Re: [iagi-net-l] HAGI Regular short Course:
knapa Mas Syaiful ? Mungkin HAGI sudah melebarkan sayapnya tidak hanya Geo-fisika saja. RDP On Tue, Mar 10, 2009 at 10:53 AM, mohammadsyai...@gmail.com wrote: Mas, opo judul atau nama kursusnya ya? Salam, Syaiful Mohammad Syaiful * handphone: +62-812-9372808 * business: msyai...@etti.co.id -Original Message- From: Muharram J. Panguriseng muhar...@pertamina-ep.com Date: Tue, 10 Mar 2009 09:01:07 To: 'Forum Himpunan Ahli Geofisika Indonesia'fo...@hagi.or.id; iagi-net@iagi.or.id Subject: [iagi-net-l] HAGI Regular short Course: Yth. Bapak/Ibu Anggota HAGI/IAGI, HAGI menjadwalkan untuk mengadakan regular short course sbb. : Dates: 15th - 17th April 2009 (3 days course) Instructors : Awang H. Satyana (BPMIGAS) Venue: Senggigi Beach Hotel, Lombok Fee : USD 1,650 (HAGI/IAGI Member); USD 1,750 (Non-HAGI/IAGI Member ) (Including hotel 4 nights 5 days, Coffee break Lunch, Course Material, Course Kit, Certificate) COURSE OVERVIEW Today, people use concepts of petroleum system in evaluating petroleum potential and exploration risks involved in area of investigation. We have seen that these concepts been successfully employed. Using this approach, new petroleum accumulations have been discovered and significant reduction of exploration risks has taken place. Petroleum system concept was developed through petroleum geochemistry. The ability to identify petroleum system uniquely depends on geochemical techniques needed such as to map hydrocarbon shows and to carry out petroleum-petroleum and petroleum-source rock correlations. However, generally, one with strong interest and training in petroleum geochemistry is seldom. Most petroleum geologists have known a lot about reservoirs and traps, little about seals, and virtually nothing about source rocks and migration. This contrasts with the knowledge that if we know where oils came from and how and to where they migrate, we can better predict where they will be found. Petroleum geochemistry could then be used to upgrade areas in which to concentrate exploration activity, thereby reducing risk. Accordingly, petroleum geochemistry should not be under-employed let alone ignored. In this three day course, essential concepts of petroleum geochemistry will be introduced. Methods usually used in petroleum geochemistry such as for interpreting source facies, kerogen types, source maturation, oil classification, genetic gas types and many other things will be discussed. Participants will also be introduced to biomarkers, how to interpret and use them for exploration and production. Migration concepts that are too much oversimplified so far by many petroleum geologists will be elaborated in this course. Reservoir geochemistry, which can give solutions for field development and fluid problems, will be discussed. Gas geochemistry will also be presented in detail considering that gas resources are getting important. Theoretical bakground of petroleum geochemistry concepts, exercises using methods, and presentation of real cases of petroleum geochemistry in Indonesian basins will form a backbone of the course. The instructor has 12 year experience of petroleum geochemistry combining activities of learning, applying, publishing and teaching. The instructor has 19 year experience on petroleum geology of Indonesia, making him has a good synthesis of ability of combining petroleum geochemistry and petroleum geology. The instructor is working for BPMIGAS, this enables him to see many areas in Indonesia operated by many companies. How each company in Indonesia use petroleum geochemistry therefore, will be an interesting discussion during the course. COURSE OUTLINE Introduction .. What is petroleum geochemistry ? .. What can petroleum geochemistry do ? .. How we have ignored petroleum geochemistry ? Chemical and Physical Properties of Petroleum Analytical Geochemistry .. Laboratory analyses .. Biomarkers .. Isotope geochemistry Source Rocks .. Organic matter, source, kerogen, and preservation in sediments .. Source rock depositional environments .. Source rock characterisation .. Evaluating source rocks from wireline logs Hydrocarbon Generation .. Maturity : optical and molecular parameters .. Petroleum generation and expulsion .. Volumetric calculations Hydrocarbon Migration .. Modeling paleo-migration Oil Geochemistry .. Oil properties .. Oil grouping Gas Geochemistry .. Gas properties .. Gas grouping (biogenic vs thermogenic gas) .. Non-hydrocarbon gases Oil/Gas to Sources Correlation .. Techniques using biomarkers .. Geochemical inversion In-Reservoir Alteration (biodegradation, retrograde condensation, etc.) Geochemistry in Petroleum System (elements and processes) Case Studies .. regional
[iagi-net-l] HAGI Regular short Course:
Yth. Bapak/Ibu Anggota HAGI/IAGI, HAGI menjadwalkan untuk mengadakan regular short course sbb. : Dates: 15th - 17th April 2009 (3 days course) Instructors : Awang H. Satyana (BPMIGAS) Venue: Senggigi Beach Hotel, Lombok Fee : USD 1,650 (HAGI/IAGI Member); USD 1,750 (Non-HAGI/IAGI Member ) (Including hotel 4 nights 5 days, Coffee break Lunch, Course Material, Course Kit, Certificate) COURSE OVERVIEW Today, people use concepts of petroleum system in evaluating petroleum potential and exploration risks involved in area of investigation. We have seen that these concepts been successfully employed. Using this approach, new petroleum accumulations have been discovered and significant reduction of exploration risks has taken place. Petroleum system concept was developed through petroleum geochemistry. The ability to identify petroleum system uniquely depends on geochemical techniques needed such as to map hydrocarbon shows and to carry out petroleum-petroleum and petroleum-source rock correlations. However, generally, one with strong interest and training in petroleum geochemistry is seldom. Most petroleum geologists have known a lot about reservoirs and traps, little about seals, and virtually nothing about source rocks and migration. This contrasts with the knowledge that if we know where oils came from and how and to where they migrate, we can better predict where they will be found. Petroleum geochemistry could then be used to upgrade areas in which to concentrate exploration activity, thereby reducing risk. Accordingly, petroleum geochemistry should not be under-employed let alone ignored. In this three day course, essential concepts of petroleum geochemistry will be introduced. Methods usually used in petroleum geochemistry such as for interpreting source facies, kerogen types, source maturation, oil classification, genetic gas types and many other things will be discussed. Participants will also be introduced to biomarkers, how to interpret and use them for exploration and production. Migration concepts that are too much oversimplified so far by many petroleum geologists will be elaborated in this course. Reservoir geochemistry, which can give solutions for field development and fluid problems, will be discussed. Gas geochemistry will also be presented in detail considering that gas resources are getting important. Theoretical bakground of petroleum geochemistry concepts, exercises using methods, and presentation of real cases of petroleum geochemistry in Indonesian basins will form a backbone of the course. The instructor has 12 year experience of petroleum geochemistry combining activities of learning, applying, publishing and teaching. The instructor has 19 year experience on petroleum geology of Indonesia, making him has a good synthesis of ability of combining petroleum geochemistry and petroleum geology. The instructor is working for BPMIGAS, this enables him to see many areas in Indonesia operated by many companies. How each company in Indonesia use petroleum geochemistry therefore, will be an interesting discussion during the course. COURSE OUTLINE Introduction . What is petroleum geochemistry ? . What can petroleum geochemistry do ? . How we have ignored petroleum geochemistry ? Chemical and Physical Properties of Petroleum Analytical Geochemistry . Laboratory analyses . Biomarkers . Isotope geochemistry Source Rocks . Organic matter, source, kerogen, and preservation in sediments . Source rock depositional environments . Source rock characterisation . Evaluating source rocks from wireline logs Hydrocarbon Generation . Maturity : optical and molecular parameters . Petroleum generation and expulsion . Volumetric calculations Hydrocarbon Migration . Modeling paleo-migration Oil Geochemistry . Oil properties . Oil grouping Gas Geochemistry . Gas properties . Gas grouping (biogenic vs thermogenic gas) . Non-hydrocarbon gases Oil/Gas to Sources Correlation . Techniques using biomarkers . Geochemical inversion In-Reservoir Alteration (biodegradation, retrograde condensation, etc.) Geochemistry in Petroleum System (elements and processes) Case Studies . regional oil geochemistry of Indonesia . regional gas geochemistry of Indonesia . geochemistry of East Java Basin . migration modeling of Salawati Basin . using biomarkers for identifying new petroleum system Salawati Basin . Oil alteration of Salawati Basin . Coals as source rocks for oil of Barito Basin ABOUT THE INSTRUCTORS Awang Harun Satyana graduated (S1) from the Geology Department of the University of Padjadjaran, Bandung in 1989. He has been working for oil industry for 19 years. He started his career in 1990 as Exploration Geologist for PERTAMINA. This lasted 10
Re: [iagi-net-l] HAGI Regular short Course:
Mas, opo judul atau nama kursusnya ya? Salam, Syaiful Mohammad Syaiful * handphone: +62-812-9372808 * business: msyai...@etti.co.id -Original Message- From: Muharram J. Panguriseng muhar...@pertamina-ep.com Date: Tue, 10 Mar 2009 09:01:07 To: 'Forum Himpunan Ahli Geofisika Indonesia'fo...@hagi.or.id; iagi-net@iagi.or.id Subject: [iagi-net-l] HAGI Regular short Course: Yth. Bapak/Ibu Anggota HAGI/IAGI, HAGI menjadwalkan untuk mengadakan regular short course sbb. : Dates: 15th - 17th April 2009 (3 days course) Instructors : Awang H. Satyana (BPMIGAS) Venue: Senggigi Beach Hotel, Lombok Fee : USD 1,650 (HAGI/IAGI Member); USD 1,750 (Non-HAGI/IAGI Member ) (Including hotel 4 nights 5 days, Coffee break Lunch, Course Material, Course Kit, Certificate) COURSE OVERVIEW Today, people use concepts of petroleum system in evaluating petroleum potential and exploration risks involved in area of investigation. We have seen that these concepts been successfully employed. Using this approach, new petroleum accumulations have been discovered and significant reduction of exploration risks has taken place. Petroleum system concept was developed through petroleum geochemistry. The ability to identify petroleum system uniquely depends on geochemical techniques needed such as to map hydrocarbon shows and to carry out petroleum-petroleum and petroleum-source rock correlations. However, generally, one with strong interest and training in petroleum geochemistry is seldom. Most petroleum geologists have known a lot about reservoirs and traps, little about seals, and virtually nothing about source rocks and migration. This contrasts with the knowledge that if we know where oils came from and how and to where they migrate, we can better predict where they will be found. Petroleum geochemistry could then be used to upgrade areas in which to concentrate exploration activity, thereby reducing risk. Accordingly, petroleum geochemistry should not be under-employed let alone ignored. In this three day course, essential concepts of petroleum geochemistry will be introduced. Methods usually used in petroleum geochemistry such as for interpreting source facies, kerogen types, source maturation, oil classification, genetic gas types and many other things will be discussed. Participants will also be introduced to biomarkers, how to interpret and use them for exploration and production. Migration concepts that are too much oversimplified so far by many petroleum geologists will be elaborated in this course. Reservoir geochemistry, which can give solutions for field development and fluid problems, will be discussed. Gas geochemistry will also be presented in detail considering that gas resources are getting important. Theoretical bakground of petroleum geochemistry concepts, exercises using methods, and presentation of real cases of petroleum geochemistry in Indonesian basins will form a backbone of the course. The instructor has 12 year experience of petroleum geochemistry combining activities of learning, applying, publishing and teaching. The instructor has 19 year experience on petroleum geology of Indonesia, making him has a good synthesis of ability of combining petroleum geochemistry and petroleum geology. The instructor is working for BPMIGAS, this enables him to see many areas in Indonesia operated by many companies. How each company in Indonesia use petroleum geochemistry therefore, will be an interesting discussion during the course. COURSE OUTLINE Introduction .. What is petroleum geochemistry ? .. What can petroleum geochemistry do ? .. How we have ignored petroleum geochemistry ? Chemical and Physical Properties of Petroleum Analytical Geochemistry .. Laboratory analyses .. Biomarkers .. Isotope geochemistry Source Rocks .. Organic matter, source, kerogen, and preservation in sediments .. Source rock depositional environments .. Source rock characterisation .. Evaluating source rocks from wireline logs Hydrocarbon Generation .. Maturity : optical and molecular parameters .. Petroleum generation and expulsion .. Volumetric calculations Hydrocarbon Migration .. Modeling paleo-migration Oil Geochemistry .. Oil properties .. Oil grouping Gas Geochemistry .. Gas properties .. Gas grouping (biogenic vs thermogenic gas) .. Non-hydrocarbon gases Oil/Gas to Sources Correlation .. Techniques using biomarkers .. Geochemical inversion In-Reservoir Alteration (biodegradation, retrograde condensation, etc.) Geochemistry in Petroleum System (elements and processes) Case Studies .. regional oil geochemistry of Indonesia .. regional gas geochemistry of Indonesia .. geochemistry of East Java Basin .. migration modeling of Salawati Basin .. using biomarkers for identifying new
RE: [iagi-net-l] HAGI Regular short Course: PETROLEUM GEOCHEMISTRY : ESSENTIAL CONCEPTS AND METHODS FOR EXPLORATION AND PRODUCTION
