Senin, 08 Maret 2010

Well Stimulation: Acidizing and Hydraulic Fracturing

Well Stimulation: Acidizing and Hydraulic Fracturing



Ibis Malioboro Hotel, Yogyakarta | May 17-19, 2010 | Rp. 5.250.000,-



OBJECTIVES



One of the the most important factors in any lateral drilling project, regardless of the radii involved, is the fluid medium utilized in the both the drilling and completion phases. The physical hardware involved in drilling all types of lateral well-bore, short, medium and long-radius, have benefited from recent developments. It is of paramount importance that they are used in conjunction with a well designed mud system



After following these courses, participant of courses expected can:




  • Comprehending drilling fluid function and characteristic.

  • Comprehending clay characteristic.

  • Comprehending drilling fluid chemical

  • Comprehending drilling fluid types & field application

  • Comprehending bases planning of drilling fluid.

  • Comprehending way to overcomes of problem mud


COURSE CONTENT



Introduction



Drilling Fluid




  • Drilling Fluid Function

  • Drilling Fluid Composition

  • Nature of Drilling Fluid Physical

  • Calculation of Drilling Fluid

  • Contamination of Drilling Fluid

  • Equipment of Drilling Fluid



Characteristic of Clay




  • Clay

  • Mechanism Hydration of Clay

  • Nature Of Physical of Clay

  • Influence Of Sodium of Chloride

  • Influence of pH



Drilling Fluid Additive




  • Viscosifier

  • Weighting Material

  • Thinner

  • pH Adjuster

  • Filtration Loss

  • Emulsifier

  • Lost Circulation Material (LCM)



Stability of shale




  • Diagnose Shale Problem

  • Diagnose Shale Problem

  • Faction of X Radiation and of Methylene Blue Test

  • Rolling Test

  • Additional Test



Oil-Base Mud




  • Theory Emulsion

  • Composition Mud Oil

  • Nature Of Physical Mud Oil

  • Activity of oil-base to reach hole stability drill

  • Oil mud Low-colloid

  • In mud oil-base Logging

  • Trouble-Shooting with mud oil-base.


WHO SHOULD ATTEND



Drilling Engineers, Mud Engineers, Well-site Geologists, Drilling Supervisors, Tool Pusher, Rig Crews, Mud Personnel, Assistant Drillers, Mud Loggers, Logistic Personnel and involved in other personnel activity of drilling operation.



 



Instructor
Ir. Boedi Windiarto has graduated from bachelor degree of petroleum engineering. To share his knowledge with other people, he leads in training and courses at several topics, such as: Gas Lift Operation for Optimize Production, Basic Drilling Engineering for Operation, Well Completion & Work over, Basic Reservoir and Drilling Engineering



Mr. Boedi is a team leader for a group of Schlumberger Engineers outsourcing. He was supporting production and reservoir for Marginal Field Wonocolo Pertamina Cepu.



Schedule
May 17-19, 2010
3 days



Venue
Ibis Malioboro Hotel, Yogyakarta



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






 



Mechanical Integrity (RCM & RCA)

Mechanical Integrity (RCM & RCA)



Novotel Hotel, Bandung | May 10-12, 2010 | Rp.5.250.000,-






COURSE OBJECTIVES



After the course participant will have a good understanding how to optimizing their equipment by improving of maintenance management to achieve the maximum production.



COURSE CONTENTS



  1. Productivity and asset integrity management:

    • Measuring productivity effectiveness.

    • Step by step improvement program



  2. Reliability Centered Maintenance

    • Measuring reliability with weibull statistic

    • Risk based maintenance

    • Planning maintenance with RCM

    • Optimization maintenance interval



  3. Effective maintenance program:

    • Preventive maintenance

    • Predictive maintenance



  4. Root Cause Analysis:

    • Methods of failure investigation

    • Causal factor mapping for incidents and failure

    • Logic uncover the physical, human and latent causes of failures



  5. Key performance indicator:

    • Based line and improvement program monitoring

    • Corrective action review



  6. Case studies

    • Measuring reliability equipment

    • Maintenance and inspection interval determination

    • Maintenance task analysis case

    • Measuring KPI




WHO SHOULD ATTEND



The following selected participants should attend this course:




  • Maintenance Engineer/ Superintendent/ Supervisor

  • Rotating Engineer/ Superintendent/Supervisor

  • Power Plant Engineer/ Superintendent/ 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 10-12, 2010
3 days



Venue
Novotel Hotel, Bandung



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



Geothermal Geochemistry

Geothermal Geochemistry



Papandayan Hotel, Bandung | May 10-12, 2010 | Rp.5.250.000,-



 



WHAT YOU WILL LEARN



  1. To have basic knowledge of geothermal geochemistry and the role of geochemist during exploration and exploitation of geothermal energy.

