Kompetensi kerja personal yang profesional ini merupakan persyaratan minimal yang harus di penuhi oleh pemegang jabatan tenaga teknik khusus (TTK) dalam rangka memastikan proses penerimaan, penyediaan instrumen Sistem Alat Ukur yang dapat berfungsi baik, akurat, andal dan layak operasi dengan aman. Mengoperasikan instrumen Sistem Alat Ukur yang dapat berfungsi baik, akurat, andal, layak dan aman dalam aspek legal pengukuran measurement custody transfer dan/atau aspek keselamatan ”safety device” pada kegiatan usaha minyak dan gas bumi.

Instrumen Sistem Alat Ukur (Measurement System) adalah satu kesatuan unit kerja dari perangkat alat ukur dan perlengkapannya sebagai fasilitas pengukuran statis atau dinamis dan penghitung variabel proses untuk keperluan penyerahan / transaksi legal ”Custody Transfer” dan/atau keselamatan operasi ”Safety Device” pada kegiatan usaha minyak dan gas bumi.

Dalam rangka memenuhi amanat UU No. 22 tahun 2001 tentang minyak dan gas bumi pasal 39 dan 40 bahwa perusahaan migas wajib menjamin standar dan mutu, kemudian UU No. 13 tahun 2003 tentang ketenagakerjaan serta PP No. 23 tahun 2004 tentang Badan Nasional Sertifikasi Profesi (BNSP), maka perlu di laksanakan sertifikasi kompetensi kerja yang mengacu kepada SKKNI yang telah di wajibkan melalui Peraturan Menteri ESDM No. 20 tahun 2008.

TUJUAN

Mengetahui sekaligus memastikan standar kompetensi inspektur instrumen alat ukur dengan acuan SKKNI melalui ketelusuran bukti dan pengalaman, sehingga tersedianya tenaga kerja kompeten di bidang Enjiner Instrumen Sistem Alat Ukur pada industri sektor migas.

SERTIFIKAT KOMPETENSI

Bagi peserta / asesi yang telah mengikuti rangkaian kegiatan assessment dan di nyatakan lolos kualifikasi dan administrasi, akan direkomendasikan untuk memperoleh sertifikat kompetensi dari Badan Nasional Sertifikasi Profesi (BNSP).

MATERI

1. Pengantar Sertifikasi Kompetensi Berbasis SKKNI
2. Kebutuhan tenaga kerja inspektur industri Migas
3. Model Pelatihan Berbasis Kompetensi
4. Pemahaman Unit-unit Kompetensi Enjiner Instrumen Sistem Alat Ukur

METODE UJI KOMPETENSI

Setiap peserta akan di berikan penilaian berupa evaluasi melalui ujian dengan ketentuan sebagai berikut :

1. Pelaksanaan ujian dengan System Multiple Choice / Essay
2. Verifikasi portofolio melalui Interview atau Wawancara
3. Evaluasi melalui praktek lapangan (bila di perlukan)
4. Proses Uji Kompetensi di laksanakan selama 1 hari

INSTRUKTUR

1. Pada sesi pembekalan / pelatihan, peserta akan diampu oleh praktisi bidang operasi Migas yang memiliki kompetensi teknis dan berpengalaman pada penanganan serah terima minyak dan gas bumi.
2. Pada sesi assessment / uji kompetensi, peserta akan di uji kompetensinya sesuai skema yang diajukan di bidang alat ukur oleh asesor dari LSP.

PESERTA

PERSYARATAN UMUM 

1. Pendidikan minimal setingkat D3 (dibuktikan dengan Ijazah)
2. Pengalaman kerja sesuai kompetensinya minimal 3 tahun, di utamakan di bidang Industri Migas
3. Sehat jasmani dan rohani

PERSYARATAN ADMINISTRASI

1. Fotocopy KTP sebagai WNI
2. Mengisi form Persyaratan Peserta Uji Kompetensi
3. Mengisi form unjuk kerja
4. FC ijazah terakhir
5. Portofolio
6. Surat pengalaman kerja dari pimpinan perusahaan (ASLI).
7. Surat Rekomendasi
8. Curriculum Vitae terbaru
9. Menyiapkan bukti-bukti contoh pekerjaan
10. Pas Photo 2X3 dan 3X4, 4 lembar ( background Merah)
11. Mengisi form Apl 01 dan Apl 02 (di sediakan oleh LSP)

