Smart Training Center

Pengoperasian & Pemeliharaan Mesin Bubut
2025-11-11 - 2025-11-13 | Bandung, Jawa Barat, Indonesia
LATAR BELAKANG:
Pengoperasian mesin bubut adalah salah satu aspek penting dalam bengkel permesinan, yang digunakan di industri manufaktur, sekolah kejuruan, dan pelatihan. Mesin bubut umumnya tersedia dalam berbagai jenis dan ukuran di pabrik besar, dan fungsinya sangat beragam. Alat ini dapat digunakan untuk membuat permukaan rata, tirus, alur, ulir, serta melakukan pengeboran dan pemotongan, menjadikannya salah satu alat yang paling serbaguna dalam proses produksi.
Pengoperasian mesin bubut memerlukan keterampilan tinggi untuk memastikan produk yang dihasilkan memiliki presisi dan akurasi yang sangat baik. Operator mesin harus memiliki pemahaman yang mendalam tentang jenis material yang digunakan, prosedur kerja yang benar, serta teknik perawatan mesin yang efektif. Di samping itu, pemahaman tentang faktor keamanan dan peraturan yang berlaku sangat penting untuk menghindari kecelakaan kerja. Indonesia Power menempatkan prioritas tinggi pada kesehatan, keselamatan kerja, dan perlindungan lingkungan dalam setiap aspek operasionalnya.
Pelatihan Pengoperasian & Pemeliharaan Mesin Bubut ini mencakup berbagai topik, mulai dari dasar-dasar material yang umum digunakan, teknik pengoperasian melalui tutorial dan video, hingga aspek kesehatan dan keselamatan kerja. Peserta juga akan mendapatkan tips untuk penggunaan yang aman serta studi kasus yang dapat memperkaya pengetahuan dan keterampilan mereka dalam pengoperasian mesin bubut.
SASARAN PROGRAM:

Menjelaskan peraturan dan undang-undang terkait pengoperasian mesin bubut.
Meningkatkan kompetensi operator dan pengetahuan tentang ilmu logam.
Menjelaskan fungsi perlengkapan mesin bubut.
Melakukan pemeriksaan dan perawatan mesin sesuai standar.
Mengedukasi tentang aspek keselamatan kerja sejalan dengan program HSE perusahaan.
Meminimalkan risiko kecelakaan kerja.

SILABUS:

Dasar-dasar pengetahuan tentang logam.
Jenis-jenis bahan bubutan.
Pengaruh bahan dan pahat bubut terhadap kecepatan potong.
Pengenalan mesin bubut dan bagian-bagiannya.
Teknik-teknik pembubutan, termasuk pembuatan ulir dan knurling.
Cara perawatan dan pemeliharaan mesin.
Aspek keselamatan dan perundang-undangan.

PESERTA YANG DISARANKAN:
Operator, petugas keselamatan, serta tim operasi dan pemeliharaan.
INSTRUKTUR:
Rusmana, ST., M.Eng.

Advance Project Economics & Portfolio Management
2025-11-10 08:30 - 2025-11-12 16:00 (Asia/Krasnoyarsk) | Bogor, Komplek Vila Asia, Bogor, Bogor (Kota), West java, Indonesia
About the Course:
Industri minyak dan gas di Indonesia sedang mengalami periode transformasi yang ditandai oleh perubahan regulasi, kemajuan teknologi, dan dinamika pasar yang berubah. Dalam upaya meningkatkan keamanan dan keberlanjutan energi, pemahaman tentang ekonomi proyek lanjutan dan analisis risiko menjadi semakin penting. Kursus ini akan membahas seluk-beluk Production Sharing Contracts (PSCs), termasuk Cost Recovery dan Gross Split, serta dampaknya terhadap pengelolaan proyek di sektor energi.
Course Objectives:
Setelah mengikuti kursus ini, peserta diharapkan dapat:

Memahami konsep dasar dan struktur Production Sharing Contracts (PSCs).
Menganalisis aspek ekonomi proyek dalam konteks PSC.
Mengidentifikasi risiko yang terkait dengan proyek minyak dan gas.
Menggunakan teknik analisis risiko untuk pengambilan keputusan yang lebih baik.
Mengembangkan strategi untuk meningkatkan keberlanjutan dan efisiensi proyek.

Who Should Attend:
Pelatihan ini direkomendasikan untuk:

Profesional di industri minyak dan gas
Manajer proyek dan tim manajemen
Analis keuangan dan ekonomi
Insinyur dan teknisi yang terlibat dalam pengelolaan proyek
Staf yang bekerja di bidang regulasi dan kepatuhan

Course Content:
1.Introduction to Production Sharing Contracts (PSCs):

Definisi dan struktur PSC
Perbedaan antara Cost Recovery dan Gross Split

2.Project Economics:

Analisis biaya dan manfaat
Pengembalian investasi dan profitabilitas

3.Risk Analysis in Oil and Gas Projects:

Identifikasi dan penilaian risiko
Teknik mitigasi risiko

4.Regulatory Frameworks:

Kebijakan pemerintah dan dampaknya terhadap industri
Kepatuhan terhadap regulasi

5.Case Studies:

Analisis proyek nyata dalam konteks PSC
Pembelajaran dari pengalaman industri

About the Trainer:
Dr. A Rinto Pudyantoro, MM, Ak, CA adalah seorang praktisi bisnis hulu migas dengan pengalaman lebih dari 30 tahun di industri ini. Karir beliau dimulai di VICO Indonesia, di mana beliau bekerja selama hampir 11 tahun, sebelum melanjutkan karir di BP Indonesia selama 4 tahun. Selanjutnya, Dr. Rinto menghabiskan 16 tahun di BP Migas dan SKK Migas, di mana beliau berkontribusi signifikan dalam pengembangan dan pengelolaan proyek-proyek migas di Indonesia.
Hingga akhir Mei 2022, Dr. Rinto Pudyantoro menjabat sebagai Kepala Divisi Program dan Komunikasi di SKK Migas. Sebelumnya, beliau juga menjabat sebagai Kepala Perwakilan SKK Migas untuk Papua dan Maluku, di mana beliau bertanggung jawab atas pengawasan dan pengelolaan kegiatan migas di wilayah tersebut.
Dengan latar belakang yang kuat dalam manajemen proyek dan komunikasi, Dr. Rinto memiliki keahlian dalam analisis ekonomi proyek, pengelolaan risiko, dan strategi pengembangan bisnis di sektor energi. Beliau dikenal sebagai pembicara yang inspiratif dan telah memberikan pelatihan kepada banyak profesional di industri migas, membantu mereka memahami tantangan dan peluang dalam pengelolaan sumber daya energi.

Extended Reach Drilling
2025-11-03 08:30 - 2025-11-05 16:00 | Jogjakarta, Jl. Malaiboro, Jogjakarta, DI Jogjakarta, Indonesia
About the Course:
Extended Reach Drilling adalah teknik pengeboran berarah (biasanya horizontal drilling) untuk menjangkau cadangan minyak atau gas yang lebih jauh dari lubang asal sumur.
Pelatihan Extended Reach Drilling (ERD) ini bertujuan untuk meningkatkan pemahaman peserta mengenai desain dan aspek operasional dalam pengeboran dengan jangkauan jauh. Fokus pelatihan mencakup tantangan yang dihadapi dalam operasi pengeboran yang kompleks, termasuk masalah pipa terjepit, pengoperasian casing, dan kompleksitas lainnya. Peserta akan belajar merencanakan dan mengevaluasi sumur ERD dengan mempertimbangkan parameter pengeboran yang penting untuk meminimalkan masalah selama pelaksanaan.
Course Objectives:
Setelah mengikuti kursus ini, peserta diharapkan dapat:

Memahami desain dan operasi ERD.
Memilih kandidat sumur ERD yang tepat.
Mengidentifikasi tantangan dan keterbatasan dalam ERD.
Menghitung parameter penting dalam ERD.
Memahami tantangan dan solusi dalam pengeboran serta kompleksitas sumur ERD.

Who Should Attend:
Pelatihan ini cocok untuk berbagai profesional di industri migas, terutama:

Drilling Engineer dan Completion Engineer
Drilling Supervisor dan Drilling Manager
Tim pendukung kegiatan pengeboran
Logistic Drilling
Project Management Drilling
Well Development Engineer
Tim Subsurface, seperti Geological Engineer

Course Content:
1.Introduction:

Apa itu ERD
Tujuan ERD
Desain Sumur Sudut Tinggi

2.Equipment and Planning:

Rig dan Peralatan untuk ERD
Perencanaan Trajektori
Perencanaan Sumur Sederhana

3.Design and Operation of ERD:

Dasar-dasar Torque dan Drag
Dasar-dasar Bulking
Pemilihan Bit dan BHA
Survei
Tripping dan Back-reaming
Contoh Desain Sumur

4.Drilling Problem and Completion:

Pembersihan Lubang
Surge dan Swab
Manajemen Hidraulik dan ECD
Pemantauan Kondisi Lubang
Dasar-dasar Stabilitas Wellbore
Sticking Diferensial
Pengoperasian Tubular dan Floatasi Casing
Cementing dan Penyelesaian
Contoh Desain Sumur

About the Trainer:
Prof. Herianto, Ir., M.Sc., Ph.D. adalah seorang ahli di bidang Teknik Perminyakan dengan pengalaman lebih dari 40 tahun. Beliau merupakan dosen senior di UPN Veteran Yogyakarta dan mengajar di beberapa universitas lainnya. Selain sebagai pendidik, Prof. Herianto aktif sebagai konsultan dan trainer di perusahaan-perusahaan minyak terkemuka seperti Pertamina, Chevron, dan Total Indonesie. Beliau juga memiliki pengalaman sebagai Manager Support di GeoQues Schlumberger dan terlibat dalam berbagai proyek besar di bidang migas dan geothermal. Prof. Herianto adalah instruktur bersertifikasi untuk pelatihan Drilling IADC dan Well Control, serta telah mempublikasikan karya ilmiah di forum nasional dan internasional.

Well Completion and Workover
2025-10-13 08:30 - 2025-10-16 16:30 | Jogjakarta, Jl. Malaiboro, Jogjakarta, DI Jogjakarta, Indonesia
BACKGROUND:
Well completion and workover represent two essential activities in the oil and gas industry, applicable to both oil and gas wells. The initial completion process enables production fluids to flow into the wellbore and subsequently to surface facilities. Conversely, workovers are necessary when production levels begin to decline over time. Thus, workovers are often performed repeatedly. Typically, well completion occurs only once in the life of an oil or gas well, whereas workovers may take place regularly whenever a Production Engineer identifies an opportunity to enhance production rates.
Engaging in oil and gas activities entails significant capital investment and inherent risks, as operations involve flammable fluids, high pressure, and elevated temperatures. Therefore, all personnel involved must possess the necessary knowledge and qualifications, along with sufficient experience. However, it is common for some individuals to lack the required prerequisites for their roles. As a result, supplementary training may be necessary to ensure that operations are conducted safely, technically sound, and environmentally friendly.
OBJECTIVES:
After attending this training participants expected to:

Understand correct prosedur and technique of well completion dan workover
Recognize and familiar with equipment related to workover and well completion
Undestand technique and function of well stimulation
Analysis well problem and give the right solutions
Improve well flow performance
Design workover and well completion
Analisa completion and workover results

TRAINING CONTENT:

Basics of Production Techniques: Reservoir flow energy, Oil well production testing, Gas well production testing
Well Completion Practices: Types of well completion, Interval selection and productivity considerations
Downhole Production Equipment: Tubular products, Packers, Circulating devices, Nipples, Blast joint and flow coupling, Telescopic swivel joints, Subsurface Safety Valves, Artificial lift equipment, Wellhead Assemblies
Perforating: Shaped charges, Industry testing procedures, Gun categories, Specialized equipment and operation, Casing deformation/damage, Perforation productivity considerations, Field completion considerations, Wellhead pressure control, Depth control technique
Production Problems
Sand Control: Basic technology, Control methods, Program engineering
Types of workovers: Full-bore, Thru- tubing
Workover equipment: Rigs, Hydraulic (Snubbing) Units, Coiled tubing
Workover fluids selection
Hydraulic fracturing
Acidizing
Acid-Hydraulic Fracturing
Corrosion, Scale, and Paraffin Removal
Changing of Production Zones
Leak Detection and Isolation
Economic Analysis and Decision

WHO SHOULD ATTEND:

Drilling Team: Engineer, Superintendent, Supervisor
Well Services team: Rig Manager, Service Company Drilling, Rig Supervisor
Petroleum Engineering Team: Workover engineer, Production Engineer, Production superintendent, Production Supervisor, Senior Operator
HSE Supervisor, and Maintenance Supervisor.