  2. To have a skill in computing and presenting geochemical data

  3. To experience interpreting geochemical process related with geothermal systems under natural states and production process.


COURSE OUTLINE



  1. Geothermal Systems;

    • Type, Characteristics, Fluids, Thermal and Hydrological Aspects.



  2. Water Chemistry;

    • Type, Process Affecting the Composition

    • Exercise.



  3. Water Chemistry;

    • Mixing models

    • Solute Geo-thermometers,

    • Exercise.



  4. Water Chemistry;

    • Solute Geo-thermometers

    • Calculating Reservoir Fluid Chemistry,

    • Exercise.



  5. Application of Water Geochemistry in Exploration & Exercise.

  6. Application of Water Geochemistry in Reservoir Engineering & Exercise.


PARTICIPANT



  • Geologist/geochemist/reservoir

  • Engineer/people dealing with geothermal exploration and production.

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



 



Instructor
Dr. Eng. Suryantini and Team



Dr. Eng. Suryantini is Division of Applied Geology – FITB, ITB. She graduated from Kyushu University, Graduate School of Engineering, Department of Earth Resources Engineering, Fukuoka – Japan.



Graduated from International Institute for Geo-information Sciences and Earth Observation (ITC), Enschede - The Netherlands and she has many professional Experiences in several company in Indonesia



 



Schedule
May 10-12, 2010
3 days



Venue
Papandayan Hotel, Bandung



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



Minggu, 07 Maret 2010

Practical Planned Maintenance

Practical Planned Maintenance
Harris Hotel / Aryaduta Hotel, Jakarta |  Thursday-Friday, 15-16-04-2010 | 08.30 am - 04.00 pm | Rp. 2.500.000



 



Dalam dunia industri, idealnya peralatan dan mesin dapat beroperasi 100%, dalam kondisi full capacity, dan menghasilkan kualitas produk 100% OK. Namun demikian, dalam kenyataannya, kondisi ini sangat sulit terjadi.



Perbedaan antara kondisi ideal dan kenyataan tersebut merupakan losses. Maka, mengukur efektivitas penggunaan peralatan atau mesin dengan OEE (overall equipment effectiveness), merupakan hal yang krusial, sebagai parameter pengambilan keputusan untuk mengurangi gangguan dan kerusakan yang tidak diharapkan pada peralatan atau mesin.



 



Topik Bahasan :




  1. Konsep Total Productive Maintenance

  2. Corrective Maintenanve Vs. Preventive Maintenance

  3. Planned Maintenance & Maintenance Plan

  4. Maintenance Work Standard

  5. Maintenance Record and History

  6. Cleaning & Lubricant Activity

  7. MTTF & MTBR Analysis

  8. Spare Part Planning

  9. Predictive Maintenance

  10. Maintenance Budget



 



Method of Training



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



 



Speaker :
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.




INVESTMENT FEE:




  • Full Fare Rp. 2.500.000 per peserta,

  • Pembayaran termasuk ; Sertifikat, seminar kit, makan siang, coffee break,

  • Special Discount:

    • Rp 2.350.000,- per peserta (Pembayaran 10 hari sebelum training)

    • Rp 2.250.000,- per peserta (Group minimal 3 peserta)



  • BONUS : CD Materi dalam format PDF






Applied Mining Geostatistics

Applied Mining Geostatistics



Jayakarta Hotel, Bandung | May 3-6, 2010 | Rp. 7.250.000,-



 



INTRODUCTION



Since geo-statistics developed by Prof George Matheron in 1960, it has been applied greatly in mining industry for mineral resources evaluation and reserves modeling. Geo-statistical method considers the spatial structure which is represented by variogram model in estimation methods such as polygonal, triangular grouping, inverse distance square, nearest point, etc. Moreover, parameters of variogram model can be drawn on to optimize the drilling pattern or the influence area of sampling points.



Kriging is the most famous geo-statistical method used for reserves estimation, and it has been known as BLUE (Best Linear Unbiased Estimator). Krigging variance can be applied to assess the uncertainly (error) of estimation result.



Beside kriging, there are any other geo-statistical methods employed for spatial characterization and modeling of natural resource such as conditional simulation. Geo-statistics can also be utilizing to evaluate mineral reserves classification.



