All posts by Rizki Satrio

Mechanical

Process Control And Systems Engineering (Ps-14)

Mar 24, 2014 by Rizki Satrio 0 Comments #Konsep Dasar Pengendalian, #Process Control And Systems Engineering (Ps-14)

DESKRIPSI
Operasi suatu pabrik diharapkan dapat berjalan dengan baik sesuai dengan kondisi yang diinginkan. Selain itu pabrik harus memenuhi persyaratan keselamatan proses, memenuhi spesifikasi produk, membuang limbah sesuai peraturan lingkungan hidup, dan mempertimbangkan aspek ekonomi. Adanya persyaratan-persyaratan operasi tersebut menuntut dilakukannya pemantauan secara kontinyu serta pengendalian proses yang tepat sehingga suatu pabrik dapat bekerja secara optimum dan pengaruh gangguan terhadap hasil maupun produksi dapat diminimalkan.

MATERI
1. Konsep Dasar Pengendalian (Basic Process Control)
2. Pengendalian Umpan Balik (Feed Back Control)
3. Sensor dan Alat Ukur (Sensor and Measurement Apparatus)
4. Kelakuan Dinamik (Dynamic Behavior)
5. Valve Pengendali (Control Valve)
6. Stabilitas & Tuning (Stability & Fine Tuning)
7. Pengendalian Cascade & Umpan Maju (Cascade & Feed forward Control)
8. Dasar Pengendalian Pneumatic (Principle of Pneumatic Control)
9. Tingkat Pengendalian (Level Control)
10. Pengendalian Tekanan (Pressure Regulation & Control)
11. Pengendalian Suhu (Temperature Control)
12. Pengendalian Laju aliran (Flow Measurement and Control)
13. Rancangan Sistem Pengendalian (Design of Process Control)

PESERTA
Operators, technicians, supervisors, engineers, etc.

WAKTU & TEMPAT

4 Days

Batch I 03 – 05 Feb 2015

Batch II 05 – 07 May 2015

Batch III 11 – 13 Aug 2015

Batch IV 03 – 05 Nov 2015

JGJ/BDG/JKT/BALI

FASILITAS
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Preventive And Predictive Maintenance

Mar 24, 2014 by Rizki Satrio 0 Comments #Preventive And Predictive Maintenance

DESKRIPSI
A study of the role of maintenance technique and management in the life cycle of an asset; determination of optimal maintenance and replacement practices for components and capital equipments; resource of manpower and machinery required for implementations or practices.

MATERI KURSUS
1. Introduction the role and importance of maintenance in the organization
2. Types of maintenance
3. Elements of maintenance cost
4. Data collecting for maintenance cost
5. Total Maintenance Cost Models
6. Determination of Optimal Maintenance Policy
7. Preventive Maintenance, Repair and Replacement
8. Case Study

PESERTA
Dasar pendidikan SLTA/D3, operator/teknisi, engineer, supervisor yang bekerja pada bidang maintenance dan operation untuk berbagai macam industri.

INSTRUKTUR
Ir. Teguh Puji, MT

WAKTU & TEMPAT

4 Days

Batrch I 20 – 22 Jan 2015

Batch II 21 – 23 Apr 2015

Batch III 07 – 09 Jul 2015

Batch IV 20 – 22 Oct 2015

Tempat Training JGJ/BDG/JKT/BALI

FASILITAS
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

REGISTRATION

Mechanical

Piping Engineering And Plant Design

Mar 24, 2014 by Rizki Satrio 0 Comments #Piping Engineering And Plant Design

OBJECTIVES
Piping Engineering: Design, Construction, Maintenance, Integrity, and Repair describes the fundamental steps to any successful piping and pipeline engineering project, whether it’s routine maintenance or a multi-million dollar project new. Explores the understanding of the qualitative details, calculations, and techniques are essential in supporting competent decisions. He pairs coverage of real-world practice with the technical principles that underlie the material, design, construction, inspection, testing, and maintenance.
Upon completion of this course, attendees will have knowledge of piping engineering and plant design requirements and be able to begin applying them in their work.