Terima kasih atas koreksinya Pak Syaiful, Judulnya kursus yang akan dibawakan Pak Awang di Hotel Senggigi - Lombok, 15-17 April 2009 ini adalah : PETROLEUM GEOCHEMISTRY : ESSENTIAL CONCEPTS AND METHODS FOR EXPLORATION AND PRODUCTION Semoga dapat memenuhi kebutuhan bapak/ibu dan staff. Wassalam, --mjp-- -Original Message- From: mohammadsyai...@gmail.com [mailto:mohammadsyai...@gmail.com] Sent: Tuesday, March 10, 2009 9:54 AM To: Milis PP-IAGI Subject: Re: [iagi-net-l] HAGI Regular short Course: Mas, opo judul atau nama kursusnya ya? Salam, Syaiful Mohammad Syaiful * handphone: +62-812-9372808 * business: msyai...@etti.co.id -Original Message- From: Muharram J. Panguriseng muhar...@pertamina-ep.com Date: Tue, 10 Mar 2009 09:01:07 To: 'Forum Himpunan Ahli Geofisika Indonesia'fo...@hagi.or.id; iagi-net@iagi.or.id Subject: [iagi-net-l] HAGI Regular short Course: Yth. Bapak/Ibu Anggota HAGI/IAGI, HAGI menjadwalkan untuk mengadakan regular short course sbb. : Dates: 15th - 17th April 2009 (3 days course) Instructors : Awang H. Satyana (BPMIGAS) Venue: Senggigi Beach Hotel, Lombok Fee : USD 1,650 (HAGI/IAGI Member); USD 1,750 (Non-HAGI/IAGI Member ) (Including hotel 4 nights 5 days, Coffee break Lunch, Course Material, Course Kit, Certificate) COURSE OVERVIEW Today, people use concepts of petroleum system in evaluating petroleum potential and exploration risks involved in area of investigation. We have seen that these concepts been successfully employed. Using this approach, new petroleum accumulations have been discovered and significant reduction of exploration risks has taken place. Petroleum system concept was developed through petroleum geochemistry. The ability to identify petroleum system uniquely depends on geochemical techniques needed such as to map hydrocarbon shows and to carry out petroleum-petroleum and petroleum-source rock correlations. However, generally, one with strong interest and training in petroleum geochemistry is seldom. Most petroleum geologists have known a lot about reservoirs and traps, little about seals, and virtually nothing about source rocks and migration. This contrasts with the knowledge that if we know where oils came from and how and to where they migrate, we can better predict where they will be found. Petroleum geochemistry could then be used to upgrade areas in which to concentrate exploration activity, thereby reducing risk. Accordingly, petroleum geochemistry should not be under-employed let alone ignored. In this three day course, essential concepts of petroleum geochemistry will be introduced. Methods usually used in petroleum geochemistry such as for interpreting source facies, kerogen types, source maturation, oil classification, genetic gas types and many other things will be discussed. Participants will also be introduced to biomarkers, how to interpret and use them for exploration and production. Migration concepts that are too much oversimplified so far by many petroleum geologists will be elaborated in this course. Reservoir geochemistry, which can give solutions for field development and fluid problems, will be discussed. Gas geochemistry will also be presented in detail considering that gas resources are getting important. Theoretical bakground of petroleum geochemistry concepts, exercises using methods, and presentation of real cases of petroleum geochemistry in Indonesian basins will form a backbone of the course. The instructor has 12 year experience of petroleum geochemistry combining activities of learning, applying, publishing and teaching. The instructor has 19 year experience on petroleum geology of Indonesia, making him has a good synthesis of ability of combining petroleum geochemistry and petroleum geology. The instructor is working for BPMIGAS, this enables him to see many areas in Indonesia operated by many companies. How each company in Indonesia use petroleum geochemistry therefore, will be an interesting discussion during the course. COURSE OUTLINE Introduction .. What is petroleum geochemistry ? .. What can petroleum geochemistry do ? .. How we have ignored petroleum geochemistry ? Chemical and Physical Properties of Petroleum Analytical Geochemistry .. Laboratory analyses .. Biomarkers .. Isotope geochemistry Source Rocks .. Organic matter, source, kerogen, and preservation in sediments .. Source rock depositional environments .. Source rock characterisation .. Evaluating source rocks from wireline logs Hydrocarbon Generation .. Maturity : optical and molecular parameters .. Petroleum generation and expulsion .. Volumetric calculations Hydrocarbon Migration .. Modeling paleo-migration Oil Geochemistry .. Oil properties .. Oil grouping Gas Geochemistry .. Gas properties .. Gas grouping (biogenic vs thermogenic gas