WAKTU & TEMPAT

Durasi Training 4 hari

Waktu             : 08.00 – 16.00 WIB

Lokasi             : Yogyakarta

In – house       : depend on Request

BIAYA REGULER

Rp 9.000.000,- / peserta

Minimal Running 10 Peserta (biaya belum termasuk Ppn & Pph)

Fasilitas yang diterima peserta adalah:

• Paket meeting room hotel
• lunch & 2x Coffee break
• Handout & Training Kits
• Souvenir
• Training & Asessment
• Sertifikat pelatihan dari Lembaga Diklat Profesi
• Sertifikat kompetensi dari BNSP (bagi asesi yang di nyatakan kompeten)

INFORMASI & PENDAFTARAN

Noviana

WA / Phone  :  0812 2680 9527

Email   : novi@jtcc-consultant.com

Website :  http://www.jtcc-consultant.com

The post ENJINER INSTRUMEN SISTEM ALAT UKUR appeared first on .

Dalam AFA-2, para peserta akan memahami secara mendalam prinsip-prinsip kerusakan pada komponen powertrain dan hydraulic. Dalam konteks ini, kita perlu mengakui bahwa pelatihan ini memberikan pemahaman mendalam terhadap analisis kerusakan dan menekankan urgensi manajemen yang efisien. Penerapan praktik manajemen yang baik menjadi kunci dalam meningkatkan kinerja dan keandalan sistem secara menyeluruh.

Oleh karena itu, pelatihan ini tidak hanya berfokus pada aspek teknis, melainkan juga mengajarkan bagaimana manajemen yang efektif dapat mendukung kesuksesan analisis kerusakan. Dengan demikian, para peserta tidak hanya akan menguasai keterampilan teknis, tetapi juga memahami pentingnya peran manajemen dalam mencapai tujuan analisis kerusakan yang optimal. Peserta memperoleh pengetahuan ini, peserta akan menjadi ahli yang mampu memberikan solusi berbasis bukti untuk mengatasi kerusakan dan meningkatkan efisiensi operasional.

Dengan mengikuti pelatihan ini, peserta tidak hanya akan memperoleh wawasan mendalam terhadap kerusakan pada komponen powertrain dan hydraulic, tetapi juga mampu mengaplikasikan pengetahuan tersebut secara praktis untuk meningkatkan kinerja sistem dan meminimalkan downtime. Jangan lewatkan kesempatan untuk menjadi ahli dalam menganalisis dan mengatasi kerusakan pada komponen-komponen yang vital bagi operasional industri.

TUJUAN APPLIED FAILURE ANALYSIS 

• Mengembangkan keterampilan analisis kerusakan pada komponen powertrain dan hydraulic, termasuk identifikasi visual, pengujian non-destruktif, dan metode analisis lainnya.
• Knowledge: Memahami prinsip-prinsip dasar metalurgi terkait dengan powertrain dan hydraulic, serta mengetahui faktor-faktor penyebab kerusakan dan strategi pencegahan yang efektif.
• Attitude: Meningkatkan sikap proaktif terhadap manajemen kerusakan dengan memprioritaskan keandalan sistem dan efisiensi operasional.

MATERI APPLIED FAILURE ANALYSIS 

1. Dasar-dasar Metalurgi pada Powertrain dan Hydraulic
2. Analisis Kerusakan: Keausan dan Patahan pada Komponen Powertrain
3. Metode Pengujian Non-Destruktif (NDT) pada Hydraulic Components
4. Faktor-faktor Penyebab Kerusakan dan Pencegahan yang Efektif
5. Studi Kasus: Analisis Kerusakan pada Komponen Powertrain dan Hydraulic
6. Manajemen Analisis Kerusakan untuk Peningkatan Efisiensi Operasional

VENUE

Tanggal : 04 – 05 Maret 2024

Waktu   : (08.00 – 16.00 WIB)

Lokasi : Yogyakarta

In House Training: Depend on request

FASILITAS

• Module
• Sertifikat JTCC
• Instruktur yang sesuai bidangnya
• Cofee Break 2X dan Lunch
• Meeting Room

INFORMASI & PENDAFTARAN

Noviana

WA / Phone  :  0812-2680-9527

Email   : novi@jtcc-consultant.com

The post APPLIED FAILURE ANALYSIS appeared first on .