COURSE CONTENTS
1. Material selection considerations
2. Fittings, flanges, and gaskets
3. Valve functions, types, and selection procedure
4. Loads and stresses
5. Pressure design of components
6. System layout considerations
7. Pipe supports and restraints
8. Piping flexibility
9. Design information required for piping stress analysis
10. Criteria for equipment nozzle loads
11. Fabrication, assembly, erection, inspection, and testing
12. Other considerations:

  • Non-metallic piping
  • Category M fluid service
  • High pressure piping

13. Latest technology on piping design

PESERTA
1. Dasar pendidikan SLTA/D3
2. Operator/Teknisi
3. Pegawai terkait yang membutuhkan pengetahuan dasar tersebut.

INSTRUKTUR
Ir. Rini Dharmastiti, M.Sc., P.hD.

WAKTU & TEMPAT

4 Days

Batch I 13 – 15 Jan 2015

Batch II 14 – 16 Apr 2015

Batch III 01 – 03 Jul 2015

Batch IV 20 – 22 Oct 2015

Tempat Training JGJ/BDG/JKT/BALI

FASILITAS
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Pipe & Pipeline Technology

Mar 24, 2014 by Rizki Satrio 0 Comments #Jenis-jenis Pipa, #Pipa, #Pipe & Pipeline Technology

DESKRIPSI
Kursus ini akan memberikan pengetahuan dan ketrampilan para peserta dalam bidang pemipaan. Dimana jenis pipa, penentuan diameter pipa, serta tekanan operasi akan dibahas. Disamping itu akan dijelaskan pula instrumentasi, meter dan aksesoris yang diperlukan. Pemipaan atau penempatan pipa di darat dan di laut, pengetesan kualitas pipa dan pemeliharaan, serta cara perlindungan dari korosi juga akan dibahas secara mendetail. Begitu pula pemilihan pompa atau kompresor yang tepat akan ditambahkan, sehingga melengkapi kursus ini dari semua aspek yang berhubungan dengan sistem pemipaan.

MATERI
1. Pendahuluan

2. Sifat fisik fluida hidrokarbon

3. Sifat fisik gas bumi

4. Sifat pipa minyak
• Penentuan diameter
• Penurunan tekanan
• Tekanan operasi dan kelas pipa

5. Sistem pipa gas
• Perhitungan diameter dan penurunan tekanan
• Pipa paralel dan seri
• Tekanan operasi dan kelas pipa

6. Instrumentasi dan aksesoris
• Jenis valve
• Penyangga pipa
• Fleksibilitas pipa
• Sistem pengamanan
• Instrumentasi pengukuran (metering)

7. Penempatan pipa di darat dan di laut
• Pipa di darat
• Pipa di laut

8. Pengetesan kualitas pipa

9. Perlindungan pipa dan korosi

10. Pompa dan kompresor

11. Cara pengukuran debit (transportasi)

PESERTA
Kursus ini dapat diikuti oleh teknisi, engineer, supervisor yang bekerja pada bidang maintenance dan operation untuk berbagai macam industri.

INSTRUKTUR
Ir. Rini Dharmastiti, M.Sc., P.hD.

WAKTU & TEMPAT
• Batch 1  : 25-27 Maret 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 2 : 17-19 Juni 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 3 : 21-23 Oktober 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 4 : 23-25 Desember 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL

FASILITAS
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Modern Maintenance Management

Mar 24, 2014 by Rizki Satrio 0 Comments #Modern Maintenance Management, #Type of maintenance management, #Type of maintenance method

DESCRIPTION
As the requirements for improved productivity and cost effectiveness increase, combined with an increased attention to safety and environmental issues, maintenance activities play an important role. Modern maintenance management techniques will give a significant contribution to a company’s productivity by applying reliability based techniques and cost-benefit analysis for maintenance optimization.
Several companies have experienced the positive effect of improving maintenance management, achieving a better foundation for making the right decisions, and thereby reducing the amount of unplanned maintenance tasks and subsequently unplanned shutdowns.