TRAINER:
Prof. Herianto, Ir., M.Sc., Ph.D.

Perhitungan Heat Rate Untuk Pembangkit
2025-10-06 08:30 - 2025-10-08 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Heat rate adalah salah satu parameter kinerja penting dalam pembangkit listrik. Pemahaman tentang perhitungan heat rate sangat untuk pembangkit diperlukan bagi karyawan yang bekerja di pembangkit untuk mengukur dan menganalisis kinerja operasional. Dengan memahami pengukuran parameter yang menentukan heat rate, interpretasi data, dan analisis hasil perhitungan, karyawan dapat mengetahui kinerja pembangkit dan melakukan perbaikan yang diperlukan. Heat rate juga membantu mengidentifikasi sumber masalah kinerja atau degradasi kinerja pembangkit.
Meskipun engineer dapat melakukan analisis dan perhitungan heat rate secara manual, penggunaan software dapat meningkatkan efisiensi dan akurasi pekerjaan. Dalam pelatihan ini, instruktur akan memberikan pemahaman mendalam serta panduan praktis dalam menggunakan software untuk perhitungan heat rate.
Objectives:
Setelah mengikuti pelatihan ini, peserta diharapkan dapat:

Memahami pengukuran parameter untuk menentukan heat rate.
Memahami interpretasi data.
Menganalisis hasil perhitungan heat rate.

Recommended Participants:
Pelatihan ini direkomendasikan untuk:

Staf Operasi & Pemeliharaan.
Insinyur.
Staf Proses.

Course Outline:

Konsep Dasar Heat Rate

Definisi heat rate dan satuannya (BTU/kWh atau kJ/kWh).
Hubungan antara heat rate dengan efisiensi pembangkit.
Dampak heat rate terhadap biaya operasional dan konsumsi bahan bakar.

Prinsip Kerja Pembangkit

Siklus termodinamika yang digunakan dalam pembangkit listrik (Rankine cycle, Brayton cycle, dll.).
Konversi energi dari bahan bakar menjadi energi listrik.
Perbandingan antara berbagai jenis pembangkit listrik (PLTU, PLTG, PLTGU, dll.).

Komponen Utama Pembangkit dan Fungsinya

Boiler, turbin, generator, kondensor, pompa, dan sistem perpipaan.
Peran masing-masing komponen dalam konversi energi.
Efisiensi operasional dan kaitannya dengan heat rate.

Metode Pengukuran Pemantauan Heat Rate

Parameter operasional yang digunakan untuk menghitung heat rate.
Teknik pengukuran bahan bakar, daya keluaran, dan losses.
Peran data historis dan real-time monitoring dalam evaluasi heat rate.

Instrumentasi

Sensor dan alat ukur yang digunakan dalam pemantauan heat rate.
Kalibrasi dan keakuratan instrumen pengukuran.
Integrasi sistem instrumentasi dengan SCADA dan sistem kontrol lainnya.

Perhitungan dan Analisis Heat Rate

Formula dasar untuk menghitung heat rate.
Studi kasus perhitungan heat rate berdasarkan data operasional.
Identifikasi penyebab penyimpangan heat rate dari nilai standar.

Metode dan Tindakan Perbaikan Heat Rate

Strategi peningkatan efisiensi pembangkit listrik.
Pemeliharaan preventif dan korektif untuk mengurangi losses.
Best practices dalam operasional pembangkit untuk mempertahankan heat rate yang optimal.

Praktek Menggunakan In-house Software

Pengenalan antarmuka dan fitur utama software.
Simulasi perhitungan heat rate menggunakan data nyata.
Evaluasi efektivitas software dalam pemantauan dan optimasi heat rate

About the Course Leaders:
Maridjo, Drs, ST., MT., adalah alumni Teknik Mesin dari Institut Teknologi Bandung (ITB). Beliau telah menjadi dosen di PEDC dan saat ini mengajar di Teknik Mesin Politeknik ITB (POLBAN). Dengan pengalaman mengajarkan berbagai topik terkait keahlian di banyak perusahaan di Indonesia, Maridjo telah berkolaborasi dengan perusahaan-perusahaan besar seperti Chevron, Semen Gresik, Pertamina, dan banyak lainnya.

Bearing and Lubrication Technology
2025-10-01 08:30 - 2025-10-03 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Bearing adalah komponen mesin yang mendukung dan memposisikan rotor mesin untuk memastikan rotor berada pada posisi yang benar. Dengan dukungan pelumasan yang tepat dan ketersediaan daya, rotor dapat berputar dengan penyelarasan yang benar, mesin bebas dari getaran berlebihan, dan rotor serta stator terhindar dari gesekan berlebihan. Kondisi ini memastikan pasokan daya tetap dalam rentang yang wajar dan meminimalkan kemungkinan kegagalan operasional. Pelumas berfungsi sebagai katalisator untuk ketiga komponen tersebut agar berfungsi dengan baik. Oleh karena itu, penting untuk memahami lebih dalam mengenai Bearing dan Lubrication Technology untuk mengoptimalkan pelumasan dan meningkatkan operasi serta pemeliharaan kita.
Objectives:
Setelah mengikuti pelatihan ini, peserta diharapkan mampu:

Memahami parameter dan pengaruhnya terhadap operasi roller bearing dan pelumas.
Mengoperasikan dan memelihara roller bearing dengan benar.
Memahami faktor-faktor yang menyebabkan degradasi pelumas.
Mampu menemukan penyebab kegagalan dan cara menanganinya.

Recommended Participants:
Pelatihan ini direkomendasikan untuk:

Insinyur mekanik.
Insinyur dan supervisor pemeliharaan.
Insinyur dan supervisor layanan.
Insinyur dan supervisor work over.
Teknisi dan perencana pemeliharaan.

Course Outline:
1.Fundamental Lubrication

Jenis-jenis pelumas.
Teori gesekan dan pelumasan.

2.Oil

Mengukur viskositas, serta efek suhu dan tekanan.

3.Selecting & Determining Viscosity
4.Grease

Memilih grease.

Kelas NGLI.
Aditif dalam grease.

5.Pump Lubrication System

Pelumasan motor.
Sistem pelumasan mesin diesel dan peralatan berat.
Sistem pelumasan kompresor.
Sistem pelumasan turbin uap.
Solusi pemeliharaan total – program pelumasan.

6.Additives

Kandungan aditif.
Aditif dalam gearbox dan mesin pembakaran.

7.How to Plan a Preventive Maintenance Program for Lubrication

Cara membuat perencanaan pelumasan.

8.Determine Lubrication Interval
9.Vibration Phenomenon & Problems Caused by Lubricants

Pemeliharaan prediktif.
Studi kasus: analisis getaran.
Kerusakan bearing akibat kesalahan pelumasan.

10.Troubleshooting Related to Lubricants
11.Wear on Journal Bearings
12.Damage to Bearings
13.Damage to Gearboxes
14.Lube Oil Analysis
15.Reliability Improvement on Lube Oil
16.Handling and Storage of Lubricants and Safety
About the Course Leaders:
Cecep Slamet Abadi, ST., MT adalah associate instructor di FJM dengan latar belakang pendidikan Teknik Mesin untuk jenjang S1 & S2. Sejak tahun 1996, beliau aktif sebagai dosen dan memiliki pengalaman di bidang industri dan konsultan, termasuk di LAPI ITB, Puslitbang Air, PINDAD, dan audit energi di Pertamina EP. Pak Cecep telah mengajar lebih dari 150 pelatihan in-house dan publik di berbagai perusahaan, termasuk Indonesia Power, PLTA Saguling, Freeport-Papua, Chevron Oil/Gas, dan banyak lainnya.

Monobore Drilling and Completion
2025-09-29 08:30 - 2025-10-02 16:00 | Bandung, Jawa Barat, Indonesia
About the Course:
Monobore Drilling & Completion merupakan terobosan baru dalam industri minyak dan gas yang menawarkan solusi lebih ekonomis dan efisien dalam waktu pelaksanaan. Dengan semakin menipisnya cadangan minyak dan gas, reservoir marginal dengan tipe berlapis menjadi tidak ekonomis jika dibor dan completion secara konvensional. Oleh karena itu, penerapan teknik monobore, yang mencakup drilling dan completion, sangat penting untuk mengoptimalkan eksploitasi lapangan minyak dan gas yang relatif tua, sehingga hasil produksi dapat dicapai secara optimal dan ekonomis.
Objectives:
Setelah mengikuti pelatihan ini, peserta diharapkan dapat memahami:

Teknik pemboran monobore.
Teknik completion monobore.
Penerapan artificial lift yang tepat pada sumur minyak monobore.

Recommended Participants:
Pelatihan ini direkomendasikan untuk:

Drilling Engineer dan Completion Engineer.
Drilling Supervisor dan Drilling Manager.
Tim yang mendukung kegiatan pemboran.
Logistic Drilling.
Project Management Drilling.
Well Development Engineer.
Subsurface Team, seperti Geological Engineer.

Course Outline:
1.Pengantar Tentang Monobore

Definisi dan konsep dasar monobore drilling & completion.
Keunggulan dan keterbatasan teknologi monobore.
Aplikasi monobore dalam industri minyak dan gas.

2.Tinjauan Keekonomian

Analisis biaya dan manfaat monobore drilling & completion.
Studi kasus keekonomian proyek monobore.
Strategi pengambilan keputusan berdasarkan keekonomian.

3.Drilling Technique & Safety Consideration

Perencanaan sumur monobore.
Teknik pemboran dan mitigasi risiko.
Pengelolaan tekanan dalam pemboran monobore.

4.Cementing and Consideration

Teknik penyemenan pada monobore.
Pemilihan material penyemenan.
Evaluasi integritas penyemenan.

5.Dual String Perforation

Konsep dual string dalam monobore.
Teknik perforasi dan tantangan operasional.
Solusi teknis untuk mengatasi problem perforasi.

6.Wellhead Monobore Completion

Desain dan instalasi wellhead monobore.
Komponen utama dan fungsinya.
Inspeksi dan pemeliharaan wellhead.

