INFO KARIR DI PERUSAHAAN MINYAK

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ENERCON EQUIPMENT COMPANY
is an Energy Solutions company focused on delivering quality, innovative and real solutions which satisfy
the growing demands for reduced energy consumption in commerce and industry in Indonesia
Website : http://enerkon.co.id
mail :yan@enerkon.co.id
info@enercon.co.id
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A Pioneer in medical healthcare software development company
wesite : http://bvk.co.id
mail : hrd@bvk.co.id
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We are the leading natural gas distribution company by means of compressed natural gas (CNG). Align with our vision to become the most prominent gas distribution company in Indonesia, and our off ants to deliver service to our esteemed customers
website : http://cng.co.id
mail : dian@cng.co.id
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PT Aldaberta is an oil & gas consulting company with extensive track record in oil & gas area now seeking for high personnel candidate for Process Engineer (PE) to be located in one of our project in central java area
website : http://aldaberta.com
mail : ardiansah.febriantoko@aldaberta.com
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ONE OF THE LARGEST INTERNATIONAL COMPANY URGENTLY REQUIRED FOR VARIOUS POSITION FOR IMMEDIATE
website : http://goto.co.id
mail : To: info@goto.co.id
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PT Asia Select Indonesia.
website : http://asiaselect.co.id
mail : miko_soeganda@asiaselect.co.id
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PT Darma Henwa
We, one of the largest integrated mining services companies in Indonesia
website : http://ptdh.co.id
mail : recruitment@ptdh.co.id
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desc ; ?????
website : http://totaldata.co.id
mail : info@totaldata.co.id
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Baker Hughes Indonesia
https://bakerhughes73.recruitmax.com/
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PT Petrosea Tbk has been designing, building and mining in all corners of Indonesia since 1972 and today is recognized as one of Indonesia’s leading engineering, construction and mining contractors.
website : http://petrosea.com.in
mail : lavinia.budiyanto@petrosea.comin
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PT. Petrotechindo Utama (PTU) is an Independent Engineering company which has vast experience in assisting clients in the area of design, procurement and construction management / supervision. Currently, in association and strategic partnership with WorleyParsons Indonesia – one of the world leaders in independent pipeline engineering and design consultant is appointed as the Engineering & Project Management Consultant for Repair KP 110 – KP 133
website : http://petrotechindoutama.com
mail :hrd@petrotechindoutama.com
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Weatherford, a multi-national company who are involved in the drilling and production sectors of oil, gas and geothermal projects worldwide
website : http://www.weatherford.com/
mail : ????
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PT PREMIUM CONSULTING
We are USA base company for rotating and machinery services focus in oil & gas and general industries
website : http://premconst.com
mailto:widodo@premconst.com
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Petrofac is a USD 4 Billion multinational organisation employing over 10,000 employees worldwide in EPC service both brownfield and Greend field Oil and Gas Facilities around the world.
WEBSITE : HTTP://international-epc.com
MAIL : recruitment@international-epc.com
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WEBSITE:bvk.co.id MAIL: hrd@bvk.co.id
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PT Aldaberta Indonesia is an oil&gas consulting company that has been operated in Indonesia for 11 years
WEBSITE : http://aldaberta.com
Via email : ardiansah.febriantoko@aldaberta.com
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We are the leading natural gas distribution company by means of compressed natural gas (CNG). Align with our vision to become the most prominent gas distribution company in Indonesia, and our off ants to deliver service to our esteemed customers
website : http://cng.co.id
mail : hrd@cng. co.id
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is an Energy Solutions company focused on delivering quality, innovative and real solutions which satisfy
the growing demands for reduced energy consumption in commerce and industry in Indonesia
Website : http://enerkon.co.id
mail :yan@enerkon.co.id
info@enercon.co.id
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A Pioneer in medical healthcare software development company
wesite : http://bvk.co.id
mail : hrd@bvk.co.id
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Indonesian Oil & Gas Services Company.
webiste :
Email: trimitra_recruitment@yahoo.com or
researcher@trimitra.com