COURSE CONTENTS
1. Type of maintenance method
• Preventive maintenance
• Predictive maintenance
• Corrective maintenance
• Proactive maintenance

2. Type of maintenance management
• Basic Maintenance Management
• Reliability-Centered Maintenance (RCM)
• Risk Based Maintenance (RBM)
• Total Productive Maintenance (RCM)

3. Basic maintenance management
• Organizing maintenance activities
• Effective maintenance planner
• Maintenance scheduling and critical path
• Maintenance budgeting
• Maintenance job order
• Asset and spare part management

4. Maintenance based on RCM
• RCM Decision Diagram
• Planning, organizing, and controlling the proposed task
• Implementing RCM

5. Maintenance based on TPM
• Organizing, implementing and socializing TPM
• Product and equipment management
• Quality management system
• Administration system
• Evaluating and improving TPM result

6. Modern maintenance management in perspective
• Maintenance in the business process
• Evolution in maintenance management
• The business objectives and maintenance objectives
• Business, operations and maintenance key performance area
• CMMS requirement

7. Asset and spare part management
• Equipment identification and type classification
• Part number and bill of material
• Documentation structures, identification, and classification
• Logistic planning
• Logistic support analysis
• Critical path analysis

PARTICIPANTS
Managers and Senior Engineers from production and maintenance and Everyone who has interest in maintenance strategy for plant equipment.

INSTRUCTOR
Ir. Agus Jayatun, M.T.

VENUE
• Batch 1  : 18-20 Maret 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 2 : 10-12 Juni 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 3 : 14-16 Oktober 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 4 : 16-18 Desember 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL

FACILITIES
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Maintenance Of Belt Conveyor

Mar 24, 2014 by Rizki Satrio 0 Comments #Aplikasi umum belt conveyor, #Maintenance Of Belt Conveyor, #Pelatihan Maintenance of Belt Conveyor, #Pemeliharaan belt conveyor

DESKRIPSI
Pelatihan Maintenance of Belt Conveyor ini ditujukan bagi parateknisi pemeliharaan, operator dan supervisor yang mempunyai tugas dan tanggung jawab dalam menjaga agar belt conveyor bekerja sebagaimana mestinya dalam sistem material handling sertapara teknisi dan insinyur dari berbagai disiplin ilmu yang pekerjaan sehari-hari berkaitan dengan penggunaan belt conveyor dalam pengoperasian dan pemeliharaannya. Tidak dapat dibayangkan kerugian yang terjadi jika plant mengalami shutdown akibat belt conveyor rusak atau putus. Untuk itu penting sekali menjaga agar belt conveyor tetap dalam kondisi baik. Belt conveyor seringkali memberikan nilai ekonomis dan kepuasan sebagai metoda transportasi material seperti: material tambang, tanah, pasir, batu pecah, semen, beton segar, dan material lain dalam dunia industri. Semakin cepat dan menerus operasinya semakin besar kapasitas transportasi material.

MATERI
1. Sistem material handling.
2. Aplikasi umum belt conveyor
3. Komponen belt conveyor
4. Memasang belt padaconveyor
5. Menyambung belt (Splicing)
6. Loading and discharge
7. Belt suport
8. Belt cleaning
9. Teknik pemeliharaan dan operasi
10. Safety

PESERTA
Teknisi, bagian maintenance, operator pelaksana dan bagian yg berkaitan dalam pemeliharaan belt conveyor

INSTRUKTUR
Ir. Agus Jayatun, M.T.

