizing


6. Battery maintenance


7. UPS system type & configuration


8. UPS performance characteristics


9. Inverter for UPS


10. UPS selection


11. UPS maintenance

WHO SHOULD ATTEND

• Electric Engineer/Supervisor/Superintendent


• Plant Maintenance Engineer/Supervisor/ Superintendent


• Electric motor work shop engineer/ Managers


• Instrument and Control Engineer/Supervisor / Superintendent


• Everybody or professional who wants to broaden knowledge or gain benefit from this course

Instructor
Ir. Qamaruzzaman, MT and Team

Ir. Qamaruzzaman, MT graduated from Electrical Engineering, Bandung Institute Technology. He studied at Technische Universitaet Braunschweig, Federal Republic of Germany in 1979 to add has knowledge. He has been lectures and researcher at Department of Electrical Eng ITB since 1973. He has experience in PT. Sucofindo as senior Engineer for Perum Pelabuhan II Project, as senior Engineer, Feasibility study at PT. Spektra, etc. He is actives in IEEE Society Power Electronic, Industrial Engineer, ndustrial Application sine 1986.

Schedule
Jun 21-24, 2010
4 days

Venue
Bandung

Tuition Fee
Rp. 7.250.000,- per participant, excluding accommodation & tax.

GAS DEHYDRATION AND GLYCOL REGENERATION

GAS DEHYDRATION AND GLYCOL REGENERATION

Hyatt Regency Hotel, Bandung, Indonesia | April 13-16, 2010 | US$ 990,-/participant

 

Course Description

The natural gas industry has recognized that dehydration is necessary to ensure smooth operation of gas transmission lines. Dehydration prevents the formation of gas hydrates and reduces corrosion. Unless gases are dehydrated, liquid water may condense in pipelines and accumulate at low points along the line, reducing its flow capacity. Therefore, the removal of the water that is associated with natural gases in vapor form is one critical step in gas processing scheme. Several methods have been developed to dehydrate gases on an industrial scale. The three major methods are: direct cooling, adsorption and absorption. Glycol and methanol injection, glycol dehydration contactor, and glycol regeneration are important issues in gas production operations.

 

Course Highlights

• Overview of the Production of Transportable and Salable Gas


• Legal and Safety Requirements in Gas Fuel Market


• Reservoir Fluid Type and the Hydrocarbon PVT Diagram


• Prevention of Hydrate Formation and the Dehydration Processes


• Hydrate Inhibitor and the Methanol and Glycol Injection


• Injection System and the Low Temperature Separation


• Dehydration in Contactor Column and Glycol Regeneration


• Contactor and Regenerator Plant Operation and Controls


• Glycol Conditioning and Glycol Losses Control


• Plant Maintenance and Troubleshooting

 

Training Method, Materials and Program

• The course will be delivered in the form of classroom exposition, case studies and open discussion. Course materials will be handed out as hard and soft copy.


• The course will be given in Bahasa Indonesia.  In special case, upon request, it will be in English.


• Actual field problems, which are about to bring to the course, will be presented and discussed in the class and shared to find recommendation as a specific solution. All participant documents should be treated as confidential.

 

Instructor

Hilman Ahmad & Associates, an Independent Consultant in industrial oil and gas, member of the Society of Indonesian Petroleum Engineers, who manage the Bandung Industrial Oil & Gas Education Center, and has been practicing production operation 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 training course in production operation and maintenance and corrosion control for personnel from Oil & Gas Company and Petrochemical Industry since 1979.

Training Venue

Hyatt Regency Hotel, Bandung

Registration Fee:

• Registration Deadline: April 05, 2010


• US$ 990,-/participant


• US$ 880,-/participantfor 3 (three) or more than 3 (three) participants from 1 Company


• Exclude accommodation

Fee includes the following:

Four-day registration fee for all Training sessions; Quality Training Material (Hardcopy and Softcopy); Quality Training Kits (Casio Calculator, T-Shirt, etc); Convenient Training Facilities at Stars Hotel; Refreshment and luncheons, Certificate of Completion.

Corrosion and Scaling Prevention

Corrosion and Scaling Prevention

Ibis Slipi Hotel, Jakarta | Jun 14-18, 2010 | Rp.8.250.000,-

COURSE OBJECTIVE

This course provides participants basis for understanding the fundamentals of corrosion and how to control it. The participant will be able to recognize the various types of corrosion, what has caused the corrosion and its failure, be able to identify the best method to control corrosion, be able to predict life time by computer software application, economic evaluation, and a case study. This course is based on material used around the world in similar courses but has been adapted for those working in practical application of corrosion and its control. It is suitable for a variety of interests and is presented at an easy level to digest that should appeal to a wide range of potential participants.