COURSE OBJECTIVES



  1. To give knowledge about the concept of regionalized variable that is the principle of geo-statistics method, analysis and interpretation of variogram.

  2. To give understanding about the principle of kriging method and its application for resources modeling and reserves estimation.

  3. To give introduction about the principle of geo-statistical simulation, uncertainly analysis, and their application in natural resources evaluation.


COURSE OUTLINE



  • Review of statistics,

  • Concept of regionalized variable,

  • Concept of experimental variogram,

  • Analysis of variogaram model and its interpretation

  • Conventional reserves estimation methods

  • Variance of dispersion and variance of estimation

  • Principle of kriging method and its application

  • Introduction about deterministic method

  • Geo-statistical simulation

  • Uncertainty analysis

  • Reserves classification based on geo-statistical method


SCHEDULE



Day 1




  1. Review of statistics

  2. Conventional reserves estimation methods

  3. Concept of regionalized variable and calculation of experimental variogram



Day 2




  1. Analysis and interpretation of variogram

  2. Exercise and practice of variogram calculation and fitting model

  3. Concept of variance dispersion

  4. Concept of variance of estimation.



Day 3




  1. Principle of kriging method and its application for reserve estimation

  2. Exercise and practice of kriging method

  3. Introduction and deterministic method for mineral deposit evaluation



Day 4




  1. Uncertainty analysis based on kriging variance and conditional simulation

  2. Optimization of drilling pattern and reserves classification based on geo-statistical method


WHO SHOULD ATTEND



  • Miners (Engineer, Business Development Manager)

  • Geo-scientist (Geologist, Geophysicist, Exploration)

  • New Venture & Field Business Development

  • Hydrologist

  • Everybody or professional who want better understanding and to broaden the knowledge from the course subject



 



Instructor



Mohamad Nur Heriawan, ST, MT, Ph.D graduated from Bachelor of Engineering (ST.), Division of Mining Exploration, Department of Mining Engineering, ITB, Master of Engineering (MT.), Master Program of Applied Geophysics, Postgraduate Program, ITB and Postgraduate Diploma, Option of Mine Geostatistics, Geostatistics Groups, Center of Geosciences, Ecole des Mines de Paris, France.  Doctor of Philosophy (Ph.D), Department of Environmental Science, Graduate School of Science and Technology, Kumamoto University, Japan. Now, he is a Lecturer/ Assistant Professor at the Research Group of Earth Resources Exploration, Faculty of Mining and Petroleum Engineering (FTTM), ITB. He is a member of International Association for Mathematical Geology (IAMG). He has experiences for teaching geo-statistics course in PT. INCO Tbk,   Unit Geomin PT. ANTAM Tbk, Divison of Geo & Technical Services PT. Freeport Indonesia, PT. Arutmin Indonesia, and some public course.



Schedule
May 3-6, 2010
4 days



Venue
Jayakarta Hotel, Bandung



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



Kamis, 04 Maret 2010

Internal and External Corrosion Control and Monitoring for Pipeline and Surface Facility

Internal and External Corrosion Control and Monitoring for Pipeline and Surface Facility



Hard Rock Hotel, Bali | April 06-09, 2010 | US$ 990.00/person



 



 





This Course is designed for






  • Anyone who needs to recognize corrosion and understand its devastating potential, especially as it relates to his or her area of responsibility, in oil and gas surface production facility and pipelines.

  • Anyone involved in combating and controlling corrosion from internal and external source.

  • Technicians and field operators and engineers of any discipline.

  • Onshore / offshore facility and pipeline cathodic protection inspectors.

  • Onshore / offshore structure painting and coating applicators and inspectors.

  • Amine sweetening, glycol dehydration and gas processing plant operators.

  • Beginners who interested in.



 



Pre-Requisite





NONE. No previous training in corrosion control is required. However, to gain the most from this course, a basic understanding of physics, chemistry and basic unit operations will be helpful.



 



Description



This course focuses on corrosion – from either internal or external source - and its potential problem, and the protection methods to stop or control them. Review on corrosion and technique by which it can be identified, monitored and controlled will be given in detail. Active participation is encouraged through case studies and examples especially on the use of painting and coatings, transformer-rectifier of impressed current, magnesium, zinc and alum sacrificial anodes for external protection, and the injection of corrosion inhibitors and biocides for internal corrosion control.





 



Course Content




  • Review of oil & gas surface production facility and operations.

  • Review of metallic materials used in surface production facility and pipelines and the corrosion problem usually happen.