WAKTU & TEMPAT
• Batch 1  : 18-20 Februari 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 2 : 14-16 Mei 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 3 : 16-18 September 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 4 : 16-18 November 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL

FASILITAS
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Heat Exchanger: Design, Operation, Maintenance, And Troubleshoting

Mar 24, 2014 by Rizki Satrio 0 Comments #Dasar-dasar prediksi penyebab gejala malfunction suatu heat exchanger, #Heat Exchanger (HE), #Pelatihan penilaian unjuk kerja suatu Heat Exchanger, #Training untuk mengembangkan teknik maintenance heat exchanger

DESCRIPTION
Heat Exchanger (HE) merupakan peralatan yang banyak digunakan dalam industri proses (process industry) yang berfungsi menukarkan/ mengalirkan panas dari suatu fluida ke fluida lainnya. Secara sederhana, prinsip kerja HE adalah dua fluida yang berbeda temperature, yang satu dialirkan dalam tube dan yang lainnya dalam shell hingga bersentuhan secara tidak langsung, sehingga panas dari fluida yang temperaturenya lebih tinggi berpindah ke fluida yang temperaturenya lebih rendah. Hasil dari proses ini adalah fluida panas yang masuk akan menjadi lebih dingin dan fluida dingin yang masuk akan menjadi lebih panas.
Peralatan ini banyak dipasang dalam sistem (plant) yang menghasilakan kalor/ panas yang tinggi sehingga membutuhkan proses pengaturan temperatur yang presisi tinggi agar potensi bahaya yang muncul seperti peledakan, kebocoran dan sebagainya dapat dicegah.
Karena sistem ini sangat berisiko tinggi maka perlu desain sistem, pengoperasian, perawatan dan troubleshooting yang baik dengan mengacu standard desain, operasi serta perawatan yang berlaku.
Setelah mengikuti pelatihan ini peserta diharapkan :
• Mampu melakukan penilaian unjuk kerja suatu heat exchanger,
• Dapat melakukan dasar-dasar prediksi penyebab gejala malfunction suatu heat exchanger,
• Mampu mengembangkan teknik maintenance heat exchanger,
• Memahami dan mampu melakukan perancangan awal berdasarkan rancangan beban kalor/thermal dan rancangan mekanis serta mengetahui bagaimana proses manufakturnya, sehingga mampu memilih spesifikasi heat exchanger,
• Mampu melakukan troubleshooting permasalahn yang muncul dilapangan.

COURSE CONTENTS
1. Fundamental of heat transfer and fluid mechanic theory
2. General heat exchanger types and components
3. Characteristic of heat exchanger
4. Applicable standard for design and calculation of heat exchanger
5. Selection of heat exchanger
6. Material selection based on standard of ASTM
7. Basic design of heat exchanger
8. Perkembangan design heat exchanger
9. Performance of heat exchanger
10. Service life time, reliability and maintenance
11. Program maintenance
12. Real case studies of calculation from field experience problem
13. Operation & troubleshooting

PARTICIPANTS
Karyawan yang membidangi peralatan heat exchanger, teknisi, engineer, supervisor, manager yang bekerja pada bidang maintenance dan operation untuk berbagai macam industri.

INSTRUCTURE
Ir. Victor Malau, DEA

VENUE
• Batch 1 : 18-20 Maret 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 2 : 10-12 Juni 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 3 : 14-16 Oktober 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 4 : 14-16 Desember 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL

FACILITIES
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Generator (Operation, Maintenance, Trouble Shooting)

Mar 24, 2014 by Rizki Satrio 0 Comments #Generator (Operation, #Maintenance, #Pelatihan untuk meningkatkan pengetahuan dan wawasan aspek-aspek engineering pada sistem pembangkitan tenaga listrik, #Pembangkitan Tenaga Listrik, #Prinsip dasar generator, #Trouble Shooting)

DESKRIPSI
Generator adalah peralatan utama pada unit pembangkit yang berfungsi menghasilkan energi listrik. Unjuk kerja generator selain dipengaruhi oleh aspek operasinya sangat dipengaruhi oleh faktor pemeliharaannya. Kesalahan dalam melakukan pemeliharaan akan menyebabkan gangguan vibrasi dan menurunnya kemampuan sehingga kinerja unit turun. Untuk mengatasi masalah tersebut perlu SDM yang kompeten, pelatihan ini dapat memberikan solusi terhadap masalah pemeliharaan generator di unit pembangkit.
Training ini dimaksudkan untuk meningkatkan pengetahuan dan wawasan tentang aspek-aspek engineering pada sistem pembangkitan Tenaga Listrik. Topik training ditekankan pada operasi, proteksi dan pemeliharaan generator maupun sistem penggerak mulanya.