COURSE OUTLINE

Preliminary

• Corrosion and cost created


• Human factor to corrosion

Types of Corrosion

• Aqueous corrosion


• Atmospheric corrosion


• Water corrosion


• Sea water corrosion


• Soil corrosion


• Concrete corrosion


• Microbiology corrosion


• High temperature corrosion


• Galvanic corrosion


• Stress corrosion


• Other corrosion

Failure caused by corrosion

• Failure modus


• Investigation method of failure caused by corrosion


• Failure prevention caused by corrosion

Maintenance by Inspection And Monitoring

• Inspection method


• Non destructive inspection (NDI)


• Smart sensing


• Maintenance revolution


• Monitoring and maintenance management

Modeling, Life Time Prediction, and Computer Application

• Modeling and life time prediction


• Artificial intelligence use


• Computer-base training and coaching

Corrosion Protection Method

• Surface coating
  
  
  
  • Coating method
  
  
  • Surface preparation
  
  
  
  


• Inhibitor injection
  
  
  
  • Inhibitor classification
  
  
  • Inhibitor protection mechanism
  
  
  • Inhibitor selection method
  
  
  
  


• Catholic protection
  
  
  
  • Sacrificial anode
  
  
  • Impressed current
  
  
  • Underground piping cathode protection
  
  
  
  


• Anode protection

Economic Aspect Evaluation

• Budget and cost planning


• Depreciation

Case study

Visit to Metallurgy Laboratory of Mechanical Engineering ITB

WHO SHOULD ATTEND

• Engineer and technologist in any discipline who wish to obtain a basic knowledge of this important subject


• Managers, supervisors, sales and field personnel with scientific background in the construction, oil & gas, petrochemical, marine or any other industry who wish to broaden their general corrosion knowledge


• Maintenance engineers, supervisor, and production operation staff who involved in the field and plant operation


• Everybody who wants to take benefits from this course.

Instructor
Dr. Ir. Bambang Widiyanto and Team

Schedule
Jun 14-18, 2010
5 days

Venue
Ibis Slipi Hotel, Jakarta

Tuition Fee
Rp.8.250.000,-    per participant, excluding accommodation & tax.

Surface Production System and Facilities

Surface Production System and Facilities

Melia Purosani Hotel Yogyakarta | April 5-8, 2010 | Rp. 7.250.000,-

Novotel Hotel, Batam | Jun 14-17, 2010 | Rp. 7.250.000,-

OBJECTIVES

After joining in this course, the Participants will be able and capable to:

• Understand the basic concept of oil and gas handling processes and facilities, and how to operate this technology in field application.


• Diagnostic of oil and gas reservoir performance under actual drive mecanism and future performance with current handling processes.


• Analyze the production potential of reservoir under with actual handling system processes and to plan the better development processes according to reservoir capacity.


• Understand the fundamentals of microscopic and macroscopic aspects and phenomena of oil and gas handling processes.

AUDIENCE

• No specified (Operator/Sr. Operator/Engineer or Non Engineer)

COURSES OUTLINE

Gas Surface Production Operation and Equipments

• Introduction to Gas Handling and Facilities


• Gas Properties
  
  
  
  • Ideal gas
  
  
  • Real Gas
  
  
  • Gas Formation Volume Factor
  
  
  • Gas Compressibility
  
  
  • Gas-Water System
  
  
  • Gas-Condensate System
  
  
  
  


• Gas Reservioir Performance
  
  
  
  • Reservoir Gas Flow
  
  
  • Gas Reserves
  
  
  • Well Completion Effect
  
  
  • Tight Gas Well
  
  
  • Gas Well Testing
  
  
  
  


• Gas Piping System
  
  
  
  • Basic Flow Equation
  
  
  • Flow in Wells and Flow in Pipelines
  
  
  • Effect of Liquids
  
  
  • Use of Pressure Traverse Curve
  
  
  • Liquid Removal from Gas Wells
  
  
  
  


• Gas Compression
  
  
  
  • Type of Compressors
  
  
  • Compressor Design
  
  
  • Centrifugal Compressor
  
  
  
  


• Total System Analysis
  
  
  
  • Tubing and Flow Line Effect
  
  
  • Separator Pressure Effect
  
  
  • Compressor Selection
  
  
  
  


• Flow Measuring
  
  
  
  • Orifice Metering
  
  
  • Metering System Design
  
  
  • Other Metering Methods
  
  
  
  


• Gas Condensate Reservoir
  
  
  
  • Well Testing and Sampling
  
  
  • Gas Cycling
  
  
  
  


• Field Operation Problems
  
  
  