7.Artificial Lift Application on Monobore Wells

Jenis-jenis artificial lift yang relevan.
Kriteria pemilihan artificial lift.
Optimasi produksi dengan artificial lift.

8.Diskusi dan Studi Kasus

Analisis studi kasus nyata dari proyek monobore.
Sesi diskusi interaktif dengan peserta.
Identifikasi peluang peningkatan efisiensi dan efektivitas.

About the Course Leaders:
Prof. Herianto, Ir., M.Sc., Ph.D., adalah seorang ahli di bidang Teknik Perminyakan dengan pengalaman luas sejak tahun 1983. Beliau merupakan dosen senior di Program Sarjana dan Magister Teknik Perminyakan UPN Veteran Yogyakarta serta mengajar di Universitas Trisakti, Universitas Riau, dan institusi lainnya. Selain sebagai pendidik, Prof. Herianto juga berperan aktif sebagai konsultan dan trainer di berbagai perusahaan minyak, seperti Pertamina, Chevron, Total Indonesie, hingga Petronas.
Prof. Herianto memiliki pengalaman sebagai Manager Support di GeoQues Schlumberger serta terlibat dalam berbagai proyek besar, seperti kajian prospek migas dan geothermal, pengembangan model kontrak CBM, hingga proyek ketahanan energi nasional. Beliau juga merupakan instruktur bersertifikasi untuk pelatihan Drilling IADC dan Well Control.
Sebagai narasumber dan peneliti, Prof. Herianto telah mempublikasikan karya ilmiah di forum nasional dan internasional. Dari tahun 2011-2016, beliau menjabat sebagai pimpinan di PT. Riau Petroleum. Saat ini, beliau aktif memberikan pelatihan dan berkonsultasi di bidang migas dan panas bumi, termasuk dalam topik Well Barrier dan Well Integrity di berbagai perusahaan energi di Indonesia dan internasional.

Contractor Safety Management System Preparation
2025-09-23 08:30 - 2025-09-25 16:00 | Jakarta
BACKGROUND:
Contractor Safety Management System (CSMS), yaitu sistem manajemen yang dirancang untuk mengelola dan memitigasi risiko keselamatan bagi kontraktor yang bekerja di lokasi atau proyek tertentu. Dari sisi pemberi kerja (owner), owner ingin memastikan bahawa suatu pekerjaan dilaksanakan sesuai kaidah Q-HSE yang berlaku. Sehingga dibuatlah suatu standar & ketentuan yang harus dipenuhi oleh penyedia barang & jasa. Dari sisi penyedia barang & jasa, mereka harus dapat memenuhi semua standar & kriteria dari pemberi kerja (biasanya dibuktikan dengan sertifikat CSMS) untuk dapat diterima sebagai penyedia barang dan jasa.
Oleh karena itu, diperlukan persiapan, penyusunan, pelaksanaan dan system manajemen HSE yang comprehensive untuk mendapatkan sertifikat CSMS dari suatu perusahaan. Persiapan & untuk memperoleh kelulusan sertifikasi CSMS diperlukan waktu yang tidak pendek.
OBJECTIVES:

mengerti maksud dan tujuan CSMS
dapat mempersiapkan semua dokumen pendukung mulai dari HSE policy, procedure, manual, forms
melaksanakan program HSE dengan benar dan mempunyai dokumentasi pelaksanaannya dengan terstruktur & auditable, guna mencapai kelulusan audit & sertifikasi CSMS
memperoleh kisi-kisi tentang prosedure audit & penyiapan dokumentasi CSMS yang akan diajukan
mempelajari item dan dokumen evident yang harus dipenuhi dalam memenuhi kelulusan audit sertifikasi CSMS.

RECOMMENDED PARTICIPANTS:
Staff & manajer Q-HSE, Staff Project Department, Management yang menangani Contractor Safety Management System.
COURSE OUTLINE:
FUNDAMENTALS OF CSMS

Introduction to Contractor Safety Management System

Definisi dan tujuan CSMS
Peran dan tanggung jawab pemberi kerja dan penyedia barang & jasa
Regulasi dan standar terkait CSMS (nasional & internasional)

Q-HSE Principles in CSMS

Prinsip-prinsip Quality, Health, Safety, dan Environment (Q-HSE) dalam CSMS
Keterkaitan Q-HSE dengan keberhasilan proyek

CSMS Framework and Structure

Struktur dasar CSMS
Elemen kunci dalam CSMS (HSE policy, prosedur, manual, forms)
Studi kasus implementasi CSMS yang berhasil

DOCUMENT PREPARATION AND IMPLEMENTATION

Preparation of HSE Documentation

Penyusunan HSE policy dan procedure
Pembuatan manual dan forms pendukung
Penyusunan program HSE yang terstruktur

Implementation of HSE Programs

Langkah-langkah pelaksanaan program HSE di proyek
Monitoring dan evaluasi program HSE
Dokumentasi pelaksanaan HSE (auditable)

Risk Management and Mitigation

Identifikasi risiko di lokasi kerja
Metode mitigasi risiko
Keterlibatan kontraktor dalam manajemen risiko

AUDIT AND CERTIFICATION PREPARATION

CSMS Audit Process

Prosedur audit sertifikasi CSMS
Checklist audit dan persiapan dokumen pendukung
Peran dan tanggung jawab tim audit internal dan eksternal

Audit Evidences and Case Studies

Item dan dokumen evident yang harus dipenuhi
Studi kasus hasil audit CSMS (lulus dan tidak lulus)

Certification and Continuous Improvement

Proses sertifikasi dan evaluasi
Tindakan perbaikan dan continuous improvement dalam CSMS
Strategi mempertahankan sertifikasi CSMS

TRAINING METHODS:

Presentasi dan diskusi interaktif
Studi kasus dan simulasi
Latihan penyusunan dokumen CSMS
Role play audit dan penilaian

DELIVERABLES:

Materi pelatihan (soft copy & hard copy)
Template HSE policy, procedure, manual, dan forms
Checklist audit dan contoh dokumen evident

ABOUT THE COURSE LEADERS:
Ir. Irawadi Prihaswan, M.K3, Dipl. Geoth.
Mr. Irawadi is professional practitioner with more than 30 years of experience in wide range of working environments; oil & gas, geothermal & mining. His career dedication in Health & Safety Management started in 1999 which is 20 years ago. He accountable for the position of Manager of Emergency Response in Chevron stationed in Balikpapan and then Pekanbaru since 2009. Due to his qualifications and capabilities, he is still now handling advisory position in HSE in one of well-known geothermal company reporting the VP Operation & Maintenance. He is the manager fully in charge for development & roll-out of ERP/ECS in the company he worked for.
In 1986 he was graduated from Gajah Mada University, received his diploma degree from Auckland, New Zealand. His Master Degree (S2) is in Occupational Health & Safety from University of Indonesia in 2007.
During his careers, he is also internal trainer for the health & safety related matters & shared his knowledge & skills to his community.

Oil & Gas Surface Facilities and Measuring System
2025-09-08 08:30 - 2025-09-11 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course:
The Upstream Oil & gas industry involves a wide range of activities starting from exploration, exploitation and also multi disciplines of skill sets. The “Oil & Gas Surface Facilities and Measuring System” training is designed to equip participants with a comprehensive understanding of surface facilities in oil and gas operations, focusing on key components, processes, and measurement systems. These facilities are critical for ensuring the efficient handling, processing, and transportation of hydrocarbons while adhering to safety, environmental, and operational standards.
This course aims to enhance participants’ technical knowledge and practical skills in operating, maintaining, and troubleshooting surface facilities and measurement systems. By the end of the training, participants will be proficient in identifying the functions of various surface facility components, understanding measurement principles, and implementing best practices to optimize production efficiency and ensure compliance with industry regulations.
Course Objectives:
Dengan mengikuti training ini, peserta akan:

Memahami dasar-dasar teknologi eksploitasi dan pemrosesan minyak dan gas.
Mampu memecahkan masalah terkait fasilitas permukaan dan sistem pengukuran minyak dan gas.
Mempelajari sifat-sifat fluida produksi dan teknik pembersihan pipa.
Mengetahui cara mencegah korosi dan sistem pengukuran produksi.

Who Should Attend:
Training ini direkomendasikan untuk:

Production Supervisors dan Engineers
Facility Engineers
Safety Personnel
Maintenance Personnel
Teknisi dan Operator Produksi

Course Content:
Introduction to Surface Facilities
Overview of surface facilities, their roles in oil and gas production, and key challenges in operations.
Oil and Gas Separation Systems

Principles of oil, gas, and water separation.
Equipment overview: separators, scrubbers, and coalescers.

Storage and Transportation Systems

Crude oil and natural gas storage options.
Pipeline systems and flow assurance techniques.

Gas Compression and Processing

Fundamentals of gas compression.
Overview of dehydration, sweetening, and liquefaction processes.

Measurement and Metering Systems

Principles of flow measurement: orifice, turbine, ultrasonic, and Coriolis meters.
Calibration and accuracy verification.

Health, Safety, and Environmental (HSE) Considerations

Safety protocols in handling hydrocarbons.
Environmental compliance and emissions control.

Maintenance and Troubleshooting

Preventive and corrective maintenance strategies.
Common issues and resolution techniques in surface facilities and measurement systems.

About the Course Leader:
Prof. Herianto, Ir., M.Sc., Ph.D., adalah seorang akademisi dengan pengalaman lebih dari 30 tahun di industri perminyakan. Beliau mengajar di Program Sarjana dan Magister Teknik Perminyakan UPN Veteran Yogyakarta sejak tahun 1983 dan memiliki pengalaman luas sebagai konsultan di berbagai perusahaan minyak. Prof. Herianto juga aktif sebagai instruktur pelatihan di banyak perusahaan terkemuka di Indonesia, termasuk Pertamina, Chevron, dan Total Indonesia.

OIL & GAS BUSINESS for Secretaries and Admin Staff
2025-09-08 08:30 - 2025-09-10 16:00 | Bogor, Komplek Vila Asia, Bogor, Bogor (Kota), West java, Indonesia
Background & About the Course:
The crucial role of OIL & GAS BUSINESS for Secretaries and Admin Staff is often overlooked, yet they are vital in supporting the achievement of company goals through the performance of line managers and high-level management. Therefore, it is essential for administrative staff and secretaries to be well-equipped with a thorough understanding of upstream oil and gas business operations. This knowledge enables them to provide meaningful support, fully aware that their roles and responsibilities contribute to the company’s objectives, which are fundamentally rooted in the framework of Production Sharing Contracts (PSC). Additionally, administrative staff and secretaries should stay updated on industry issues, particularly those related to the upstream oil and gas sector.
Course Objectives:
By the end of this training, participants will be able to:

Understand the fundamentals of the upstream oil and gas business.
Recognize the operational aspects of the oil and gas industry.
Apply knowledge of PSC and its implications for business operations.
Stay informed about current issues in the oil and gas industry.
Enhance their skills to support management effectively.