MATERI
1. Prinsip dasar generator
• Distribusi fluks pada sela udara
• Ggl tanpa beban
• Belitan stator/rotor
• Isolasi dan kenaikan temperatur
• Reaksi jangkar
• Reaktansi

2. Gas turbine engines
• Gas turbine engine classifications,
• Principles of operation ,
• fuel system ,
• Cooling system,
• Lubrication system,
• Starting system

3. Governor
• System and Component,
• Governing Fundamentals,
• Principle of Operation

4. Prime Movers Maintenance

5. Electrical Power Generator
• Construction,
• Principles of operation,
• Generator Characteristics

6. Excitation system
• Types of exciters,
• Characteristics of exciters,
• Field flashing,
• AVR system

7. Generator Operation
• Synchronizing to Busbar,
• Loading,
• Generator protection

8. Insulation Testing
• Factors Affecting Insulations,
• Resistance Testing,
• Power Factor Testing,
• High Potential Testing,
• Withstand Voltage Testing

9. Generator Testing and Maintenance
• Stator and Rotor Insulation Test,
• Stator winding Test,
• Rotor Voltage Test,
• Data Interpretation

10. Discussion and cases study

PESERTA
Kursus ini dapat diikuti oleh teknisi, engineer, supervisor yang bekerja pada bidang maintenance dan operation Generator untuk berbagai macam industri

INSTRUKTUR
Ir. Teguh Puji, MT.

WAKTU & TEMPAT
• Batch 1 : 28-30 Januari 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 2 : 22-24 April 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 3 : 26-28 Agustus 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 4 : 28-30 Oktober 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL

FASILITAS
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Gas Turbine Technology

Mar 24, 2014 by Rizki Satrio 0 Comments #Contoh gas turbine technology, #Gas Turbine Systems, #Gas Turbine Technology, #Major Components of a Gas Turbine, #types of component faults and associated repair techniques

COURSE DESCRIPTION
The use of Gas Turbines in the Power Generation, Petrochemical and Pipeline Industries has increased considerably in the last few years. The development, in particular, of Combined Cycle and Combined Heat and Power applications has accelerated the use of Industrial Gas Turbines. This course will cover the design, operation and maintenance of the various types of Gas Turbine and Gas Turbine applications. Presenting this course at our facility will allow attendees to see practical examples of Gas Turbine Components, types of component faults and associated repair techniques.

WHO SHOULD ATTEND
The primary function of this five-day course is to allow the attendee a detailed understanding of the applications, operations and maintenance of Gas Turbines. Therefore this course is targeted at technicians and engineers involved in the operation and maintenance of Gas Turbines. Experienced engineers and maintenance specialists will also benefit from attending this course as will those managers concerned with the maintenance scheduling and repair aspects of Gas Turbines. For further information on the practical training offered on this course, Please see the facilities at our MJB Workshop

COURSE OUTLINE
1. Types of Gas Turbine and Gas Turbine Applications
• Heavy Duty Gas Turbines
• Aero-Derivative Gas Turbines
• Two-shaft Gas Turbines
• Simple Cycle/Combined Cycle/ Combined Heat and Power Applications

2. Major Components of a Gas Turbine
• Compressor/Combustor/Turbine

3. Compressor Components
• Compressor Design/Effects on Performance
• Compressor Washing Techniques/Philosophies

4. Combustion Components
• Combustion Liner Design/Types
• Combustion Liner Materials/Repair
• Fuel Nozzle Design/Repair
• Environmental Control for Combustion Systems
*Types Of Environmental Control
*Installation/Retrofitting Environmental Control Systems

5. Hot Gas Path Components
• Blade Materials/Design
• Nozzle Materials/Design
• Blade/Nozzle Inspection Techniques (Dye Penetrate, Eddy Current)
• Blade/Nozzle Defects (Corrosion, Erosion, Oxidation)
• Coatings and Coating Application Techniques
• Evaluating Components for Repair
• Repair Techniques and Materials