  • Case studies and examples of oil & gas material failure caused by corrosion from internal and external source.

  • Uniform, galvanic and localized corrosion failures.

  • Internal corrosion of pipeline, vessel and processing equipment caused by sour component, H2S, CO2, organic acid, brine, and the SRB (sulfate reducing bacteria).

  • External corrosion of underground, underwater and under-seawater pipeline and structure caused by impurities in soil and water environment.

  • External corrosion of topside structure caused by marine atmosphere.

  • Basic electrochemistry of corrosion process, Ohm’s law and the corrosion rate.

  • Corrosion control and prevention with painting & coatings and the cathodic protection.

  • Measurement of corrosion potential and corrosion current.

  • Protection with sacrificial anode and impressed current.

  • Understanding NACE Standard RP-01-69 to stop external corrosion attack.

  • Requirement, design and criteria of cathodic protection.

  • Sacrificial anode specification, installation and construction.

  • Testing, monitoring, and inspection of cathodic protection.

  • Inspection and maintenance of transformer-rectifier and sacrificial anode.

  • Field test, measurement techniques and instrument.

  • Data recording and evaluation of cathodic protection system.

  • Case studies of corrosion control and prevention with cathodic protection.

  • Internal corrosion problem in the pipeline and surface facility.

  • Oil/gas/water fluid properties and the corrosion tendency.

  • Deterioration by H2S, CO2, and acidic corrosive components.

  • Pipeline leakage and rupture by microbial induced corrosion.

  • Corrosion caused by SRB and the pitting mechanism.

  • Corrosion caused by oxygen penetration.

  • Examples and case studies of equipment corrosion damage and pipeline leakage.

  • Understanding NACE Standard RP-0775 for internal corrosion control and monitoring.

  • Practical internal corrosion monitoring methods.

  • Access fittings, corrosion coupon and corrosion probes.

  • Practical internal corrosion control and prevention methods.

  • Internal corrosion control with inhibitors and the selection of suitable corrosion inhibiting chemicals.

  • Dosage and injection methods of corrosion inhibitors.

  • SRB control with biocides and the selection of suitable and low risk biocide formula.

  • Dosage and injection methods of biocides.

  • Oxygen control by de-aeration and chemical injection, and the selection of suitable oxygen scavenger chemicals.

  • Dosage and injection methods of oxygen scavenger.

  • Safety in the use of chemicals for internal corrosion prevention.

  • Review of gas dehydration process and operations.

  • Internal corrosion problem in glycol contactor (dehydration) unit.

  • Method and materials use to control the corrosiveness of rich glycol solution.

  • Review of amine sweetening process and operations.

  • Internal corrosion problem in amine sweetening unit.

  • Method and materials use to control the corrosiveness of rich amine solution.

  • Examples and case studies of internal corrosion control





 



Instructor





This specially designed course will be conducted by *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.



 



Duration



This course is designed for four days. It is possible to tailor for specific goal, upon request.



 



Training Method & Materials



The training will be delivered in the form of classroom exposition, case studies and open discussion. Course materials will be handed out by organizer.



 



Registration Fee:




  • Registration Deadline: March 26, 2010

  • US$ 990.00/person from 1 (one) Company

  • US$ 880.00/person for more than 3 (three) Participants from 1 (one) Company



 



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 Facilities

  • Certificate of Completion



 



For additional course dates and locations, and registration please contact us via this form:





Rabu, 03 Maret 2010

ENVIRONMENTALLY SAFE DRILLING PRACTICE IN THE OIL GAS & GEOTHERMAL INDUSTRY: Safe Handling-Treatment-Disposal

ENVIRONMENTALLY SAFE DRILLING PRACTICE IN THE OIL GAS & GEOTHERMAL INDUSTRY



Safe Handling-Treatment-Disposal



Bandung | May 4-7, 2010 | USD 917,-/ Person






Background



With today’s growing awareness of social responsibility and public interest, environmental concerns are receiving the highest priority in government regulations. The future of our environment – and the industry – depends on meeting the challenge of maintaining a balance between acceptable environmental practices and economically efficient operating procedures.



These growing concerns have imposed a burden on the oil and gas drilling industry to implement program and technique to not only minimize the potential impact that oil and gas operations can have on the environment but also remediate those impacts, whether they occurred through accident or negligence.



The mandate to the oil and gas industry of implementing environmentally safe drilling technique has proven to be not only a financial challenge but also an administrative challenge.