Who Should Attend:
This course is recommended for:

Administrative Staff
Secretaries
Other supporting staff in the Oil & Gas sector

Course Content:

Introduction
Characteristics of the Oil and Gas Business
Oil and Gas Business in Indonesia: Management of Natural Resources and Government Roles

Understanding state property, private property, communal property, and open access

Governance in Upstream Oil and Gas Business
Legal and Regulatory Framework
Understanding Production Sharing Contracts (PSC)
Project Management and Planning
Operational Aspects
Oil and Gas Pricing

Sertifikasi PLB3 (Penanganan Limbah B3) BNSP
2025-09-08 08:30 - 2025-09-10 16:00 | Jakarta
Background & About the Course:
Pencemaran limbah B3 dari aktivitas industri merupakan Pemerintah telah mengeluarkan aturan baru pengolahan limbah bahan berbahaya dan beracun (B3) dan non-B3. Aturan tersebut tercantum dalam Peraturan Pemerintah Nomor 22 Tahun 2021 tentang Penyelenggaraan Perlindungan dan Pengelolaan Lingkungan Hidup. PP ini merupakan salah satu turunan Undang-Undang No.11 Tahun 2020 tentang Cipta Kerja.
Seseorang/ karyawan perusahaan yang mendapatkan Sertifikasi Kompetensi Ahli Pemantauan Pengelola Limbah B3 maka akan mendapatkan bukti pengakuan tertulis atas kompetensi yang dikuasainya. Sertifikat Kompetensi K3 tersebut dikeluarkan oleh BNSP (Badan Nasional Sertifikasi Profesi), badan independen yang bertanggung jawab kepada Presiden yang memiliki kewenangan sebagai otoritas sertifikasi personil dan bertugas melaksanakan sertifikasi kompetensi profesi bagi tenaga kerja, termasuk tenaga kerja di bidang Pemantauan Pengelolaan Limbah B3.
Training Objectives:
Training dan Sertifikasi BNSP – PPLB3 “Pemantauan Pengelolaan Limbah B3” dirancang untuk memberikan pengetahuan dan keterampilan komprehensif tentang aspek teknis, hukum, dan manajemen dalam pemantauan limbah B3. Program ini mencakup pembelajaran teori, studi kasus, dan simulasi praktik kerja sesuai dengan Standar Kompetensi Kerja Nasional Indonesia (SKKNI).
Peserta akan dipandu oleh para instruktur berpengalaman dan mendapatkan pelatihan intensif untuk:

Memahami regulasi terkait pengelolaan limbah B3.
Menerapkan teknik pemantauan dan analisis limbah.
Mengidentifikasi potensi risiko lingkungan dan kesehatan.
Menyusun laporan pemantauan sesuai standar.

Setelah mengikuti pelatihan, peserta berkesempatan mengikuti uji kompetensi BNSP untuk mendapatkan sertifikasi sebagai bukti kompetensi profesional yang dapat mendukung karier di bidang pengelolaan lingkungan dan limbah industri.
Who Should Attend:

Q-HSE
Enviroment Engineer, Supervisor Env. Technician

PERSYARATAN DOKUMEN SERTIFIKASI BNSP:

Foto copy of ID card
Pas Photo with red 3×4, 4 pcs
Foto copy of Ijazah diploma
Curriculum Vitae
Instruction from the company

RECOMMENDED PARTICIPANTS:

Enviroment Engineer, Supervisor atau Teknisi Lingkungan
Bagian Q-HSE

Course Content:
Unit Kompetensi PPLB3, Acuan: SKKNI No. 187 Tahun 2016 dan SKKNI No. 191 Tahun 2019:

Mengidentifikasi Sumber Limbah Bahan Berbahaya dan Beracun (B3)
Menentukan Sumber dan Kategori Bahaya Timbulan Limbah Bahan Berbahaya dan Beracun (B3)
Melakukan Penyimpanan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Melakukan Evaluasi Hasil Analisis Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Melakukan Pemantauan Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Melakukan Evaluasi Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Melakukan Pemantauan Dampak Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Menyusun Laporan Kegiatan Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Menyusun Rancangan Program Kedaruratan Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Melaksanakan Penanggulangan Kedaruratan Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Melakukan Tindakan Keselamatan dan Kesehatan Kerja (K3) terhadap Bahaya dalam Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)
Melakukan Pengurusan Perizinan Pengelolaan Limbah Bahan Berbahaya dan Beracun (Limbah B3)

About the Trainer:
Ir. Dwi Handaya., ST.,MK3., IPM
Praktisi Waste Water Treatment – Specialist
Berpengalaman praktisi lebih dari 25 tahun di bidang Waste Water Treatment baik nasional maupun internasional (Germany, Saudi Arabia, Uni Emirate Arab, Singapore, Malaysia, dan lain-lain. Mempunyai background S1 Teknik Kimia, dan S2 Magister Environment, HSE dari Universitas Indonesia. Saat ini menjabat sebagai dewan penasehat dan dewan pakar di Indonesian Water Association (www.idwa.or.id). Mensupport berbagai project bidang WWT, ETP, PWT, STP di berbagai bidang. Juga pernah mensupport berbagai industri pembangkit seperti PLTU Pangkalan Susu, PLTU Lontar, program daur ulang PLN UID Jakarta area dll.
Selain pengalaman praktis di industri, beliau telah mengajar di lebih dari 300 event training dan seminar.

Rotating Equipment and Machineries
2025-09-01 08:00 - 2025-09-05 17:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Rotating equipment & machinery often just called rotating, involves components that transfer energy between working fluids and machines. This transfer can occur from the rotor to the fluid (as in pumps and fans) or from the fluid to the rotor (as in turbines). Common examples include fans, pumps, compressors, turbines, and wind turbine generators. These machines are essential for plant production operations and require proper understanding and maintenance.
This comprehensive training program will cover the operation and maintenance of these critical machines, ensuring participants gain valuable knowledge for their daily work. The training is proposed to last 10 days, ideally split into two sessions of 5 days each.
Objectives:

Provides the participant full knowledge of widely used rotating equipment, including theoretical and practical discussion
Participant will be able to understand the characteristic of rotating equipment by apprehending the basic, construction, operation, maintenance, performance and testing, and also trouble shooting and discussion.
Refresh the knowledge of participants who has been sometime away from machineries equipment
Implement better operation & maintenance practices related to rotating equipment.

COURSE OUTLINE:
Rotating Equipment Overview
Pump

Types and Applications
Mechanical Design
Pump Performance
Operation and Maintenance
Centrifugal Pump Hydraulic Disturbances
Mechanical Seals

Gas Compressor

Basic Concept and Characteristics
Compressor Types and Applications
Compressor Design, Operation, and Maintenance Overview
Compressor Performance and Evaluation
Anti-Surge Control System
Dry Gas Seal and Seal Gas Support System

Steam Turbine

Steam Turbine Function and Types
Steam Turbine Performance
Steam Turbine Operation and Maintenance
Steam Turbine Control and Protection System

Gas Turbine

Gas Turbine Types and Applications
Gas Turbine Mechanical Design
Gas Turbine Performance
Gas Turbine Support Systems
Gas Turbine Control and Protection
Operation and Maintenance

Couplings

Flexible Coupling Design, Installation, and Operation: How flexible couplings are designed, installed, and maintained to ensure smooth transmission of power.

Bearing and Lubrication

Bearing Types and Characteristics
Bearing Mechanical Design
Lubrication and Lube Oil System Overview and Types

Rotating Machineries Predictive Maintenance

Lube Oil Condition Monitoring & Analysis
Vibration Condition Monitoring & Analysis
Tools & Equipment
Measurement Methods

WHO SHOULD ATTEND:

Manager, Supervisor & Technician Mechanical
Mechanical Engineer
Operation & Maintenance

About the Course Leader
William C. Cawthon
Mr. Cawthon is a practitioner, with years of experiences working in senior managerial roles, and over 35 years’ technical experience, managing people and projects. His last position in Indonesia was Vice President & Operation Director of Sulzer Turbo Services Indonesia for almost 5 years managing more than 150 people. He also spent his time as Singapore Country Head of Sulzer Rotating Equipment Services for 3 years. He was also member of Asia Pacific Management Team, Reporting to the Asia Pacific President.
In the fields, he has very broad industrial experiences in oil & gas, petrochemical, power generation, geothermal, and also pulp & papers. He has the opportunities to worked in various countries such as: Indonesia for sure, Singapore, China, Rusia, Taiwan and surely abundant of good track records & accomplishments in USA, his home country. Started his career as Electrician Mate in US Navy for more than 5 years, continued as Field Service Engineer also for more than 5 years. He was responsible for installation, start up, repair, commissioning, operation & troubleshooting of centrifugal compressors, integral gear compressors, gears, steam turbines and pumps with all related Auxiliaries Systems.
When he was then assigned as Field Engineer in USA (1990-2006). In addition to his routine jobs, he also conducted training for onsite personnel on the operation, repair & maintenance of all equipment and helped onsite personnel to set up maintenance & parts inventory.
Since 2016 Mr. Cawthon spends his time as Consultant in Rotating Equipment after having more than 30 years of solid experience in this area, starting as a technician all the way up to Top Level Management positions in Asia Pacific Region.
Anda mungkin membutuhkan:

Bearing & lubrication
Mechanical seals for rotating equipment

Uji Persiapan Operasi Pembangkit Listrik Tenaga Termal
2025-08-26 08:30 - 2025-08-28 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Smooth, problem-free, and economical power plant operations are the goals of all stakeholders in the electricity generation sector. A critical activity to achieve these goals is the proper preparation of both main and auxiliary equipment before they are integrated into the system. This preparation process, known as power plant operational activities, includes testing equipment conditions based on technical specifications that align with their design, ensuring that no issues arise once they are operational.
This training will cover how to conduct operational preparation activities, including testing procedures that encompass preventive actions, prerequisites, preparation arrangements, operational procedures, and conclusions. This training is particularly suitable for designers, implementation engineers, and technical personnel involved in the design, maintenance, and operation of power plants.
Course Objectives
After completing this training, participants are expected to:

Enhance technical skills in testing critical power plant components to ensure smooth, problem-free, and economical operations.
Plan tests meticulously, including preventive actions, requirements, preparation arrangements, procedures, and conclusions.
Collaborate effectively with relevant stakeholders during testing.

Who Should Attend
Recommended Participants:

Planning Engineers and Operations Personnel
Power Plant Supervisors and Technicians
Power Plant Supervisors and Operators
Stakeholders involved in the commissioning and re-commissioning of power plants

Course Outline

Hydraulic Testing of Steam Generators
Airtightness/Leakage Testing of the Furnace, Air, and Flue Gas Paths of Steam Generators
Initial Firing and Drying Out of Insulation in Steam Generators
Floating of Steam Generator Safety Valves
Clean Airflow Testing of Pulverizers
Condenser Flood Testing and Vacuum-Tightness Testing
Generator Drying Out and Airtightness Testing
Filling the Generator with Hydrogen
Protection Stability Testing of Generators

About the Course Leader
Ir. Ali Mashar, M.Eng.Sc., IPU
Ir. Ali Mashar graduated from the University of New South Wales (UNSW) in Sydney, Australia, with a focus on power and control or electrical engineering. He has served as the Head of the Energy Conversion Engineering program at Politeknik ITB (POLBAN) and is currently the Head of the Energy Engineering Laboratory at PEDC.
Since 2010, he has conducted in-house and public training sessions on electrical and control systems, as well as energy conservation. His expertise has been shared with both local and multinational companies, including Indonesia Power, Pemda Papua, PT. Badak, Cogindo, Star Energi, Chevron, and Freeport, among others. In addition to teaching, he has completed numerous projects related to power generation and conducted various energy audits.