  • Pressure Cumulative Production Plot
  
  
  • Hydrate Formation
  
  
  • Sour Gas Production
  
  
  • Corrosion Control With Inhibitors
  
  
  • Sulfur Deposition
  
  
  
  


• Gas Processing
  
  
  
  • Field treatment of Natural Gas
  
  
  • Gas Plant Operation
  
  
  • Gas Dehydration
  
  
  • Gas Sweetening
  
  
  
  

Oil Surface Production Operation and Equipments

• Oil Well Surface Production Equipment and Operation
  
  
  
  • Oil Well Equipment
  
  
  • Oil Well Production Operation
  
  
  • Well Automatic Safety Device
  
  
  
  


• Oil Gathering System. Manifold and Flowline
  
  
  
  • Oil Gath ring System
  
  
  • Manifold e System
  
  
  • Flowline Sizing and Design
  
  
  
  


• Crude Oil and Gas Separation
  
  
  
  • Separator and Principle of Separation
  
  
  • Design of Separator
  
  
  • Oil Dehydration
  
  
  
  


• Principles of Measurement
  
  
  
  • Introduction to Measurement
  
  
  • Crude Oil Measurement
  
  
  • Gas Measurement
  
  
  
  


• Well Test
  
  
  
  • Introduction
  
  
  • Responsibility for Test
  
  
  • Preparation for Test
  
  
  • Types of Well Test
  
  
  • Equipment and Procedures
  
  
  • Accuracy of Fluid Measurement
  
  
  • Problem in Testing
  
  
  • Type of Test
  
  
  
  


• Artificial Lift Method
  
  
  
  • Gas Lift
  
  
  • Submersible Pump
  
  
  • Succker Rod Pump
  
  
  
  


• Hydraulic Pump

Instructor
Dr. Ir. Drs. Herianto, MSc.

Dr.Ir. Drs. Herianto, MSc 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 Migas 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 horisontal drilling for ZU and B structures and studied the reservoir in the areas.

Schedule

• April 5-8, 2010


• Jun 14-17, 2010

4 days

Venue

• Melia Purosani Hotel Yogyakarta (April 5-8, 2010)


• Novotel Hotel, Batam (Jun 14-17, 2010)

Tuition Fee
Rp. 7.250.000,- per participant, excluding accommodation & tax.

Advance Lightning Protection and Grounding System: Transmission, Distribution and Industry Network

Advance Lightning Protection and Grounding System: Transmission, Distribution and Industry Network

Novotel Hotel, Bandung | Jun 14-17, 2009 | Rp.7.250.000,-

INTRODUCTION

This training will be presented to the people who are known the basic of lightning protection or people who is joined the training of Integrated Lightning Protection and Grounding System.

WHAT YOU WILL LEARN

After attending the course the participant will gain the followings:

• Get better understanding of lightning phenomenon especially for people and Industry


• Better understanding of lightning behavior, characteristic, and protection system


• Enhance knowledge of grounding system and all aspects


• Better knowledge of grounding system effect to damage of electrical installation if exposed to lightning hit


• Better knowledge of specification and assessment of lightning protection system

COURSE OUTLINE

1. Lightning Phenomena and Parameter (Posttest)


2. Damage and Trouble, if exposed to lightning hit


3. Transmission and Distribution of LPS (lightning protection System)


4. LPS to Generator and Industry


5. Standard lightning protection System IEC and IEEE


6. Lightning/Surge Arrester (Rating)


7. Arrester Installation on transmission net and gardu induk


8. Arrester Installation on distribution net and low voltage

WHO SHOULD ATTEND

• Electric Engineer/ Supervisor/ Superintendent


• Plant Maintenance Engineer/ Supervisor/ Superintendent


• Plant and Process Engineer/ Supervisor/ Superintendent


• Safety and Lost Prevention Engineer/ Supervisor/ Superintendent


• Electrical and Mechanical Design Engineer


• Everybody or professional who wants to broaden knowledge or gain benefit from this course.

Instructor
DR. Ir. Reynaldo Zoro

DR. Ir. Reynaldo Zoro graduated from Institute of Techonology, Bandung taking for High Voltage & Electrical. He has experience in Electrical Area since 1978.
He is a Head of Laboratory of High Voltage, ITB and he's Chairman of Power Engineering Division of STEI - ITB.

He has given many short courses for in-house or public course of lightning protection, electrical grounding to industries in the country. He's member of CIGRE - France, member of Standardization for DLPE- ESDM, IEC TC-81 and DLPE - ESDM.