Formation Evaluation

Formation Evaluation
Course Description
Participants apply subsurface integration skills to solve problems associated with identifying and exploiting reserves using hands-on experience and workshops. This provides participants the ability to identify if any technology gaps exist and the impact of the underlying uncertainty and assumptions associated with many reservoir analysis tools. A subsurface integration model presents a thought and work-flow process based on pore geometry.
Audience
• Team leaders, reservoir engineers, geoscientists, petrophysicists and production engineers.
• Geologists, geophysicists, petrophysicists, engineers and technicians interested with using petrophysical interpretation data more effectively for integrated studies with basic understanding of subsurface geology.
Course Schedule

• Conceptual Log Interpretation
• Porosity Determination: Sonic, Density, Neutron, NMR Porosity Determination
  
• Resistivity: Laterolog, Induction Water Volume Determination
  
• Hydrocarbon Typing: Density-Neutron, NMR, MDT Permeability: Sonic, NMR, MDT Capillary Pressure from Logs
• BoreHole Imaging
  
• Static Well Characterization
• Shaly Gas Sand
  
• integrated petrophysical evaluations are related to reserve evaluations.
  

Introduction to Natural Gas Gathering and Processing

Introduction to Natural Gas Gathering and Processing
Course Overview
This two-day course is designed to familiarize participants with the basic aspects of behavior and characteristics of natural gas, and the common processes and equipment used in gas gathering and processing. This course is ideally suited to technical, operations and maintenance personnel involved in gas gathering and processing who have had limited exposure in this area, or for professionals involved in other areas of the petroleum industry who require a comprehensive overview of gas gathering and processing
Course Outline

• Characteristics of Natural Gas
• Sales Gas and Product Specifications
• Fluid Flow - Pipelines
• Vapour/Liquid Separation
• Compression
• Dehydration
• Typical Gas Well Production Facilities
• Gas Sweetening
• Dew Point Control/Liquids Recovery
• Sulphur Recovery/Acid Gas Injection
• Processing - Other Considerations

Introduction to Log Analysis

Introduction to Log Analysis
Course Overview
This course are covered the fundamentals of log analysis for understanding open-hole logs and gaining immediate practical skills in formation evaluation. Hydrocarbon evaluation, porosity and permeability estimation are covered, together with rock typing and pay assessment. Methods to integrate core data, drill-cuttings reports, DST results, and production information with logs are described. Log quality control and normalization issues are also discussed. Participants are required to bring either a calculator or a laptop computer (please be sure to fully charge laptop batteries prior to each day) for all 3 course days. Excel freeware log analysis software is provided.

Course Outline

• Introduction
• Review of Logging Tool Fundamentals and Downhole Measurements
• Quick-Look Log Analysis Techniques
• Archie Log Analysis of Water Saturation and Extensions to Non-Archie Rocks
• Productivity Predictions of Water-Cut
• Permeability Estimation from Logs
• Pay Determination
• Rock Composition from Log Overlays and Crossplots
• Shaly Sandstone Analysis
• Simple and Complex Carbonate Analysis
• Integration of Core Data with Logs
• Case Studies and Exercises of Log Analysis which include Cuttings, Core, DST and Production Information
• Borehole Environment and Log Quality Checks

BASIC LOGGING METHODS AND FORMATION EVALUATION

BASIC LOGGING METHODS AND FORMATION EVALUATION
Course Description
Our goal is for participants to learn basic log analysis, borehole data acquisition methods, and the skills to solve problems associated with identifying and exploiting reserves.
Experience gained will allow participants to identify lithologic zones and fluid types from log data.
Quality control of log data and of the resulting petrophysical interpretations is emphasized through examples and exercises.
Audience
• Geoscientists and engineers
Prerequisites
• None
Topics covered

1. Physics of the measurements along with practical theory will allow the participant to follow simple procedures for the rapid and accurate interpretation of logs.
2. Various quick-look techniques are presented where participants gain experience in rock property analysis by completing applied exercises.
3. Once the participant understands the fundamentals of log analysis, a more detailed description of basic logging measurements is provided. This foundation provides building blocks that lead to more advanced interpretation techniques for the integration of lithology, core and reservoir data into the analysis procedure.
4. Becoming familiar with the quality assurance process is essential for successful exploitation and exploration evaluations. Subsurface logs account for the majority of data for wells. The variation of vertical resolution and depth of investigation provide challenges for interpretation.
5. Learning objectives include:

• Quick-Look reservoir evaluation methods that identify hydrocarbons, estimate porosity, estimate water saturation and lithology
• Definition of porosity, permeability, residual fluids, and lithology at a micro-scale
• The borehole environment, invasion and basic data acquisition operations
• Definition of reservoir connate water saturation (Archie Equation)
• Brine properties
• Resistivity and reservoir systems

Production Chemistry

Production Chemistry

Discipline: Production and Completions Engineering
Level: Intermediate

DESIGNED FOR
Production engineers, facility engineers and technicians dealing with well and near well operations, who are responsible for recognizing and treating problems which require chemicals.
YOU WILL LEARN HOW TO

• Recognize corrosive conditions and monitor corrosion rates
• Select and apply corrosion inhibitors
• Predict and treat emulsions
• Understand causes and control of foaming
• Predict scale forming conditions
• Select and apply scale inhibitors
• Control gas hydrate formation
• Predict and control paraffin (wax) deposition
• Evaluate methods for asphaltene control
• Scavenge low concentrations of H2S
• Select and apply water clarifiers
• Select chemicals for use in deep water
• Select environmentally friendly chemicals

ABOUT THE COURSE
This course covers the selection and use of chemicals used in oil and gas production.
As oil fields mature more water is produced which requires the use of more chemicals to maintain production. Chemicals used for controlling corrosion, emulsions, foaming, mineral scales, paraffins (waxes), asphaltenes, gas hydrates, hydrogen sulfide scavengers and water clarifiers are covered. The course includes methods to determine the need for chemical treating, how to select the proper chemicals, and how testing for chemical compatibility with the formation and other chemicals is performed. Requirements for environmentally friendly products and products for deep water production are discussed. The course will include how the use of chemicals can prevent problems, improve production and economics, and extend the life of the well.
This course can be offered on an in-house basis dealing primarily with corrosion and the use of corrosion inhibiting chemicals. The corrosion material and examples covered this five-day course would be expanded and detailed examples and problems worked. If interested in this option, contact PetroSkills.



COURSE CONTENT

1. Corrosive agents
2. Corrosion inhibitor selection and application
3. Predicating and monitoring corrosion rates
4. Basics of oil field emulsions
5. Demulsifier selection and field application
6. Foams
7. Defoamers
8. Foam basics
9. Field application of foams
10. How defoamers work
11. Compounds that cause scaling
12. Predication of scaling tendency
13. Scale inhibitors
14. Solvents to dissolve scales
15. Requirements for gas hydrates to form
16. Types of compounds used to control hydrate formation
17. Causes of paraffin (wax) problems
18. Paraffin treatment chemicals
19. Asphaltene stability tests
20. Asphaltene treatment chemicals
21. Chemicals used as H2S scavengers
22. Application of scavengers
23. Oil carryover in water
24. Removal of oil and oily solids
25. Tests required for chemicals used in deep water
26. Green chemicals (Environmentally friendly chemicals)
27. International guidelines

New Opportunities in Old Fields

New Opportunities in Old Fields

Discipline: Reservoir Engineering
Level: Specialized

DESIGNED FOR
Reservoir and production engineers, development geoscientists, asset team leaders, acquisition & divestiture managers, and other technical personnel involved in evaluation and exploitation of reserves in mature fields

YOU WILL LEARN HOW TO

• Recognize production and reservoir characteristics of old fields that indicate the potential for increasing reserves and value
• Understand whether existing recovery factors are consistent with those than can be realized with effective utilization of the natural drive mechanism(s) and the appropriate use of improved recovery methods
• Identify under-performing wells or field areas and recommend appropriate intervention.
• Determine the ‘upside potential’ of a field, distinguishing between incremental reserves and reserve acceleration
• Examine alternative re-development strategies by studying case histories and working example industry problems

ABOUT THE COURSE
Don’t buy or sell a producing property before taking this course! There is nearly always ‘upside’ in mature oil and gas fields that may be particularly profitable because of existing wells and infrastructure. The keys to successful exploitation of new opportunities include 1) recognition of the new opportunities, 2) quantification of the reserves, 3) evaluation of alternative methods of exploitation, and 4) economic analysis of depletion scenarios. Case studies and class problems address each of these key items and illustrate how new opportunities can be recognized and evaluated for many different types of oil and gas reservoirs. The computer-based problems will provide the student with utility programs and solution templates that can be used in the ‘real world’.