Reliability Management
2025-08-18 08:30 - 2025-08-20 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Reliability refers to the ability of a component, machine, or product to function effectively over a specified period under certain operational conditions. It is crucial for ensuring smooth operations, reducing downtime, and minimizing the risk of failure. Reliability strategies involve enhancing the quality of individual components, implementing redundancy, and optimizing operational processes.
Through effective reliability management, companies can ensure that all equipment operates without failure, avoids derating, and maintains optimal costs. This approach includes identifying failure causes, eliminating or mitigating risks, and applying systematic corrective actions. This training is designed to help participants understand the concepts, techniques, and implementation processes of reliability management in their work environments.
Course Objectives
After completing this training, participants are expected to:

Understand the fundamental concepts and scope of Reliability Management processes.
Conduct equipment reliability assessments using the System Equipment Reliability Prioritization (SERP) approach.
Determine equipment priorities requiring further analysis through Failure Mode Effect Analysis (FMEA) and Root Cause Failure Analysis (RCFA).
Develop corrective action plans in the form of Failure Defense Tasks (FDT) and provide improvement recommendations.
Identify barriers to implementing reliability management and formulate effective solution strategies.

Who Should Attend
Recommended Participants:

Mechanical Engineers, Superintendents, Supervisors, and Managers
Maintenance Superintendents, Engineers, Supervisors, and Managers
Reliability Professionals
Anyone interested in expanding their knowledge in this subject area

Course Outline
Basic Concepts and Initial Approaches

Definition and importance of Reliability Management
Scope of Reliability Management processes
Introduction to System Equipment Reliability Prioritization (SERP)
Basic principles of SERP
Techniques for baseline reliability assessment
Identification of priority equipment

Analysis and Identification of Failure Causes

Failure Mode Effect Analysis (FMEA)
Steps for conducting FMEA
Case studies on FMEA application
Root Cause Failure Analysis (RCFA)
Techniques for identifying root causes
Use of analytical tools (fishbone diagram, 5 Whys)

Corrective Actions and Practical Implementation

Action Plan/Failure Defense Task (FDT)
Developing action plans for risk mitigation
Monitoring and evaluating the effectiveness of FDT
Barriers and Solutions in Implementing Reliability Management
Analyzing internal and external challenges
Strategies for overcoming implementation barriers in the field

About the Course Leaders
Ir. Deddy Nugraha & Team
Ir. Deddy Nugraha completed his Bachelor’s degree in Mechanical Engineering from the Bandung Institute of Technology, specializing in Power Plant (Gas Turbine, Steam Turbine, Pump & Compressor) with a focus on Reliability, Quality, and Maintenance Management. He has experience as a Senior Propulsion Engineer at Universal Maintenance Center PT. IPTN (1991 – 2002) and currently works as a Reliability Engineer and Professional Training Instructor.
His training experience includes instructing at various companies such as PT. Tjiwi Kimia, PT. Suparma, PT. Indah Kiat Pulp & Paper, PT. Indonesia Power, British Petroleum, PT. Pertamina, PT. Krakatau Steel, PT. Amoco Mitsui, PT. Semen Gresik, Indocement Tunggal Prakarsa, PT. Puncak Jaya Power, and Medco Energy, among others.

Sertifikasi PPPU Poipu Emisi Udara
2025-08-12 08:30 - 2025-08-15 16:00 | Jakarta
Sertifikasi PPPU Poipu Emisi Udara | sertifikasi PPPU emisi udara | sertifikasi-pppu-poipu-emisi-udara Dapatkan sertifikasi PPPU untuk pengelolaan emisi udara. Tingkatkan kompetensi Anda di bidang lingkungan dan industri. | Earn PPPU certification for air emission management. Advance your expertise in industrial and environmental compliance. | Ir. Dwi Handaya* MK3 | Q-HSE

Oil & Gas Contract Management
2025-08-05 08:30 - 2025-08-07 16:00 | Jakarta
Analysis of the Various Types of Production Sharing Agreement
Background & About the Course
The oil and gas industry is a strategic sectors that presents significant challenges in contract management. The Production Sharing Contract (PSC) is a common contract form used in collaborations between governments and oil and gas companies. PSCs are designed to ensure fair profit sharing while promoting investment in the sector. However, the complex contract structures, stringent regulations, and changing global market dynamics often pose challenges in the implementation and management of PSCs.
To address these challenges, it is essential for professionals in this sector to gain a deep understanding of various types of PSCs, including the technical, legal, and economic aspects involved. This training aims to provide strategic insights and practical skills in analyzing and managing PSCs to support the success of oil and gas projects at both national and international levels.
Course Objectives
By studying various contracts and models, and comparing them with those from other countries, participants will gain a comprehensive understanding of the essence of Indonesia’s PSC. Furthermore, participants will delve into the details of Indonesia’s PSC based on the correct philosophy of PSC.
Who Should Attend
Recommended Participants:

Legal Managers and Legal Counsel
Commercial and Business Managers
Contracts Administrators and Managers
Commercial, Financial, and Insurance Professionals
Project and General Management Professionals

Course Outline

Business Models and Processes

Discuss and explore upstream oil and gas business processes.
Understand exploration activities and their impact on business calculations.
Examine extraction and production processes and their effects on contract creation.

Business Risks Identification

Recognize business risks at each stage of the process.
Understand how these risks affect business calculations and the profitability of contracting parties.

Optimal Contract Models

Identify contract models that provide optimal returns from multiple perspectives, including those of the government and contractors/investors.
Understand the rationale behind specific oil and gas contracts.

Comparative Analysis of Contract Models

Compare the advantages and disadvantages of various contract models applied globally in the oil and gas sector.

Study of International PSCs

Analyze and compare upstream oil and gas contracts, particularly PSCs from selected countries such as India, Bangladesh, and Iraq.

Understanding the Philosophy of PSC

Explore the underlying philosophy of PSCs.
Discuss the reasons behind the current model of Indonesia’s PSC and its benefits.

History and Model of Indonesia’s PSC

Discuss the history of PSCs in Indonesia, including the background and reasons for their establishment.
Examine the evolution of PSCs and their current state.

Detailed Discussion of Indonesia’s PSC

Review the 17 chapters and 4 appendices of Indonesia’s PSC.
Engage in detailed discussions about each chapter, including their impacts and consequences.

About the Course Leader
Dr. A Rinto Pudyantoro, MM, Ak, CA
Dr. Rinto has over 30 years of experience as a practitioner in the upstream oil and gas business. He began his career at VICO Indonesia for nearly 11 years, followed by 4 years at BP Indonesia, and 16 years at BP Migas and SKK Migas.
As of May 2022, Dr. Rinto served as the Head of the Program and Communication Division at SKK Migas, previously holding the position of Head of the SKK Migas Representative Office for Papua and Maluku. He has also worked in oil and gas taxation at SKK Migas, managing revenue accounting and the state budget.
Dr. Rinto has authored several books on upstream oil and gas business, including “A to Z Bisnis Hulu Migas,” “Dialog Tanya Jawab Migas,” “Proyek Hulu Migas-PetroEkonomi,” and his latest work, “Bisnis Migas – Menakar Persoalan.” He has published over 30 opinion pieces on oil and gas and upstream business in various print and online media.

Perencanaan & Pengendalian Operasi Pembangkit
2025-08-05 08:30 - 2025-08-07 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Operation planning and control is the process of planning production activities to ensure that what has been planned is executed effectively and meets expectations. Operation planning involves determining the products to be produced, the quantities needed, the duration of the production process, and the resources required. In contrast, operation control focuses on assessing the capacity of the resources used to meet the plan, ensuring production capabilities align with the plan, and making necessary adjustments.
Course Objectives
Participants will learn to:

Produce efficiently and effectively.
Optimize the use of capital.
Gain a competitive edge in the market.
Achieve sufficient profits for the company.
Establish an economical inventory system.

Who Should Attend
Recommended Participants:

Maintenance personnel, technicians, and mechanical operators
Supervisors and staff
Anyone interested in benefiting from this training.

Course Outline

Fundamentals of Operations Management
Scope of Operations in Power Generation Systems
Maintenance Planning

Integrated aspects and periodic maintenance

Power Plant Maintenance Procedures
Efficiency Management
Performance Index of Power Plants:

Definition of Power Plant Performance Index
Outage duration and derating
Performance Index formulas

Levels of Operation Planning and Control:

Long-Term Planning:
Business forecasting activities
Product and sales quantity planning
Production planning
Material requirements and financial planning
Medium-Term Planning:
Capacity requirements planning
Material requirements planning
Master production scheduling and distribution planning
Short-Term Planning:
Final product assembly scheduling activities
Input-output planning and control
Production activity control
Implementation and control of purchasing and project management

Evaluation and Case Studies

About the Course Leader
Maridjo, Drs, ST., MT. is an alumnus of the Mechanical Engineering program at the Bandung Institute of Technology (ITB). He has served as a lecturer at PEDC and currently teaches at the Polytechnic ITB (POLBAN). He has taught numerous topics related to his expertise to various companies in Indonesia, including predictive and preventive maintenance, lubrication systems, diesel engines, pumps, gas turbines, piping, compressors, boilers, and more. Many participants from companies such as Chevron, Semen Gresik, Baturaja Cement, Pertamina, Pusri, GGPC, Qatar employees, Libyan oil and gas companies, UP IV Balongan Pertamina, PT. Indocement, several hydropower plants, hotels, PT. Pupuk Kujang, PT. Bio Farma, BPPT, PT. Bintang Agung, and other oil and gas companies in Indonesia have been trained and collaborated with him.

Training dan Sertifikasi BNSP - POPAL
2025-08-04 08:00 - 2025-08-06 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
The Operational Responsible Person for Wastewater Management (POPAL) is a personnel with the authority and responsibility for planning, operating, optimizing wastewater treatment installations, maintaining these installations, and responding to emergencies related to wastewater operations.
According to the Indonesian Minister of Environment and Forestry Regulation No. P.5/MENLHK/SETJEN/KUM.1/2/2018 regarding Standards and Certification of Competence for Operational Responsible Persons in Wastewater Treatment and Pollution Control, individuals responsible for pollution control must possess the required competencies, which include certification.
Course Objectives
The objective of the BNSP certification training for Operational Responsible Persons in Wastewater Management (POPAL) is to enhance participants’ competencies in wastewater management according to standards, ensure compliance with environmental regulations, optimize operational efficiency of wastewater treatment systems, and prepare participants for the BNSP competency test. After completing this training, participants are expected to:

Understand the fundamental principles of wastewater treatment.
Recognize different types of wastewater treatment systems (physical, chemical, biological) and their applications.
Comprehend relevant environmental regulations and standards related to wastewater management.
Acquire skills in operating and maintaining wastewater treatment equipment.

Who Should Attend
Recommended Participants:

Operators with a minimum education of Senior High School (SMA) or Vocational High School (SMK).
Participants must provide:
A copy of their ID (KTP).
Four passport-sized photos with a red background (3 x 4 cm).
A copy of their latest diploma.
A CV or resume.
A letter of work experience in the field of POPAL.
A recommendation letter or work certificate from their company.