Schedule
Jun 14-17, 2009
4 days

Venue
Novotel Hotel, Bandung

Tuition Fee
Rp.7.250.000,-    per participant, excluding accommodation & tax

Advanced Maintenance Management

Advanced Maintenance Management

Novotel Hotel, Bandung | Jun 7-10, 2010 | Rp. 7.250.000,-

WHAT PARTICIPANT WILL LEARN

• Modern maintenance techniques and methodologies that conform to the fast growing industries in the world


• Why we should use total maintenance strategy and benchmarking with world class industries to increase maintenance performance and cost effectiveness


• How to optimize the running operation of assets to a much - much longer compared to that generally applied without sacrificing their performance and conditions and at all times preserving their functions?


• Is applying Pareto in the diversified assets worth doing?


• Understanding the differences between failure management and failure prevention to preserve function of assets in their performance standards


• New paradigm of modern maintenance management approach, to totally transform the archaic maintenance conducts to a new, logical and effective maintenance management of the future?


• The modern maintenance methods duo from western and eastern school of thoughts that will embracing and conquer all kind of industries: Reliability Centered Maintenance (RCM) and Total Productive Maintenance (TPM)


• Human resources management of change in maintenance to face the fast growing modern industries in the world


• Some notes on Computerized Maintenance Management System (CMMS) and how to improve and optimize their input in the effort to optimize the volume of works and their intervals using decision support tool software


• Spare optimization system in attempting a drastic reduction in expensive maintenance inventory


• Is repairing components worth doing? Is non OEM component can be justified? An approach to implement good efficiency drive program


• The very basic maintenance philosophy one can not deny: clean, tight and lubricate and how to implement these correctly in almost all industries (an old maintenance approach to even ultra modern assets)


• A good maintenance is a simple maintenance, an old good maintenance view even in the modern maintenance approach

COURSE OUTLINE

Modern Maintenance Management Approach

• Modern maintenance techniques and methodologies


• Total maintenance strategy and bench marking to increase maintenance performance and costs effectiveness


• Optimization of running operation of assets along with its preservation at all times their functions?


• Pareto principle in the diversified assets

New Paradigm in Maintenance and Failure Management

• New paradigm of modern maintenance management approach, to totally transform the archaic maintenance conducts to a new, logical, and effective maintenance management of the future?


• Understanding the differences between failure management and failure prevention to preserve function of assets in their performance standards

Successful and Proven Maintenance Technique and Methodology in Industries

• Total Productive Maintenance (TPM) its foundation and strength


• Reliability Centered Maintenance (RCM) its foundation and strength


• Human resources management of change in future maintenance management


• Beware to system operation and maintenance procedures that is not optimized by RCM procedure that can caused catastrophic accidents to the assets


• TPM and RCM Implementation

WHO SHOULD PARTICIPATE

• Maintenance Manager/ Superintendent/ Supervisor/ Engineer


• Plant Manager/Superintendent/Supervisor/Engineer


• Operation Manager/ Superintendent/ Supervisor/ Engineer


• Everybody or professional who want to get benefit or broaden knowledge from this course

Instructor
DR.-Ing. Ir. Tri Yuswijayanto Zaenuri

DR.-Ing. Ir. Tri Yuswijayanto Zaenuri is Head of Laboratory of Combustion Engine and Propulsion System at ITB. He has an extensive experience in friction technique and lubrication system. In the past 13 years of his career, Mr. Zaenuri has been involved in number of various assignments and scientific researches for industrial purposes as well as laboratory of ITB.

He has given many short course for in-house or public course of maintenance management, lubrication system & technology to industries in the country. Also he became the presenter for his papers in national or international seminar in his related expertise.

He received his Dr.-Ing. in Reibungstechnik und Maschinenkinetik from Technische Universitaet Clausthal, Clausthal-Zellerfeld, Germany.

Schedule
Jun 7-10, 2010
4 days

Venue
Novotel Hotel, Bandung

Tuition Fee
Rp. 7.250.000,-    per participant, excluding accommodation & tax.

Electrical Engineering for Nonelectrical Engineer

Electrical Engineering for Nonelectrical Engineer

Jayakarta Hotel, Bandung | Jun 7-10, 2010 | Rp. 7.250.000,-

OBJECTIVES

After completing the course, participants should be able:

• To understand basic knowledge of electrical engineering


• To be able to recognize the electrical equipments and components


• To understand the concept of safety in electrical works


• To know the principles of electrical Power Sources and Loads

COURSE CONTENTS

1. Introduction to Basics on Electrical Components and Circuits
   
   
   
   • Resistance's in series and parallel circuits
   
   
   • Basic circuit properties
   
   
   • Magnetic and Magnetism
   
   
   
   


2. Introduction to Alternating Current Circuits
   
   
   
   • Impedances, reactance and resistance in AC circuits.
   