Regulations governing the oil industry with regard to the environment continue to change, yet many firm that recognize they no longer can conduct their operations as they did in “the good old days” have had to employ full-time environmental professional to ensure that all operations conducted in the field are in compliance with the changing local and state regulations. This increase scrutiny also has prompted drilling contractor to think of ways to minimize the impact their operations have on the environment rather than just ways of how to remediate the impact ones it occurs.



This training is intended to introduce technique that will assist oil and gas professional in minimizing the impact that drilling operations have on the environment.



Much of what is contained herein reflects the trainer’s industry experience, with an emphasis on-shore and wetlands drilling operations. At the same time, it must be said that the preferred practices and recommendation outline in this program can serve as useful guidelines for operator and drilling contractor elsewhere in the world, notably in environmentally sensitive areas of developing countries that have little historical regulatory precedents.



This 4 day course covers all aspects of drilling and deals with both theory and application. It is particularly valuable for their career in drilling operation.



Emphasis is on the system and technique that are commonly used in the drilling industry, regulations and environment protection basics, from site assessment to reclamation. The curriculum is designed to provide the information needed as a drilling waste professional, regardless of skill level.



This course is a must attend for all individuals with overall environmental compliance responsibilities. This course provides the tools needed for the job.






Course Objective



Upon completion of the training, the participants will have improvement in:




  • Knowledge on hazardous and non-hazardous drilling wastes: generation, characteristics and impacts on occupational safety, health and environment.

  • Understanding environmental management principles including waste minimization or cleaner production

  • Practical knowledge on the proper identification, segregation, containerization, temporary storage

  • Transportation, treatment and safe disposal of hazardous and non-hazardous wastes of drilling activities

  • Translating the principles and knowledge on environmental management into strategic problems solving






Who Should Attend?



Managers, supervisors, environmental coordinators and/or engineer, health and safety coordinators, and consultants all benefit from this training. Many of our participants attend because they have responsibility to back up the designated environmental coordinator at the facility.



Superintendent and Supervisor of drilling operational function, Waste Management Team, Transportation and Logistics Division as well as Health, Safety & Environmental senior staff.



The recommended participant may include key personnel whose activities are most likely to impact the environment and or producing drilling wastes.






Course Outline



1. Drilling and the environment




  • a. basic concepts

  • b. environmental regulations: existing and trends

  • c. ISO-14001 EMS requirements vs environmental impact.



2. Preventing Spills




  • a. spill prevention – control and countermeasure plan

  • b. onshore facility operations

  • c. preventive maintenance



3. Site Assessments




  • a. phase I Environmental Site Assessment



4. Sampling




  • a. sampling techniques

  • b. sample analysis

  • c. data interpretation



5. Well site Determination




  • a. Wetlands

  • b. Wetlands permitting

  • c. EIS (Environmental Impact Statement)s and EA (Environmental Assessment)s



6. Mitigation



7. Drilling Techniques




  • a. New approaches

  • b. Operating concerns



8. Drilling Wastes




  • a. Non-hazardous oil field waste

  • b. Drilling fluids

  • c. Drill cuttings

  • d. Wash down fluids

  • e. Sanitary waste

  • f. Storm water runoff

  • g. Hazardous wastes

  • h. NORM (naturally occurring radioactive materials)



9. Wastes Handling and Minimization




  • a. Reserve pits

  • b. Land farming

  • c. Trenching and burying

  • d. Discharge

  • e. Reuse

  • f. Subsurface injection

  • g. Slurrification

  • h. Haul-off

  • i. Closed-loop system

  • j. Overview



10. Remediation



11. Drilling and the future




  • a. Balancing act

  • b. Industry’s challenge



12. Case study – lesson learn



13. Audit and Inspection






ABOUT INSTRUCTOR:



WAHYU PRIATNA AFFANDI is experienced Instructor, who succeeds in combining the experience of practitioner with ability adequate academic. He has experience more than 25 years as a practitioner in Petroleum Industries. After he graduated from ITB, he started his career as a Production Operation Engineer in HUFFCO-Indonesia and then he joined VICO Indonesia for more than 19 years (as a Reservoir Engineer, Tanker Coordinator until as a Senior Environmental Coordinator for Kalimantan Operations). He also spent his 3 years career in LASMO Indonesia as Environmental Specialist and ended his career in Oil & Gas Company as an advisor in ISO-14001 Audit & Certification Developing Environmental Program, Risk Assessment, Training, Waste Management and Community Development, in ENI Indonesia.





 



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




  • USD 917,-/ 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)