BELT CONVEYORS, CHUTE & FEEDER

(Aplication, Maintenance and Troubleshooting)

1. INTRODUCTION

• Fundamentals of bulk materials handling
• Nature of bulk solids
• Characteristics of generally used bulk materials
• Conveyors and chutes overview

Practical Exercise

1. BELT CONVEYING

• Introduction
• Layout
• Basic Configuration
• Components of a standard conveyor
• Capacity of belt conveyors and selection of belt width
• Selection of other components (belt, idlers, pulleys and takeups etc.)
• Simple calculation of belt tension
• Selection of drive
• Troubleshooting tips
• Take-ups
• Operation and maintenance of belts
• Tips for cost savings

Practical Exercise

1. SAFETY OF CONVEYORS

• Conveyor safety standard
• General background on AS 4024.1 (RA and hazard recognition)
• Hazard recognition
• History of accidents
• Key conveyor safety issues
• Demonstration of unsafe conveyors
• AS 1755 conveyors
• Chute doors hazards and controls

Case Study

Practical Exercise

1. MAINTENANCE AND TROUBLESHOOTING OF CONVEYORS

• Troubleshooting conveyor problems
• Types of joints
• Splice failures
• Splice inspections
• Splice repairs
• Typical problems
• Root cause process
• Systematic approach for tracking
• Site specific problems

Case Study

Practical Exercise

1. CHUTE MAINTENANCE AND TROUBLESHOOTING

• Transfer chutes theory
• Laser scanning applications
• Best practice design
• Boosting flow

Troubleshooting chutes

• Spillage and buildup
• The awkward marriage of conveyor and chutes

Practical Exercise

1. FEEDERS MAINTENANCE AND TROUBLESHOOTING

• Belt, apron, screw and other feeders
• Optimum draw down
• Troubleshooting typical problems

Practical Exercise

1. STORAGE AND FLOW

• Flow properties of materials
• Funnel – flow and expanded flow
• Flow rate analysis
• Gravity reclaim
• Bin wall pressures

Practical Exercise

1. PRACTICAL CONVEYOR DESIGN

• Review of bulk material characteristics
• Layout
• Component selection
• Lump size limitation
• Capacity
• Minimum pulley diameters
• Burden cross sectional area calculations
• Volumetric capacity
• Velocity calculations
• Idler spacing and load rating
• Belt tension calculations
• Drive arrangements
• Power demand capacity
• Starting and stopping
• Start up current calculations
• Vertical curves
• Gearbox and drive selection
• Safety factors
• Bearing types and selection

Conveyor design calculations Exercises

1. CHUTE DESIGN

• Liner selection
• Use of solidworks
• DEM and application to transfer design
• Stress analysis using cosmos
• Chute Design Exercise

1. FEEDER DESIGN

• Calculation of loads/drive torques and power
• Feeder selection

Feeder Design Exercise

1. APPLICATIONS AND FUTURE TRENDS

• Case studies

Future trends in conveyors, feeders and chutes

  WHO SHOULD ATTEND

• Maintenance Engineers, Technicians and Staff
• Plant Engineers
• Operation, Maintenance, Inspection and Repair Managers,
• Supervisors and Engineers
• Mechanical Engineers and Technicians
• Design Engineers
• Electrical Engineers and Technicians
• Consulting Engineers

• Training will be held at:
• 27 – 29 agustus 2012
• 12 – 14 September 2012
• 26 –  28 September 2012
• 3 – 5 Oktober 2012
• 22 – 24 Oktober 2012
• 06^th – 08^th  November 2012
• 12 – 14 November 2012
• 26 – 28 November 2012
• 3 – 5 Desember 2012
• 19 – 21 Desember 2012
  • At IBIS Hotel, Yogyakarta

Facilities:

• Airport pick up service
• Transportation during training
• Certificate
• Souvenir
• 2x coffee break & lunch
• Hard & soft copy material
• Training Kit.

JOGJA TRAINING & CAREER CENTER (JTCC)

Jl. Cendana No. 5 ,Baciro, Yogyakarta

Phone       :  (0274) 419936

Fax            :  (0274) 419936

E-mail      :  info@jtcc-consultant.com

Website   :  http://www.jtcc-consultant.com

Copyright © 2012 JTCC

Allright Reserved

The post BELT CONVEYORS, CHUTE & FEEDER appeared first on .