   
   • Power and loads in Alternating circuits
   
   
   • Power factor
   
   
   
   


3. Introduction to safety in electrical engineering works


4. Electrical Equipments
   
   
   
   • Generators
   
   
   • Motors
   
   
   • Transformers
   
   
   
   


5. Introduction to Power Electronic Equipments
   
   
   
   • Battery chargers
   
   
   • UPS
   
   
   • Variable Speed Drives
   
   
   
   

WHO SHOULD ATTEND

• Engineer/ Supervisor/ Superintendent


• Plant Maintenance Engineer/ Supervisor/ Superintendent


• Instrument and Control Engineer/ Supervisor / Superintendent


• Everybody or professional who wants to broaden knowledge or gain benefit from this course

Instructor
Ir. Qamaruzzaman, MT and Team
Ir. Qamaruzzaman, MT graduated from Electrical Engineering, Bandung Institute Technology. He studied at Technische Universitaet Braunschweig, Federal Republic of Germany in 1979 to add has knowledge. He has been lectures and researcher at Department of Electrical Eng ITB since 1973. He has experience in PT. Sucofindo as senior Engineer for Perum Pelabuhan II Project, as senior Engineer, Feasibility study at PT. Spektra, etc. He is actives in IEEE Society Power Electronic, Industrial Engineer, ndustrial Application sine 1986.

Schedule
Jun 7-10, 2010
4 days

Venue
Jayakarta Hotel, Bandung

Tuition Fee
Rp. 7.250.000,- per participant, excluding accommodation & tax.

 

IT Project Management

IT Project Management (ID : PM 04)

Hotel Haris, Jakarta | 14- 15 Juni 2010 | Rp 4.000.000,-

 

Introduction

IT Project Management is the biggest challenge of today especially in the area of software development and implementation. Total US project waste was USD 55B out of USD 255 billion spent in IT projects. Application Development Projects reported 34% success in 2003. Discover how to apply good practices in the area of IT development and PMI knowledge areas so as to implement with governance and productively. It is applicable for participants who are already involved in a project but have not gone through any formal trainings or methodologies.

Course Overview

• Why projects fail


• Critical success factors


• Best practices of Project Management : PMI and the 9 knowledge areas


• Differences between Project Life Cycle & Project Management Life Cycle


• IT Project Life Cycle (Methodologies ; CMMI)


• Various controls and how and when to implement


• Well Defined Scope (WBS ; Estimation Methods ; Change Request Management)


• Manage the Triple constraints of a project (Develop & Implement realistic Schedules ; Budgeting & Cost Control ; Quality Assurance & Control)


• Human Resource Selection & Management (Personality Profiling ; Conflict Management)


• Effective communication with Stakeholders (Procurement Processes including type of Contracts ; Manage


• uncertainty with Project Risk Management ; Soft skills required to  manage)

 

At the end of  this course, participants are able to :

• Project Management concepts & skills and principles (moulded around PMBOK®)


• Needed in an IT project


• How to plan & control complex projects


• Learn about Stakeholders including customer of a project and how to communicate


• Develop a concrete plan to implement projects on leaving the course

 

Trainer:

Ir. Ajat Sudrajat, MM

 

Participants
All those who will be involved in Managing an IT project

 

Duration & PDU'S

Duration : 2 Days

 

Agenda, Cost, & Training Information

• Hotel Haris, Jakarta | 16- 17 Februari 2010 | Rp 4.000.000,-


• Hotel Haris, Jakarta | 20- 21 April 2010 | Rp 4.000.000,-


• Hotel Haris, Jakarta | 14- 15 Juni 2010 | Rp 4.000.000,-

 

 

Formation Damage and Well Stimulation

Formation Damage and Well Stimulation

Bandung | Jun 1-4, 2010 | Rp. 7.250.000,-

PRE-REQUISITE

The participants should have petroleum basic knowledge for Operator, Senior Operator, Junior Engineer and Engineer