Course Outline
Competency Units for Operational Responsible Persons in Wastewater Management (POPAL):

Operating Wastewater Treatment Installations (IPAL)
Assessing the Level of Wastewater Pollution
Maintaining Wastewater Treatment Installations (IPAL)
Identifying Hazards in Wastewater Treatment
Implementing Occupational Health and Safety (K3) Measures Against Hazards in Wastewater Treatment

About the Course Leader
Ir. Dwi Handaya, ST., MK3., IPM
A Wastewater Treatment Specialist with over 25 years of practical experience in the field, both nationally and internationally (Germany, Saudi Arabia, United Arab Emirates, Singapore, Malaysia, etc.). He holds a Bachelor’s degree in Chemical Engineering and a Master’s degree in Environment and HSE from the University of Indonesia. Currently, he serves as an advisor and expert council member at the Indonesian Water Association (www.idwa.or.id), supporting various projects in wastewater treatment (WWT), effluent treatment plants (ETP), potable water treatment (PWT), and sewage treatment plants (STP). He has also supported various power generation industries, including PLTU Pangkalan Susu, PLTU Lontar, and recycling programs for PLN UID Jakarta. In addition to his practical industry experience, he has taught at over 300 training events and seminars.

Oil Export System Equipment & Operations
2025-07-29 08:30 - 2025-07-31 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Exporting is a critical endpoint in oil and gas production operations, where commodities are prepared for delivery to end customers. Given that oil is a flammable commodity sensitive to environmental issues, it requires specialized skills and handling methodologies.
This training will begin with a refresher on the basics of oil commodities and production systems, followed by an in-depth exploration of the technical operations, handling systems, and transportation of crude oil.
Course Objectives
After attending this training, participants will:

Learn about oil export systems operations.
Understand pipeline operation and maintenance.
Gain insights into oil and gas metering systems.
Comprehend pipeline inspection and maintenance procedures.
Understand sizing procedures and formulas for oil export pipelines.

Who Should Attend
This training is primarily targeted at:

Process technicians
Process technologists
Maintenance personnel
Employees involved in equipment and materials purchasing, procurement, job planning, and immediate supervisors of working technicians.

Course Content

Introduction to Oil Export Systems and Operations
Overview of Facility and Pipeline Systems
Pipe, Piping, and Pipeline
Pressure Containment of the Pipeline
Pipe Codes, Standards, and Recommended Practices
Pipe Grades, Materials, and Selection
Pipe Standards and Dimensions
Wall Thickness and Schedule Number Determination
Sizing Procedures and Formulas for Oil Export Pipelines
Offshore Considerations
Piping System Components, Fittings, and Valves
Fluid Flow Mechanics and Pressure Drop
Relief, Vent, and Flare Disposal Systems
Drain and Exhaust Lines
Centrifugal and Reciprocating Pump Operations
Pipeline Operations and Integrity Assessment
Inspection and Maintenance Systems
Pressure Testing and Nondestructive Examination
Pipeline Pigging, Pig Types, and Pigging Operations
Pipeline Emergencies and Repairs
Principles and Selection of Oil and Gas Metering Systems
Custody Transfer
Loss and Unaccounted for Fluid (LAUF)

About the Course Leaders
Ir. In Jumanda Kasdadi, M.T. has been a lecturer and trainer since 1997, delivering nearly 280 training sessions (both public and in-house) across various industries, particularly in oil and gas. He holds Bachelor’s and Master’s degrees in Chemical Engineering from the Bandung Institute of Technology and has completed nine specialized courses in the oil and gas field at PETEX (Petroleum Extension), University of Texas at Austin.
In addition to his formal education, he possesses numerous professional certifications, including a Lecturer Certificate from the Indonesian Minister of Education, Construction, Electrical, and Fire Protection Certificates from the HSE Association Indonesia (ALPK3), and Risk-Based Inspection (RBI) Facilitator certification. He has trained personnel from major companies such as Pertamina, Chevron, Total Indonesie, and Freeport, among others.
Ir. Nurcahyo, M.T. is also a seasoned professional in the oil and gas industry, contributing to various projects, including feasibility studies, front-end engineering design (FEED), and risk assessments. Together, they bring extensive expertise and practical knowledge to the training sessions.

Training dan Sertifikasi BNSP - POIPPU (Pengendalian Pencemaran Udara)
2025-07-29 08:00 - 2025-07-31 16:30 | Bandung, Jawa Barat, Indonesia
Background & About the Course,
(Pengendalian Pencemaran Udara) The Operational Responsible Officer for Air Pollution Control Installation (POIPPU) (Training dan Sertifikasi BNSP – POIPPU is responsible for planning, operating, optimizing air pollution control equipment, maintaining this equipment, and executing emergency responses related to air pollution control.
Regulations for POIPPU:
According to the Regulation of the Minister of Environment and Forestry of the Republic of Indonesia No. P.6/MENLHK/Setjen/Kum.1/2/2018 concerning Standards and Certification of Competence for Operational Responsible Officers of Air Pollution Control Installations and Air Pollution Control Officers
Course Objectives
Upon completing this training, participants will:

Receive training and certification in air pollution control.
Understand environmental regulations regarding air quality monitoring and control.
Be able to inventory, identify, name, and code all emission sources within their company.
Comprehend and apply all requirements for air quality monitoring and control.
Develop a strategic emission monitoring plan for their company.
Be guided in creating a portfolio, participating in pre-assessments, written exams, and interviews to obtain a Competency Certificate from BNSP.

Who Should Attend
Level: Implementers
Requirements:

Copy of Identity Card (KTP)
Four 3×4 red background passport photos
Copy of the latest diploma
Curriculum Vitae (CV)
Recommendation letter from the company
Letter of work experience in the field of POIPPU

Course Content
Competency Units for Operational Responsible Officer of Air Pollution Control Installation (POIPPU):

Operate Air Pollution Control Equipment for Emissions
Maintain Air Pollution Control Equipment
Assess Air Pollution Levels from Emissions
Identify Hazards in Air Pollution Control
Implement Occupational Health and Safety (K3) Measures Against Hazards in Air Pollution Control from Emissions

About the Course Leader
Ir. Dwi Handaya, ST., MK3., IPM is a Waste Water Treatment Specialist with over 25 years of experience in the field, both nationally and internationally (Germany, Saudi Arabia, UAE, Singapore, Malaysia, and others). He holds a Bachelor’s degree in Chemical Engineering and a Master’s degree in Environment and HSE from the University of Indonesia. Currently, he serves as an advisor and expert council member at the Indonesian Water Association (www.idwa.or.id).
Ir. Dwi has supported various projects in Waste Water Treatment (WWT), Effluent Treatment Plants (ETP), Potable Water Treatment (PWT), and Sewage Treatment Plants (STP) across different sectors. He has also contributed to several power generation industries, including PLTU Pangkalan Susu and PLTU Lontar, as well as recycling programs in the PLN UID Jakarta area. In addition to his practical industry experience, he has taught at over 300 training events and seminars.

Deep Water Drilling
2025-07-15 08:30 - 2025-07-18 16:00 | Jogjakarta, Jl. Malaiboro, Jogjakarta, DI Jogjakarta, Indonesia
Background & About the Course
Deepwater drilling is the process of drilling oil and gas wells in waters deeper than 150 meters, utilizing advanced technology to address technical and economic challenges. As the demand for energy increases and onshore and shallow water reserves deplete, deepwater drilling technology continues to evolve, supported by major companies such as Halliburton, Schlumberger, and Transocean.
Deepwater drilling employs Mobile Drilling Units (MODUs) such as semi-submersible rigs or drill ships to reach oil reservoirs on the seabed. Technologies like risers and subsea completion systems facilitate the transfer of oil from reservoirs to the surface, either to floating production platforms (FPSOs) or directly to shore via pipelines. These innovations position deepwater drilling as a strategic solution to meet global energy needs.
Course Objectives

Understand the concepts, challenges, and technologies used in deepwater drilling operations.
Identify the main components and types of drilling rigs, including semi-submersibles, drill ships, and subsea completion systems.
Explain the deepwater drilling process, from site selection to oil production using riser technology and subsea systems.
Analyze potential operational risks in deepwater drilling and apply mitigation measures based on international safety standards.
Apply technical knowledge to enhance efficiency and sustainability in deepwater drilling operations.
Discuss the latest trends in deepwater drilling technology and their implications for the global energy industry.

Who Should Attend
This training is recommended for:

Drilling Engineers
Drilling Supervisors
Completion Engineers
Technical Support Operations
Logistics Supervisors
Service Company Personnel
Project Drilling Managers

Course Content

Introduction:

Principles of Deepwater Drilling

Deepwater Drilling Operations
Locations and Geology of Deepwater Drilling

Pressure Concepts and Well Control:

Pore Pressure
Formation Fracture Pressure
Overburden Pressure
Hydrostatic Water Pressure
Mud Hydrostatic Pressure and Hydrodynamic Pressure
Well Control

Rig Selection and Offshore Platforms:

Blowout Preventer (BOP) Systems
Drilling Riser Systems
Deepwater Drilling Equipment
Material Handling and Load Calculations on Offshore Platforms

Planning and Operations of Deepwater Drilling:

Conductor
Intermediate
Production
Completion

Operational Challenges:

Shallow Hazards
Drilling Problems
Dual Gradient Drilling and Managed Pressure Drilling (MPD)

Case Studies and Discussions

About the Course Leaders
Prof. Herianto, Ir., M.Sc., Ph.D. is a seasoned expert in petroleum engineering with extensive experience in deepwater drilling and oil and gas research. He has served as a senior lecturer at UPN Veteran Yogyakarta and has been involved in numerous training programs for major oil companies in Indonesia. His expertise includes project management, drilling certification, and energy infrastructure development. Prof. Herianto has published extensively in national and international forums and has contributed significantly to the field of oil and gas engineering.

Non-Destructive Examination
2025-07-14 08:30 - 2025-07-16 16:30 | Bandung, Jawa Barat, Indonesia
About the Course:
Non-Destructive Examination (NDE) is a widely used inspection method across various industries, including oil and gas, manufacturing, and power generation. This testing is performed without damaging materials or components, making it crucial for maintaining the operational integrity of equipment. NDE provides valuable insights into the internal and external conditions of materials, enabling early detection of defects to minimize the risk of failure.
Course Objectives:
This training aims to equip participants with the knowledge and skills to:

Understand the principles and techniques of Non-Destructive Examination (NDE).
Identify various NDE methods and their applications in different industries.
Analyze and interpret NDE results to assess material integrity.
Implement best practices for conducting NDE effectively and safely.
Recognize the importance of NDE in preventing equipment failures and ensuring safety.

Who Should Attend:
This course is suitable for:

Quality Control Inspectors
Maintenance Engineers
Production Engineers
Safety Officers
NDE Technicians
Anyone involved in equipment inspection and maintenance

Course Content:
1.Introduction to Non-Destructive Examination (NDE)

Overview of NDE and its significance in various industries
Types of NDE methods (e.g., Ultrasonic Testing, Radiographic Testing, Magnetic Particle Testing, Dye Penetrant Testing)

2.Principles of NDE Techniques

Fundamental principles behind each NDE method
Advantages and limitations of different NDE techniques

3.NDE Equipment and Tools

Overview of equipment used in NDE
Calibration and maintenance of NDE tools

3.Interpreting NDE Results

Techniques for analyzing and interpreting inspection data
Case studies on defect detection and assessment

3.Best Practices in NDE

Safety considerations during NDE operations
Documentation and reporting of NDE findings

4.Applications of NDE in Industry

Real-world applications of NDE in oil and gas, manufacturing, and power generation
Discussion on regulatory standards and compliance

About the Trainer:
Douglas M. Siahaan, ST is an experienced professional in the field of Non-Destructive Examination, with extensive knowledge and practical experience in various NDE methods and their applications across different industries.