 DESKRIPSI 

 Calibration System – Sistem pengukuran sudah lazim digunakan dalam berbagai sektor industri, sehingga ketepatan serta kehandalan peralatan tersebut menjadi faktor yang sangat penting dalam menjamin mutu proses produksi serta produk yang dihasilkan.

Salah satu mekanisme yang menunjang sistem pengukuran adalah sistem manajemen kalibrasi, di mana kalibrasi berfungsi untuk menentukan ketepatan suatu alat ukur. Dalam pelatihan ini, akan dipelajari tentang sistem kalibrasi yang efektif, agar dapat melakukan kalibrasi dan perhitungan perlengkapan pengukuran.

MATERI

• Pengenalan dari Sistem Kalibrasi
• Konsep yang berhubungan dengan Kalibrasi
• Sistem Kalibrasi
• Kalibrator
• Bahan Kalibrasi
• Laboratorium Kalibrasi
• Pengumpulan data Kalibrasi
• Lingkungan Kalibrasi
• Prosedur Kalibrasi
• Metode Kalibrasi
• Pengendalian perlengkapan Kalibrasi
• Tambahan persyaratan Kalibrasi

PESERTA

Pelatihan ini ditujukan kepada pihak yang bertanggung jawab dalam mengukur atau menguji peralatan di perusahaan seperti maintenance, laboratorium, QA dan produksi.

METODE

Presentation, Discussion, Simulation, Case Study, and Evaluation

WAKTU & TEMPAT

• Training will be held on
•  Batch I :  07 – 09 Februari 2020
• Batch II : 15 – 17 Juni 2020
• Batch III : 26 -28 Oktober 2020
• At All Seasons Hotel, Jakarta

FASILITAS

• Convenience meeting room at All Seasons Hotel, Jakarta
• 2x coffee break and lunch
• Training kit
• Soft and hard copy course material
• Certificate
• Souvenir

Course Fee    IDR 9.000.000,- / participant (non residential) Special rate IDR 8.500.000,- / participant (non residential) for minimum 3 participants from the same company.

Payment can be made at the time of registration or via bank transfer to acc:

PT Bank Mandiri Cabang KH Ahmad Dahlan Yogyakarta

Acc. No.  137-00-0786993-2 

a/n JOGJA TRAINING & CAREER CENTER

———————————- INFORMASI & PENDAFTARAN ——————————–

ZAHRA RIZKY

TELP/SMS/WA:

0853-2876-7823

EMAIL

zahra@jtcc-consultant.com

The post Calibration System appeared first on .

Control, Operation, Maintenance & Troubleshooting

DESCRIPTION

The pump & compressor is a comprehensive course focussing on the fundamentals of centrifugal pumps and compressors. You will have an opportunity to discuss Pump/Compressor construction, design, operation, maintenance and management issues and be provided with the most up-to-date information and best practice in dealing with the subject. Toward the end of the workshop, you will have developed the skills and ability to recognise and solve simple pump/compressor problems in a structured and cinfident manner.

OBJECTIVES
Participants will learn how to:
1.    Explain and understand pumps/compressor terminology
2.    Indentify various type of pumps/compressors
3.    Understand pumps/compressors characteristic and interpret pump/compressors curves
4.    Understand pump/compressors type and classification
5.    Understand Criteria for pump/compressors selection
6.    Perorm a number of simple pump/compressor calculation
7.    Confidently test and commission pump/compressor sets
8.    explain how pump/compressor are constructed
9.    Detail how to install, test and commission pump/compressor systems
10.    Explain how to start up a new pump/compressor or one after strip down for maintenance

CONTENT
1.    Introduction
•    What constitutes a good a pump/compressor or compressor
•    Safety
•    Reliability
•    Efficiency
•    Risk consideration
•    Life cycle cost consideration
•    Overview of Statutory requirements

2.    Centrifugal Pump and Construction
•    Casings
•    Impellers
•    Axical/ radial forces
•    Pump/compressor shafts
•    Shaft seals – balances/unbalances, sea, wear patterns
•    Drives and Coupling
•    Support and Pipe connections
•    Auxiliaries

3.    Centrifugal Pump Characteristic and Operations
•    Hydraulic properties of pump
•    QH Curves
•    PQ Curves
•    Speed changes on curves

4.    Pump Specification and selection
•    System Analysis
•    Data Sheets
•    Bid Requests/ review/ analyses

5.    Pump testing and inspection
•    Material Inspection Requirements
•    Shop Tests
•    Performance Test Procedures
•    Site Location
•    Pump Foundations
•    Associated Piping & Fittings
•    Pre-operational Checks
•    Operation of Pump