COURSE OUTLINE

Basic Introduction of Formation Damage and Hydrocarbon Well Stimulation

• Damage caused by drilling mud


• Damage caused by production well system


• Damage caused by Well Geometry


• Well damage modeling

Damage Measurement and Quantification System

• Pressure Built Up Test


• Pressure Drawdown Test


• Multirate Test

Rock Mechanics and Reservoir Fluids

• Insitu Stress


• Overburden Stress


• Flow Reign and Fluid Rheology

Acidizing Techniques

• Well Test basic principal


• Fluid flows in porous media


• Well Test types

Acid Chemical Reaction and Reservoir Acid Rocks

• Acid reaction with Carbonate Rocks


• Acid flow to Mineral Surface


• Acid spreading into the rocks

Additives in Acidizing

• Surfactant


• Corrosion Inhibitor


• Iron control


• Alcohol


• Mutual Solvent


• Clay Stabilizer

Reservoir Rocks Mineralogy

• Mineral surface area


• Carbonate Rock


• Moxie Mineral

Well Choosing Techniques for Acidizing

• Evaluation Model


• Transient Pressure Analysis

Acidizing Calculation Examples

Fluid Fracturing and its Additives

• Fluid Fracturing composition


• Basic Fluids choosing


• Other Additives

Proppant

• Proppant types


• Proppant Size Specification


• Fracturing Conductivity

Hydraulic Fracturing Geometric Model

• Pan American Model


• PKN and KGD Model


• Continuum Damage Mechanics Model

Fracturing Pressure Analysis

• Basic Equation


• Pressure during Fracturing

Frac Data

• Formation Break Down


• Step Rate Test


• Shut-In Decline Test

Hydraulic Fracturing Design

• Input Data


• Hydraulic Fracturing Optimization

Hydraulic Fracturing Operation Evaluation

WHO SHOULD ATTEND

• Operator/ Sr. Operator/ Jr. Engineer/ Non Engineer


• Petroleum Engineers, Reservoir Engineers, Production Engineers


• Well Service Engineers


• Everybody or professionals who wants to better understanding and broaden their knowledge from the course subject

Instructor
DR. Ir. Sudjati Rachmat, DEA

DR. Ir. Sudjati Rachmat, DEA is General Manager of Program Development Department of ITB. He was an extreme dedicated consultant and researcher with countless hands-on expertise in analytical methods, engineering mathematics, computer simulation, fluid mechanic, mass and heat transfer. Mr. Sudjati has published numerous articles regarding of researches and analyses in France, Australia, USA and Singapore.

His expertise has brought him to one of the top-notch expert hired among UNOCAL, MOBIL OIL Indonesia, PPTM Migas, PT. CALTEX Pacific Indonesia, LEMIGAS, PT. LNG Bontang, VICO Indonesia, GULF, ARCO and PERTAMINA. He is an active member of SPE [Society of Petroleum Engineers] and Fine Particles Society, US. He holds Diplome d'Etude Approfondie and Docteur en Mecanique de Fluide in Methode Numerique from UCB, France.

Schedule
Jun 1-4, 2010
4 days

Venue
Bandung

Tuition Fee
Rp. 7.250.000,- per participant, excluding accommodation & tax.

 

Certification of Slinging and Lifting Awareness

Certification of Slinging and Lifting Awareness

Santika Hotel, Bogor | Jun 1-3, 2010 | Rp. 6.750.000,-

AIMS

The aim of this course is to ensure that delegates are aware of their legal duties with regard to slinging and lifting operations, and provide them with practical knowledge to carry out basic lifting operations safely.

OBJECTIVES

At the end of this course delegates should be able to:

• Outline the legal requirements as they relate to lifting equipment


• State the uses and limitations of lifting accessories


• Outline safe slinging techniques


• Identify faults on lifting accessories during pre-use checks


• Use correct hand signals during lifting operations


• Demonstrate correct attachment of lifting accessories to a load

COURSE OUTLINE

1. Introduction

• Lifting Operations and Lifting Equipment Regs 1998


• The role of risk assessment

2. Lifting Accessories

• Use, limitation and basic inspection


• Syndicate Exercise: Pre-use inspections

3. Lifting Operations Accidents

• Case studies


• Attachment of lifting accessories to various loads

4. Practical Exercise

• Use of crane

WHO SHOULD ATTEND

• Operator, Engineer


• Rigger


• All employee needs to start performing competent inspections of all types of rigging immediately upon completion of the program

Instructor
Mr. Franklin Ngirpun

Mr. Franklin Ngirpun is practitioner who has many experiences in construction, Safety Procedure, Safety Audit and inspection, H2S Direction, Environmental Plans. Usage of Gas Detection - monitors, Sea Survival, First Aid, Hydrogen Sulphide, H2S, Scaffolding, Rigging/Slinging, Offshore Pedestal Crane, Safety operations/assessment. he has International Assessor Award, UK International Teaching and Skill Training, UK, and many others.

As a Senior Safety Advisor, he actives as instructor in Fire Fighting, breathing Apparatus. Scaffoldings, Rigging/ Slinging, Offshore Pedestal Crane and many others.

Schedule
Jun 1-3, 2010
3 days

Venue
Santika Hotel, Bogor

Tuition Fee
Rp. 6.750.000,-    per participant, excluding accommodation & tax.