6. Gas Turbine Systems
• Lubrication Systems
*Lube Oil Types
*Oil Monitoring and Cleaning
• Fuel Systems
*Fuel Properties and Selection
*Fuel Measurement
*Supply Systems
*Heavy Fuels and Fuel Dosing
*Fuel Performance Impacts
*Environmental Considerations
• Bearings
*Types of Bearing
*Bearing Materials and Repairs
• Additional Systems
*Starting Systems
*Inlet Air Systems/Filtering

7. Control Systems

8. Types of Control System

9. Evaluating/Collecting Control System Data

10. Evaluating Control System Retrofits/Upgrades

11. Pressure, Temperature and Vibration Monitoring

INSTRUCTURE
Ir. Teguh Puji, MT.

VENUE
• Batch 1  : 21-23 Januari 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 2 : 15-17 April 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 3 : 19-21 Agustus 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 4 : 21-23 Oktober 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL

FACILITIES
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

Mechanical

Furnace And Heat Exchanger

Mar 24, 2014 by Rizki Satrio 0 Comments #Bahan bakar, #Furnace And Heat Exchanger, #Jenis-jenis bahan bakar, #Sifat-sifat bahan bakar

DESKRIPSI
Furnace atau dapur atau ruang bakar adalah suatu konstruksi yang dirancang sebagai tempat untuk mendapatkan proses pembakaran, yaitu proses reaksi secara cepat antara unsur/molekul yang terdapat pada bahan bakar dengan oksigen, sehingga menghasilkan kalor. Kalor yang diperoleh digunakan untuk memanaskan zat yang membutuhkan/dikehendaki. Heat exchanger atau alat penukar kalor adalah suatu peralatan yang berfungsi untuk memindahkan kalor dari suatu fluida ke fluida yang lain karena perbedaan temperatur. Berdasarkan mekanisme transfer kalornya, ada berbagai jenis/tipe heat exchanger. Jenis shell dan tube heat exchanger merupakan jenis heat exchanger yang paling bayak digunakan dalam industri. Hal tersebut dikarenakan oleh kemampuannya beroperasi pada tekanan tinggi, pemilihan bahan yang leluasa, pengoperasian yang mudah maupun efektivitas perpindahan kalor yang tinggi.

MATERI
• Tentang berbagai bahan bakar serta sifat-sifatnya
• Tentang peralatan bakar yang terkait dengan jenis bahan bakar yang digunakan dan karakteristiknya.
• Proses pembakaran yang terjadi di dalam furnace
• Alat-alat pengaman dan kontrol pembakaran dalam operasi
• Perawatan furnace
• Berbagai jenis dan konstruksi heat exchanger serta pemilihannya.
• Proses spesifikasi dan desain thermo- hydraulic
• Proses desain mekanis dan standard/code yang ada
• Arah pengembangan heat exchanger untuk peningkatan transfer kalor
• Operasi dan perawatan heat exchanger dan peningkatan reliability heat exchanger
• Instrumen dan kontrol operasi untuk keamanan
• Aspek ekonomi heat exchanger

PESERTA
Para teknisi, engineer, manajer dan personel bagian operasi dan perawatan pada perusahaan secara umum. Peserta training berpendidikan minimal sekolah menengah kejuruan dari bidang teknik.

INSTRUKTUR
Ir. Teguh Puji, MT.

WAKTU & TEMPAT
• Batch 1  : 7-9 Januari 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 2 : 1-3 April 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 3 : 5-7 Agustus 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL
• Batch 4 : 7-9 Oktober 2014 Place : JGJ/BDG/JKT/BALI/SING/MAL

FASILITAS
1. Training Module (Hard and Soft copy (USB Flash Disk))
2. Certificate
3. Stationeries: NoteBook and Ballpoint
4. Souvenir (Jacket or waistcoat or T-Shirt)
5. Bag or backpackers
6. Training Photo
7. Training room with full AC facilities and multimedia
8. Once lunch and twice coffeebreak every day of training
9. Qualified instructor
10. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)