Pengukuran & Alat Ukur Listrik Pembangkit
2025-07-14 08:30 - 2025-07-16 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Electrical measurement and measuring instruments play a crucial role in ensuring the reliability and efficiency of power plant operations. These instruments are used to monitor essential parameters such as voltage, current, power, and frequency, which directly impact system performance. A solid understanding of the principles and applications of electrical measuring instruments is vital for technicians and operators to maintain the stability and safety of power plant operations.
With the advancement of technology, electrical measuring instruments have become increasingly sophisticated, ranging from analog to digital devices, including IoT-based monitoring systems. This training is designed to provide both theoretical and practical knowledge of measurement techniques, the use of modern measuring instruments, and data analysis to support better operational decision-making in power plants.
Course Objectives

Understand the basic concepts of electrical measurement and the importance of accuracy in power plant operations.
Identify the types of electrical measuring instruments used in power plants, including their principles of operation and functions.
Operate electrical measuring instruments correctly, both analog and digital, in accordance with industry standards.
Effectively measure electrical parameters to ensure the efficiency and safety of power plant operations.
Analyze measurement data to detect technical issues and design corrective solutions.
Apply the latest technologies in measurement systems, such as IoT-based devices and remote monitoring systems.

Who Should Attend
This training is highly suitable for:

Electricians
Maintenance Technicians
Engineers
Operators
Supervisors

Course Content

Basic Electrical Theory:

Single/Three Phase Alternating Current
Ohm’s Law, Kirchhoff’s Laws
Resistance
Inductance
Capacitance and Impedance

Reading Electrical Diagrams:

Standardization of Electrical Diagrams
Electrical Symbols
Single Line Diagrams
Wiring Diagrams

Measuring Instruments and Electrical Measurements:

Types of Measuring Instruments
Functions and Principles of Measuring Instruments
Use of Electrical Measuring Instruments

Standards and Procedures:

Occupational Health and Safety Regulations (K3/K2) and Related Standards (PUIL)
K3/K2 Procedures and Knowledge of Standard Operating Procedures (SOP)

Case Studies and Discussions

About the Course Leaders
Dr. Toto Tohir, S.T., M.T. / Martono, S.T., M.T.
Dr. Toto Tohir holds a Doctorate degree in Electrical Engineering from Gadjah Mada University (UGM) and has also completed his Master’s and Bachelor’s degrees in Electrical Engineering from the Bandung Institute of Technology (ITB). He is on track to achieve a professorship.
In addition to his formal education, Dr. Tohir is certified as:
– A Professional Engineer from the Indonesian Professional Engineer Association (PII)
– A Mid-Level Electrical Engineering Expert from PII
– An Electrical Safety Expert from the Indonesian Ministry of Manpower (HSE Electrical Professional)
– A Low Voltage Utilization Installation Expert certified by BNSP (Indonesia Professional Certification Agency)
– A Professional Lecturer recognized by the Indonesian Ministry of Research, Technology, and Higher Education
With extensive knowledge and experience, Dr. Tohir is well-equipped to provide valuable insights and training to participants.

Sertifikasi PPPA Popal Air Limbah
2025-07-09 08:30 - 2025-07-11 16:00 | Jakarta
Background & About the Course:
The Water Pollution Control Officer (PPPA) is a person responsible for the internal prevention and mitigation of water pollution caused by all production activities. According to the Regulation of the Minister of Environment and Forestry of the Republic of Indonesia No. P.5/MENLHK/SETJEN/KUM.1/2/2018 regarding Standards and Certification of Competence for Operational Wastewater Treatment Officers and Water Pollution Control Officers, it is mandatory for Water Pollution Control Officers to possess a competency certificate to carry out their duties effectively.
This training program aims to ensure that participants acquire the necessary competencies to meet national requirements for water pollution control. Participants will learn to identify pollution sources, assess pollution levels, and operate wastewater treatment installations effectively.
Course Objectives:
– Assess and ensure the competency of personnel in the role of Water Pollution Control Officer to meet national standards.
– Maintain the competency of personnel in the role of Water Pollution Control Officer to ensure compliance with national requirements.
Who Should Attend:

Water Pollution Control Officers
Managers

Requirements

Minimum education of Senior High School (SMA) or Vocational High School (SMK)
Copy of Identity Card (KTP)
Four 3×4 red background passport photos
Copy of the latest diploma
Curriculum Vitae (CV)
Letter of work experience in the field of wastewater treatment
Recommendation letter or work certificate from the company

Course Content:
Competency Units for Water Pollution Control Officer (PPPA):

Identify Sources of Wastewater Pollution
Determine Characteristics of Wastewater Pollution Sources
Assess the Level of Wastewater Pollution
Specify Equipment for Wastewater Treatment Installations (IPAL)
Operate Wastewater Treatment Installations (IPAL)
Implement Wastewater Treatment Recycling
Develop a Wastewater Quality Monitoring Plan
Conduct Wastewater Quality Monitoring
Identify Hazards in Wastewater Treatment
Implement Occupational Health and Safety (K3) Measures Against Hazards in Wastewater Treatment

About the Course Leaders
Ir. Dwi Handaya, ST., MK3., IPM is a Wastewater Treatment Specialist with over 25 years of practical experience in the field, both nationally and internationally (Germany, Saudi Arabia, UAE, Singapore, Malaysia, and others). He holds a Bachelor’s degree in Chemical Engineering and a Master’s degree in Environment and HSE from the University of Indonesia. Currently, he serves as an advisor and expert council member at the Indonesian Water Association (www.idwa.or.id).
Ir. Dwi has supported various projects in wastewater treatment (WWT), effluent treatment plants (ETP), potable water treatment (PWT), and sewage treatment plants (STP) across different sectors. He has also contributed to several power generation industries, including PLTU Pangkalan Susu, PLTU Lontar, and the recycling program for PLN UID Jakarta area. In addition to his practical industry experience, he has taught at over 300 training events and seminars.

Sistem Proteksi Pembangkit Listrik
2025-07-08 08:30 - 2025-07-11 16:00 | Bandung, Jawa Barat, Indonesia
Sistem Proteksi Pembangkit Listrik | sistem proteksi pembangkit listrik | sistem-proteksi-pembangkit-listrik Pelajari sistem proteksi untuk melindungi pembangkit listrik dari gangguan. | Learn protection systems to safeguard power plants from disturbances. | Ir. Nana Heryana* ST. IPM.* ASEAN.Eng | Power Generation

Drilling Engineering & Well Planning
2025-07-07 08:30 - 2025-07-10 16:00 | Jogjakarta, Jl. Malaiboro, Jogjakarta, DI Jogjakarta, Indonesia
Background & About the Course:

Dalam industri migas, pengeboran adalah proses kritis yang memerlukan perencanaan matang dan keahlian teknis tinggi. Drilling Engineering and Well Planning adalah elemen fundamental yang memastikan operasi pengeboran berjalan aman, efisien, dan sesuai anggaran. Dengan perencanaan dan teknik pengeboran yang optimal, perusahaan dapat meminimalkan risiko, mengurangi biaya operasional, dan memastikan keberhasilan eksplorasi serta produksi hidrokarbon.
Pelatihan ini memberikan pemahaman menyeluruh tentang prinsip-prinsip teknik pengeboran dan perencanaan sumur yang efektif. Peserta akan mempelajari desain sumur, pemilihan peralatan pengeboran, pengelolaan tekanan sumur, dan evaluasi risiko. Dengan pendekatan teori dan praktik, pelatihan ini membekali peserta dengan keterampilan dan wawasan untuk menghadapi tantangan operasional di lapangan.
Course Objectives:

Memahami konsep dasar teknik pengeboran dan proses Well Planning.
Merancang desain sumur yang aman dan ekonomis.
Memilih peralatan pengeboran yang sesuai untuk berbagai kondisi operasi.
Mengelola tekanan sumur untuk mencegah kick, blowout, dan masalah lainnya.
Melakukan evaluasi risiko operasional dan mengembangkan strategi mitigasi.
Mengintegrasikan keselamatan, lingkungan, dan efisiensi dalam pengeboran dan perencanaan sumur.

Who Should Attend:

Well completion engineers and supervisors
Drilling engineers and supervisors
Well construction engineers and supervisors
Workover engineers and supervisors

Course Content:

Dasar-dasar Teknik Pemboran
Peralatan Pemboran
Dilling Mud
Hidrolika Lumpur Pemboran
Teknik Deteksi Tekanan Formasi
Well Kick dan Pressure Control
Penentuan Setting Kedalam Casing
Casing Design
Penyemenan Sumur
Drill-string Design
Pemboran Berarah (Directional Drilling)
Horizontal Drilling
Build Curve Design
Bottom Hole Assembly
Horizontal Drilling String Design
Multi-Lateral Drilling
Under Balance Drilling

About The Course Leader
Prof. Herianto, Ir., M.Sc., Ph.D.: A Pioneer in Petroleum Engineering
Prof. Herianto, Ir., M.Sc., Ph.D., is a highly accomplished professor with a Ph.D. in Petroleum Engineering. Since 1983, he has been a senior lecturer at UPN Veteran Yogyakarta, teaching undergraduate and graduate courses in petroleum engineering. His expertise extends to other institutions, including Trisakti University in Jakarta and the University of Riau, where he lectures on advanced topics in geology, petroleum, and chemical engineering. Beyond academia, Prof. Herianto is a trusted consultant and trainer for leading oil and gas companies across Indonesia.
With over three decades of experience, Prof. Herianto has contributed to significant national energy projects, including geothermal exploration and oil and gas regulatory frameworks. He has served as a consultant for key organizations such as BP Migas, PLN Geothermal, and the National Energy Council. Notable projects include assessments of oil and gas potential in Arafura and Savu and geothermal development in Central Java and Ambon.
Between 2000 and 2018, he was an instructor for international drilling certifications and has trained professionals from industry giants like Pertamina, Chevron, and Total Indonesie. His training has covered more than 50 specialized topics, helping companies optimize operations and develop innovative energy solutions.
In leadership roles, Prof. Herianto has served as the head of PT. Riau Petroleum and the Petroleum Engineering Department at UPN Veteran Yogyakarta. He is also an active researcher in oil, gas, and geothermal energy, regularly publishing and presenting his work at national and international forums. His contributions have solidified his reputation as a leader in Indonesia’s energy sector.

Scale and Corrosion in Oil & Gas Field
2025-07-07 08:30 - 2025-07-09 16:00 | Jakarta
Background & About the Course

Dalam operasional fasilitas minyak dan gas, masalah skala (scale) dan korosi merupakan tantangan utama yang dapat mengurangi efisiensi, meningkatkan biaya pemeliharaan, dan memperpendek umur peralatan. Scale terbentuk akibat pengendapan mineral dalam sistem, sedangkan korosi merusak struktur material akibat interaksi dengan lingkungan yang agresif. Masalah ini tidak hanya mempengaruhi produktivitas, tetapi juga membawa risiko terhadap keselamatan dan keberlanjutan operasional.
Pelatihan ini dirancang untuk memberikan pemahaman mendalam tentang mekanisme pembentukan scale dan korosi, serta metode pencegahan dan teknologi pemantauan yang dapat diterapkan di fasilitas minyak dan gas. Dengan menguasai strategi perlindungan dan monitoring, peserta akan mampu mengurangi kerugian ekonomi, meningkatkan kinerja fasilitas, dan memastikan kelangsungan operasional yang aman dan efisien.
Course Objectives

Memahami mekanisme pembentukan scale dan korosi dalam fasilitas minyak dan gas.
Menganalisa dampak operasional dan finansial dari scale dan korosi pada fasilitas produksi.
Mengidentifikasi metode pencegahan dan perlindungan terhadap scale dan korosi, termasuk penggunaan inhibitor dan material tahan korosi.
Memahami teknologi pemantauan modern untuk mendeteksi dan mengelola scale dan korosi secara real-time.
Mengembangkan strategi mitigasi yang komprehensif untuk menjaga keandalan dan efisiensi fasilitas minyak dan gas.
Menerapkan praktik terbaik yang sesuai dengan standar keselamatan dan lingkungan.