Alignment, Balancing and Vibration

Alignment, Balancing and Vibration

Bandung | May 24-26, 2010 | Rp.5.250.000,-

 

INTRODUCTION

Dalam rotating equipment, vibrasi merupakan yang umum sekali terjadi dan sering menghambat proses produksi perusahaan.

Salah satu penyebab vibrasi yang sering kali terjadi adalah masalah pada alignment dan unbalance.

Pada pelatihan ini akan diberikan penjelasan praktis tentang alignment dan balancing, berikut dengan peragaan didalam mengantisipasi dan mengatasi penyebab vibrasi.

OBJECTIVES

Dengan megikuti pelatihan ini diaharapkan para peserta pelatihan mampu:

• Memahami konsep alignment dan balancing.


• Memahami dan dapat melakukan analisa vibrasi


• Mamu meng-interpretasikan fenomena alignment dan unbalance dalam analisa vibrasi


• Melakukan alignment secara praktis

OUTLINES

Introduction to alignment and balancing.

Predictive maintenance & vibration monitoring

Fundamental vibration

Vibration balancing & alignment vibration phenomena's

Balancing theory and field balancing

• Balancing basic theory
  
  
  
  • Types unbalance
  
  
  • Purpose balancing
  
  
  • Causes unbalancing
  
  
  • Units unbalance
  
  
  • Effect unbalance on rotational speed
  
  
  
  


• Balancing machine
  
  
  
  • Gravity machines
  
  
  • Centrifugal machines
  
  
  • Hard bearing machine
  
  
  • Testing balancing machine
  
  
  
  


• Balance tolerance


• Field Balancing

Alignment and alignment methods

• Fundamental alignment


• Diagnosing misalignment


• Measuring misalignment


• Preparing task alignment


• Alignment methods
  
  
  
  • Rough methods
  
  
  • Face and rim
  
  
  
  


• Alignment tolerance


• Complicating factor alignment


• Introduction to laser alignment

Studi Kasus

Diharapkan para peserta pelatihan membawa kasus yang telah terjadi pada masing-masing perusahaanya untuk didiskusikan bersama-sama.

WHO SHOULD PARTICIPATE

• Maintenance Manager/ Superintendent/ Engineer/ Supervisor/ Planner


• Production Manager/ Superintendent/ Engineer/ Supervisor


• Plant Manager/ Superintendent/ Engineer/ Supervisor


• Everybody who wants to add knowledge and interest in the above subject

Instructor
Ir. Deddy Nugraha

Ir. Deddy Nugraha is a dedicated experienced fulltime trainer and technical consultant since 2002. He holds a B.S. degree in Mechanical Engineering from ITB, Bandung. He has worked nationally in a wide variety of industries including: technology, aerospace, utilities, auditing, mining and institutions thus engaged as a corporate consultant. He also holds certifications for those particular fields from Snecma, France; Engine Support Inc., USA; Danobat, Spain; DNV, Singapore; MTU, Germany and FAA Auditor, USA.

Mr. Nugraha is a member of Indonesian Society for Reliability and was elected as General Sectretay for 2004-2007 period. He has trained hundreds of managers, engineers and floor associates, subjects taught to include; CMMS, RCM, TPM, Project Management, Quality Process Control, Corrosion Control and Protection, Failure Analysis, Engineering Design, Instalation & Constrcution, Inventory Control and Management.

Major clients include: Pertamina, British Petroleum, Petrochina, Siemen Power, PT. Indonesia Power, PT. Krakatau Steel, Freeport Indonesia, PT. Surveyor Indonesia, Chevron, Medco Energy, PT. Aneka Tambang, Garuda Maintenance Facility, PT. Perusahaan Gas Negara, PT. Semen Padang, PT. Semen Gresik, PT. Indah Kiat Pulp & Paper, PT. Tjiwi Kimia, PT. Pupuk Kujang and PT. Kaltim Prima Coal.

Schedule
May 24-26, 2010
3 days

Venue
Bandung

Tuition Fee
Rp.5.250.000,- per participant, excluding accommodation & tax.

Pumps and Compressors: Predictive Maintenance & Diagnostics

Pumps and Compressors: Predictive Maintenance & Diagnostics

Grand Preanger Hotel, Bandung | May 24-28, 2010 | Rp.8.250.000,-

INTRODUCTION

Pumps and compressors are generally critical machines in any production process, and hence it is vital that maintenance is most effective for these units. This course aims to provide delegates with a comprehensive understanding of how to use a combined predictive and preventive maintenance approach to achieve maximum reliability and greatest understanding of any deterioration that may occur.