6.    Pump Maintenance
•    Pump breakdown and removal
•    Single stage pump dismantling and repair
•    Preparation for re-assembly
•    Pump assembly
•    Vertical and multistage pump repairs

7.    Introduction to Compressors
•    What is a compressor
•    Basic criteria for compressor selection
•    Compressor definitions

8.    Reciprocating Compressors
•    Principles and mechanics
•    Definitions
•    Part of a reciprocating compressor
•    Maintenance of reciprocating compressors
•    Performance of reciprocating compressors
•    Mechanical Forces

9.    Centrifugal Compressors
•    Introduction
•    Principle of Operational
•    Operation
•    Parts of Centrifugal compressor
•    Casing configurations
•    Types of compressors
•    Performance of centrifugal compressor
•    Polytropic compressor
•    Compressor control

INSTRUCTOR
Ir. Rini Dharmastiti, M.Sc, PhD & Team
Expert in Tribology, Pump & Compressor, Biomedical Engineering and Mechanical Material

WHO SHOULD ATTEND
1.    Plant Operations and Maintenance Personnel
2.    Consulting Engineers
3.    design Engineers
4.    Process Technicians
5.    Plant Engineering Managers and Supervisors
6.    Process Control Engineers and Supervisors
7.    Mechanical Engineers
8.    Pump/compressor Saes Enineers
9.    Pump/compressor Service Contractors
10.    Pump/compressor Operator
11.    Plant Engineers

METHODS    Presentation, Discussion, Simulation, Case Study, Evaluation

TIME & VENUE

April 03th – 05th 2012
May 30th – June 1st 2012
Santika Hotel Balikpapan, East Kalimantan

COURSE FEE

IDR 6.500.000,-/ participant

Payment can be made at the time of registration or via transfer to account:
PT Bank Mandiri Cabang KH Ahmad Dahlan Yogyakarta

a/n JOGJA TRAINING & CAREER CENTER

The post Training On Pump & Compressor: Control, Operation, Maintenance & Troubleshooting appeared first on .

This special practical approach course is designed to provide a comprehensive understanding of applied corrosion prevention, control and monitoring techniques for oil and gas surface facilities equipment and pipeline, combating internal corrosion damages using chemical inhibitor injection, and to improve personal skill and ability to control, monitor and evaluate the results of pigging operation and chemical injection with corrosion coupon, scale coupon, ER corrosion probes and LPR corrosion probes.

Objective

After completion of this course, participants will be able to:

• Broaden or reshape their knowledge on the related subjects of his or her area of responsibility, learn more detail about internal corrosion control and monitoring, and understand how to select and use of corrosion inhibitors and chemicals.
• Understand what internal corrosion is, how to detect, predict and monitor their growth, and how to control these serious problems in the pipeline.

Ir. Rini Dharmastiti, M.ST, PhD.

who Should Attend

This course is for either corrosion engineers or non corrosion engineering personnel who involve in oil & gas operations and maintenance, pipeline and asset integrity management, pipeline inspection and pigging, material purchasing, chemical selection and injection, hazard and HSE management, and any corrosion related activity.

Methode

The course will be delivered in the form of classroom exposition, case studies and open discussion. Course materials will be handed out as hard and soft copy.

Time

• 29 Feb-02 Mar 2012
• 20-22 mar           2012
• 03-05 April            2012
• 25-27 April            2012
• 01-03 Mei               2012
• 29-31 Mei                2012
• 12-14 Juni               2012
• 03-05 July              2012

Venue 

• Shantika Hotel, Yogyakarta
• Melia Purosani Hotel, Yogyakarta
• Grand Aston Hotel, Yogyakarta

Course Fee

Rp 7.500.000,-/ peserta

Special rate Rp.6.950.000,-/ peserta for 3 Participant from the same company

Pembayaran dapat dilakukan pada saat pendaftaran atau melalui transfer ke no rekening:

PT Bank Mandiri Cabang KH Ahmad Dahlan Yogyakarta

Acc. No.  137-00-0786993-2

a/n JOGJA TRAINING & CAREER CENTER

for future Information please contact us :

JOGJA TRAINING & CAREER CENTER (JTCC)

Jl. Cendana No 5, Baciro, Yogyakarta

Phone:  0274 – 419936

Fax:  0274 – 419936

Email: info@jtcc-consultant.com

pie_buana@yahoo.com

upie.supriatin@jtcc-consultant.com

Contact Person:  Upie

Mobile:  0858 8027 8869

The post Pipeline Internal Corrosion Control & Monitoring appeared first on .