Who Should Attend

Insinyur dan manajer yang terlibat dalam pemeliharaan dan operasi fasilitas minyak dan gas.
Profesional di bidang korosi, integritas aset, dan pengelolaan material.
Staf teknis yang bertanggung jawab atas pengawasan dan pengelolaan skala serta korosi.
Pengambil keputusan yang ingin meningkatkan efisiensi dan keberlanjutan fasilitas minyak dan gas.

Course Content

Pengenalan Scale
Model Probabilitas Saturasi
Model Pembentukan Scale & Tahapan
Pemantauan & Analisis Scale
Scale Control/Inhibition & Removal
Pengenalan Korosi
Korosi CO2
Korosi H2S
Korosi O2
Korosi Mikrobial
Pemantauan Korosi
Pengendalian & Mitigasi Korosi
Inhibitor Korosi
Sistem Manajemen Integritas Korosi (CIMS)

About the Trainer
Ir. Ifan Rifandi, MT adalah praktisi berpengalaman di bidang teknik korosi dan integritas aset. Beliau meraih gelar Sarjana Teknik Metalurgi dan Magister Teknik Korosi dari Universitas Indonesia.
Pengalaman profesionalnya mencakup:

Development & Production, Technical Excellence & Coordination di SubHolding Upstream (SHU) Pertamina.
Asisten Manajer Pipeline Integrity & Corrosion Engineering di PHE ONWJ.
Pemimpin di bidang Korosi, Kimia, Pelapisan, dan Integritas Pipa di PHE ONWJ & BP West Java.
Manajer Proyek dan Teknik di PT. Carboline Indonesia.
Koordinator Integritas Topside di PT. Lloyd’s Register Indonesia.
Inspektor Korosi & Pelapisan Senior di Total E&P Indonesie.

Ir. Ifan juga memiliki sertifikasi NACE Corrosion Technologies dan NACE Coating Inspector, yang menunjukkan keahliannya dalam bidang ini. Dengan pengalaman luas dan pengetahuan mendalam, beliau siap membagikan wawasan berharga kepada peserta pelatihan.

Advanced Centrifugal Compressor
2025-06-30 08:30 - 2025-07-04 16:00 | Bandung, Jawa Barat, Indonesia
Background & About the Course
Compressor as its name implies, has the function to boost air or gas. This Advance Centrifugal Compressor course will go beyond the basic normal training. It starts with refreshing of compressor technology & type. It will then go into the detail design, construction, components & other details. Concluded with operation, maintenance, strategy and support system & trouble shoot.
Participants are encouraged to ask questions and share examples from their own experiences throughout the course.
Course Objectives

Components and Functions of Centrifugal Compressors
Maintenance Procedures: Disassembly, Inspection, and Reassembly
Standard Repair Processes for Compressor Components
Operation, Control, and Troubleshooting of Centrifugal Compressors
Describe various compressor designs, features, and applications.
Understand each compressor component and its construction.
Learn about repair and refurbishment processes.
Operate and control centrifugal compressors effectively.

Who Should Attend
This training is recommended for:

Control Room and Field Operators
Maintenance Engineers and Mechanics
Maintenance Supervisors
Plant Personnel requiring knowledge of centrifugal compressors
Personnel involved in equipment condition monitoring and reliability.

Course Outline
Refresh knowledge about Compressor:

Introduction & fluid mechanics
Overview of the Training Course
Compression Methods
Introduction to Compressors: Positive Displacement vs. Dynamic
Compressor Type and Selection
Centrifugal Compressor Types and Descriptions

Design, Construction, Component & the Details

Design and Construction of Centrifugal Compressors
Compressor Components and Nomenclature
Description and Function of Key Components (Casing, Aero Assembly, Rotor, Impellers, etc.)

Operation, Maintenance & Strategy

Centrifugal Compressor Maintenance
Recommended Preventative Maintenance Schedules
Maintenance Strategies: Run-To-Failure, Preventive, Predictive, Reliability-Centered
Disassembly, Inspection, and Reassembly Procedures

Control & Support System

Control and Operation of Centrifugal Compressors
Support Systems: Lube Oil, Seal Oil, and Monitoring Systems
Compressor Operation Cycles and Valve Sequencing
Emergency Shutdown Procedures and Performance Curves
Reliability Management

Trouble Shoot & Case Studies

Troubleshooting Centrifugal Compressors
Case Reviews
Questions and Answers

ABOUT THE COURSE LEADER:
William C Cawthon
Mr. Cawthon is a practitioner (Bill), self-motivated and focused person who has over six years of experiences working in senior managerial roles, and over 35 years’ technical experience, managing people and projects. His last position in Indonesia was Vice President & Operation Director of Sulzer Turbo Services Indonesia for almost 5 years managing more than 150 people. He also spent his time as Singapore Country Head of Sulzer Rotating Equipment Services for 3 years. He was also member of Asia Pacific Management Team, Reporting to the Asia Pacific President.
In the fields, he has very broad industrial experiences in oil & gas, petrochemical, power generation, geothermal, and also pulp & papers. Mr. Bill has the opportunities to worked in various countries such as: Indonesia for sure, Singapore, China, Rusia, Taiwan and surely abundant of good track records & accomplishments in USA, his home country.
Mr. Bill started his career as Electrician Mate in US Navy for more than 5 years, continued as Field Service Engineer also for more than 5 years. He was responsible for installation, start up, repair, commissioning, operation & troubleshooting of centrifugal compressors, integral gear compressors, gears, steam turbines and pumps with all related Auxiliaries Systems.
When he was then assigned as Field Engineer in USA (1990-2006). In addition to his routine jobs, he also conducted training for onsite personnel on the operation, repair & maintenance of all equipment and helped onsite personnel to set up maintenance & parts inventory.
Since 2016 Mr. Cawthon spends his time as Consultant in Rotating Equipment after having more than 30 years of solid experience in this area, starting as a technician all the way up to Top Level Management positions in Asia Pacific Region.

Slagging and Fouling Phenomena
2025-06-30 08:30 - 2025-07-02 16:00 | Jogjakarta, Jl. Malaiboro, Jogjakarta, DI Jogjakarta, Indonesia
Background & About the Course:
The challenges of slagging and fouling phenomena in coal-fired boilers are significant, impacting efficiency, maintenance costs, and the lifespan of the power plant equipment. This course provides a comprehensive understanding of the mechanisms behind slag and fouling formation. Participants will learn effective strategies for prevention and mitigation, ensuring optimal boiler performance and longevity.
This training is designed to equip participants with the knowledge and skills necessary to tackle these issues head-on, using the latest technologies and methodologies in the field.
Course Objectives:

Understand the basics and principles of slagging and fouling.
Analyze the influence of coal and ash characteristics on slag and fouling formation.
Assess the impact of combustion on ash formation.
Predict and mitigate ash deposits in boilers.
Able to minimize the negative impacts of slagging & fouling in the job site

Who Should Attend:

Operators
Maintenance Teams
Technical Support
Performance Teams
Engineers involved in the operation and maintenance of coal-fired boilers

Course Content
1.Basics and Principles of Slagging and Fouling

Definition of slagging and fouling
Factors influencing slagging and fouling formation in the boiler

2.Coal and Ash Specifications

Impact of coal composition on ash formation
Ash properties and their influence on deposit formation

3. Combustion Effects on Ash Formation and Deposition

Combustion mechanisms and ash formation
Relationship between boiler operating parameters and ash deposits

4. Prediction, Mitigation, and Analysis of Slagging and Fouling

Methods for predicting slagging and fouling
Mitigation techniques and ash deposit prevention
Latest technologies for dealing with slagging and fouling

5.Case Studies & Discussion
About The Trainer:
Youdhiyan Prasetyo, Ph.D. is a seasoned practitioner in Power Generation with nearly 27 years of experience in multinational companies. He began his career as a Lead Engineer at Alstom Power and advanced to Technical Director at Babcock & Wilcox Asia. He later served as Indonesia Country Director at Foster Wheeler Services until 2010.
Currently, he is a freelance consultant and instructor, sharing his expertise with clients such as PLN, Indonesia Power, Cikarang Listrindo, Paiton, and various petrochemical and oil & gas companies.
Dr. Youdhiyan holds multiple degrees in Electrical Engineering, Control & Automation, Industrial Engineering, Marketing, and HR Management, all with outstanding academic achievements. His diverse educational background complements his extensive industry experience, making him a highly qualified trainer in this field.

Desain & Pemasangan PLTS
2025-06-24 08:30 - 2025-06-26 16:00 | Jakarta
Background & About the Course

Solar Power Plants (PLTS) are facilities or systems that convert solar energy into electricity. Utilizing photovoltaic technology, PLTS captures sunlight and directly converts it into electrical current through the photovoltaic effect in solar cells. This renewable energy source is gaining popularity due to its abundant availability and environmental friendliness. PLTS represents a promising technology for generating clean, sustainable energy from the sun.
Course Objectives
After attending this training, participants are expected to:

Understand the technology and principles of PLTS, including key components such as solar modules, inverters, and electrical distribution systems.
Acquire skills in designing, installing, and configuring PLTS systems correctly, including site selection and equipment installation.
Learn about daily operations, performance monitoring, and maintenance actions necessary to maintain system efficiency.
Recognize the importance of safety in the installation and operation of PLTS to prevent injuries or damage.
Gain the technical knowledge and skills required to design, install, and operate PLTS systems professionally.

Who Should Attend
This training is ideal for participants interested in deepening their knowledge of Solar Power Plants (PLTS). It is also suitable for other departments seeking to understand more about PLTS technology.
Course Outline

Introduction to Solar Energy:

Principles of solar energy and photovoltaic concepts.
Solar energy potential in various regions.

Components of PLTS:

Solar modules (solar panels) and solar cell components.
Inverters and electrical current converters.
Electrical distribution systems and controllers.

Design and Planning of PLTS:

Calculating energy needs and sizing the PLTS system.
Selecting appropriate components.
Adapting designs to environmental and site conditions.

Installation and Setup:

Site preparation and placement of solar panels.
Cable connections and electrical distribution systems.
Functional testing and initial setup.

Operation and Maintenance:

Daily operation of PLTS systems.
Performance monitoring and troubleshooting common issues.
Routine maintenance and damage prevention

Safety and Regulations:

Safety principles in installation and operation.
Regulations and legal requirements related to PLTS.

Benefits and Challenges:

Advantages of using solar energy.
Challenges in the implementation and development of PLTS.

Case Studies and Practical Projects:

Real-world analysis of PLTS installations.
Hands-on training in assembling, installing, and operating PLTS systems.

Economic and Financial Aspects:

Initial costs and return on investment.
Financing models and government incentives.

About the Course LeaderRahmat Subarkah, S.T., M.T. is an experienced professional in the field of solar energy and renewable technologies, bringing valuable insights and expertise to the training.