WHO SHOULD ATTEND

Engineers, supervisory and technical staff involved in the monitoring, predictive maintenance and diagnostics of pumps and compressors.

PROGRAM OBJECTIVES

The program assumes familiarity with the design and construction of pumps and compressors. From this starting point it adopts an analytical approach to understanding the failure of all types of pumps and compressors.

From a component-by-component perspective, the program investigates the root causes of failure, and relates these to operating conditions and process parameters. Design, installation, lubrication and wear related failure mechanisms are identified and a detailed understanding of the troubleshooting and diagnostic methods needed to detect and identify these is developed.

The program provides participants with the knowledge needed to be effective in the inspection, monitoring and diagnostics of pumps and compressors, with emphasis placed upon the importance of a combined condition monitoring and strip-down inspection approach to maintenance.

TRAINING METHODOLOGY

The program is delivered in a combination of lecture style and computer-based training. In addition, a significant amount of time is set aside for small working group activity when addressing case study problems. Extensive use is made of case study material to underline the key aspects of the course and to give the delegates exposure to current best practice.

PROGRAM OUTLINE

DAY - 1

• Friction, lubrication and wear mechanisms.


• Adhesive wear, abrasive wear, fatigue and fretting


• Machinery life cycles


• Mechanical issues, balancing and alignment


• Statistical reliability analysis

DAY - 2

• Reliability models


• Root cause of, symptoms and detection mechanisms for imbalance


• Root cause of, symptoms and detection mechanisms for looseness


• Root cause of, symptoms and detection mechanisms for misalignment


• Root cause of, symptoms and detection mechanisms for gear problems


• Root cause of, symptoms and detection mechanisms for bearing problems


• Cavitation, causes and prevention

DAY - 3

• Anti-friction bearings: types, lifetime, mounting, applications, related problems


• Plain and pad bearings, thrust bearings: operation, maintenance, incidents


• Mechanical seals, types, operation, related problems


• Other seals for positive displacement pumps and reciprocating compressors


• Performing a balance

DAY - 4

• Vibration monitoring


• Overall and spectral measurements


• Vibration limits


• Introduction to spectrum analysis


• Lubricant monitoring


• Shape, size, amount, chemical composition of debris


• Analytical techniques

DAY - 5

• The role of condition monitoring in pump and compressor maintenance Diagnostic methods


• Capabilities and limitations of condition monitoring, and the need for a combined approach


• The importance of plant inspection


• Measurement devices, and what to monitor and where

 

Instructor

I Nengah Diasta and Ir. Deddy Nugraha

I Nengah Diasta is a lecturer in Mechanical Engineering Department of Bandung Institute of Technology for more than 10 years. His expertise is on the area of fluid mechanics and pumping system. He also gives training program to the public such as Pertamina, PT. Pupuk Kaltim, PT. Telkom and some other PSC companies on this subject. On the practical aspects, Mr. Diasta was project leader in the industries such as PT. Telkom, Containers Terminal of Tanjung Priok, Juanda Airport, and Rekayasa-Sumitomo Power Plant Project at Wayang Windu Geothermal field, Bandung.

Ir. Deddy Nugraha is a dedicated experienced fulltime trainer and technical consultant since 2002. He holds a B.S. degree in Mechanical Engineering from ITB, Bandung. He has worked nationally in a wide variety of industries including: technology, aerospace, utilities, auditing, mining and institutions thus engaged as a corporate consultant. He also holds certifications for those particular fields from Snecma, France; Engine Support Inc., USA; Danobat, Spain; DNV, Singapore; MTU, Germany and FAA Auditor, USA.

Mr. Nugraha is a member of Indonesian Society for Reliability and was elected as General Sectretay for 2004-2007 period. He has trained hundreds of managers, engineers and floor associates, subjects taught to include; CMMS, RCM, TPM, Project Management, Quality Process Control, Corrosion Control and Protection, Failure Analysis, Engineering Design, Instalation & Constrcution, Inventory Control and Management.

Major clients include: Pertamina, British Petroleum, Petrochina, Siemen Power, PT. Indonesia Power, PT. Krakatau Steel, Freeport Indonesia, PT. Surveyor Indonesia, Chevron, Medco Energy, PT. Aneka Tambang, Garuda Maintenance Facility, PT. Perusahaan Gas Negara, PT. Semen Padang, PT. Semen Gresik, PT. Indah Kiat Pulp & Paper, PT. Tjiwi Kimia, PT. Pupuk Kujang and PT. Kaltim Prima Coal.

 

Schedule
May 24-28, 2010
5 days

Venue
Grand Preanger Hotel, Bandung

Tuition Fee
Rp.8.250.000,- per participant, excluding accommodation & tax.