Materi

Basic Concept of AC & DC.
Instalasi dan trouble shooting
Perawatan
Intro To Load Estimating
Load Estimating : Cooling and Heating
Load Estimating : System Design
Mechanical Refrigeration : Cycle Descrip.
Mechanical Refrigeration Cycle Analysis
Ducting Design : Principle & Method
Fundamental of Psychrometric
Psychrometric : Properties of Air ADV.PROG.
Refrigerant Piping System
Water Piping & Pump Selection
Multi Room Buildings,Load CH.SYS.PROG.
Ducting Design : Air Side
Ducting Design : Centrifugal Fan
Ducting Design : Room Air Distribution
Cooling Coil Performance
Air Handling Unit : Central SYS.
Heat Rejection Equipment & Cooling Tower
Control Principles & Method.
Test Merancang Sistem Tata Udara
Centrifugal REF.Equipment
Absorption REF.Equipment
Reciprocating REF.Equipment
Reciprocating Chiller
Large Packaged Equipment

Instruktur

Ir. Y. Agus Jayatun MT and Team
Ahli di bidang Mechanical & Operation

Peserta

Peserta yang diharapkan berpartisipasi dalam program ini antara lain:

• Teknisi, Engineer, Supervisor yang bekerja pada bidang maintenance di perusahaan

Metode

• Presentation, Discussion, Simulation, Case Study, and Evaluation

Time 

• March 13^th – 15^th 2012
• March 20^th – 22^th 2012
• April 03^th – 05^th 2012
• April 18^th – 20^th 2012

Course Fee

• IDR 6.000.000,- / participant (non residential)

• Special rate IDR 5.500.000,- / participant (non residential) for minimum 3 participants from the same company.

Registration should be made 5 days prior to the implementation of training.

Number of attendees must be in accordance with the number of participants registered. If the number of attendees does not match with the number of participants registered, then the company must pay the training cost as much as the number of participants that are registered in the enrollment form that has been sent to us.

*Payment can be made at the time of registration or via bank transfer to acc:

PT Bank Mandiri Cabang KH Ahmad Dahlan Yogyakarta

Acc. No.  137-00-0786993-2

a/n JOGJA TRAINING & CAREER CENTER

For further information Please feel free to contact us

JOGJA TRAINING & CAREER CENTER (JTCC)

Jl. Cendana No 5, Baciro, Yogyakarta

Phone/Fax :  0274 – 419936

Email: pie_buana@yahoo.com

            upie.supriatin@jtcc-consultant.com

Contact Person:  Upie

 Mobile:  0858 8027 8869

The post AC and Refrigation: Safety and Control System appeared first on .

Based on the rules for pressure vessel design and construction, this course is a comprehensive introduction to the requirements of Section VIII, Division 1 including background, organization, design, materials, fabrication, inspection, testing and documentation of pressure vessels. It covers the more commonly applied subsections and paragraphs, and includes a practical discussion of individual problems and situations. Designed primarily for beginners, experienced vessel designers, who would like to update their knowledge of the Code, will also benefit from attending.

CONTENT

1. Introduction to ASME Codeand section VIII
2. General Requirements
3. Material Requirement
4. General Design Requirement
5. Design for Internal Pressure
6. Design for Buckling
7. Design of Flat Heads and Covers
8. Design of Opening
9. Fabrication Requirement
10. NDE, Testing, Pressure Relief and Documentation Requirement
11. Requirement for Vessels Fabricated by Welding
12. Requirement for Carbon and Low Alloy Steel
13. Requirement for High Alloy Steel
14. Requirement for Heat Treated Material
15. Code Appendices
16. Example Problem

INSTRUCTOR

Ir. Subarmono MT, PE

Expert in Mechanical Material

WHO SHOULD ATTEND

Those involved with the purchase, design, fabrication, or inspection of pressure vessels. Some technical background will be helpful, but attendees are not required to have an Engineering degree or previous work experience in the subject matter.