COURSE CONTENT

1. Why Opportunities Emerge: nature of reserves growth; operating practices and their effect on new opportunities; the contribution of evolving technology
2. Recognizing Opportunities: reservoir characteristics and production performance indicative of new opportunities, unraveling limited data, linking operator practices to new opportunities
3. Reserves versus Upside Potential: review of reserve classification, risk assessment, value of new information, data quality control and integration
4. Reservoir Heterogeneity & New Opportunities: categories of heterogeneity and their implications for new opportunities, reservoir compartmentalization, application of 3D seismic in ‘old fields’, identification of ‘net pay’, fractured reservoirs
5. Exploitation Opportunities: reservoir enhancement through fluid injection, redevelopment of mature waterfloods, infill drilling – its utility, application, and value; horizontal and multilateral wells including their use in displacement projects, re-completions in stratified reservoirs, de-bottlenecking gathering systems, produced water management, co-production of water for improved recovery

LNG Short Course: Technology and the LNG Chain

LNG Short Course: Technology and the LNG Chain
Discipline: Gas Processing
Level: Basic

DURATION
5 Days
DESIGNED FOR:
Technical and senior operations staff, Commercial and management staff needing technical overview.
YOU WILL LEARN
• How to survey commercial and contractual issues.
• Project costs, feasibility and development.
• Some fundamentals of gas technology.
• To apply knowledge of LNG gas pretreatment, drying and refrigeration.
• To describe liquefaction technologies and appreciate the differences.
• The types of compressor drivers, gas turbines and electric motors.
• LNG storage, shipping and terminals.
ABOUT THE COURSE
Technical LNG basics are covered in this intensive short course. It provides an overview of the technology in the LNG chain. Key commercial issues are also described. The course covers facility operation topics, technical and design areas. Selected exercises and syndicates are used throughout the course. In-house versions available with either: increased technical and operational emphasis, or increased project and development emphasis. This course is available in customized versions.
COURSE CONTENT
• Introduction to LNG
• Commercial issues
• Technical Fundamentals
• Gas Processing Basics
• Major Equipment
• Refrigeration and LNG Liquefaction
• Shipping
• LNG Storage
• Regasification terminals and energy recovery
• Future Trends

Gas Lift

GAS LIFT

Discipline: Production and Completions Engineering
Level: Intermediate

DESIGNED FOR

Production engineers and operations staff responsible for designing gas lift installations and/ or performing surveillance and optimization on wells using gas lift; appropriate for staff at all levels of gas lift expertise and has been given with good results to both production engineers new to gas lift as well as industry gas lift consultants

YOU WILL LEARN HOW TO

o Select the appropriate gas lift systems and equipment

o Design continuous-flow gas lift systems

o Analyze operating gas lift systems Increase production from your wells using gas lift technology and optimization

o Improve the economics of gas lift operation

ABOUT THE COURSE

Gas lift is one of the most widely used artificial lift techniques. Participants will investigate the impact of tubing sizing, gas lift valve selection, gas lift mandrel spacing, gas lift valve design, casing pressure, surface choke size, gas volume, etc., on well design and operation. Participants practice mandrel spacing design and gas lift valve design, surveillance and optimization at the well and field level using actual field data including the use of software programs. After attending this course, participants will be able to identify, diagnose, analyze and solve gas lift problems. Up to date computer programs will be used/demonstrated during the course. The class includes pictures and videos of most important equipment components while being applied, to further participant understanding. With increased prices, more emphasis is placed on techniques to maximize production. New developments at various stages of development and application are also covered. One personal computer is provided, at additional cost, for each two participants.

COURSE CONTENT

o Gas lift concepts and data

o Inflow

o Outflow

o Nodal analysis

o Equilibrium curves

o Gas lift equipment and valve mechanics

o Valve selection

o Gas lift equipment demo

o Valve calibration

o Unloading

o Mandrel spacing and step-by step, complete gas lift design for a well

o Temperature effects on valves

o Determine the Ptro

o Orifice sizing techniques

o Lift gas rates for best economics

o Causes and solutions of instability

o Gas lift surveillance

o Gas measurement

o Analysis of flowing pressure gradient surveys

o Analysis of GL surface charts and measurements

o Gas allocation and field optimization

o Use of computer programs for gas lift design, trouble-shooting and optimization