METHODS

Presentation, Discussion, Simulation, Case Study, Evaluation

TIME & VENUE

• May 2^nd – 5^th 2011

• Novotel Hotel Balikpapan, East Kalimantan

COURSE FEE

Rp 8.250.000,-/ participant

Pembayaran dapat dilakukan pada saat pendaftaran atau melalui transfer ke no rekening:

PT Bank Mandiri Cabang KH Ahmad Dahlan Yogyakarta

Acc. No.  137-000-655046-7

a/n Suryani

REGISTRATION & PENALTY

Pendaftaran peserta diterima paling lambat 4 hari sebelum jadwal pelaksanaan training. Jika jumlah peserta yang mengikuti training tidak sesuai dengan jumlah yang didaftarkan, perusahaan harus membayar sejumlah peserta yang telah didaftarkan dalam enrollment formal yang telah dikirimkan.

CONTACT

JOGJA TRAINING & CAREER CENTER (JTCC)

Jl. Cendana No. 5 ,Baciro, Yogyakarta

Phone       :  (0274) 419936

Fax            :  (0274) 419936

E-mail      :  info@jtcc-consultant.com

Website   :  http://www.jtcc-consultant.com

The post Training On Asme Design & Fabrication Of Pressure Vessels appeared first on .

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.

CONTENT

TYPE OF MAINTENANCE METHOD

Preventive maintenance

Predictive maintenance

Corrective maintenance

Proactive maintenance

TYPE OF MAINTENANCE MANAGEMENT

Ø Basic Maintenance Management

Ø Reliability-Centered Maintenance (RCM)

Ø Risk Based Maintenance (RBM)

Ø Total Productive Maintenance (RCM)

BASIC MAINTENANCE MANAGEMENT

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

MAINTENANCE BASED ON RCM

• RCM Decision Diagram
• Planning, organizing, and controlling the proposed task
• Implementing RCM

MAINTENANCE BASED ON TPM

• Organizing, implementing and socializing TPM
• Product and equipment management
• Quality management system
• Administration system
• Evaluating and improving TPM result

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

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

INSTRUCTOR

Ir. Y. Agus Jayatun MT

Expert in Maintenance Management

WHO SHOULD ATTEND

• Managers and Senior Engineers from production and maintenance

• Everyone who has interest in maintenance strategy for plant equipment.

METHODS

Presentation, Discussion, Simulation, Case Study, Evaluation

DATE & VENUE

• May 2^nd – 5^th 2011

• Novotel Hotel Balikpapan, East Kalimantan

COURSE FEE

Rp 7.750.000,-/ participants

Pembayaran dapat dilakukan pada saat pendaftaran atau melalui transfer ke no rekening:

PT Bank Mandiri Cabang KH Ahmad Dahlan Yogyakarta

Acc. No.  137-000-655046-7

a/n Suryani

CONTACT

JOGJA TRAINING & CAREER CENTER (JTCC)

Jl. Cendana No. 5 ,Baciro, Yogyakarta

Phone       :  (0274) 419936

Fax            :  (0274) 419936

E-mail      :  info@jtcc-consultant.com

Website   :  http://www.jtcc-consultant.com

The post Modern Maintenance Management Training appeared first on .

Most production and fabricating machinery requires leveling in order to correctly function. Some machinery, depending on the tolerances necessary, require leveling to within thousandths of an inch. When installing and leveling equipment of any type, it’s important to determine the available options for reaching optimum level, and also to make the necessary alterations to the surface where the machine will operate

One of the most common causes of damaging vibration in rotating equipment is shaft misalignment. This comprehensive course trains the student in the need for precision shaft alignment and instructs in the popular methods to achieve it.

CONTENT

I. What do we mean by Misalignment

II. Importance of Proper Alignment

• Extended Seal Life
• Extended Bearing Life
• Smoother / Quieter Operation
• Extended coupling life

III. Types of alignment:

• Straight Edge and Flash Light Method
• Reverse Dial Indicator Method
• Rim & Face Method (Double Dial Indicator)
• Laser

IV. Preliminary Checks Before Starting Alignment

Baseplate

Shaft runout and endfloat

Existing shims

Inspect Couplings

V. Alignment Checks

• Factory prealignment
• Alignment before grouting baseplate
• After Grouting Baseplate

INSTRUCTOR

Ir. Rini Dharmastiti, M.Sc, PhD & Team

Expert in Mechanical, Material Design, Tribology and Corrossion

WHO SHOULD ATTEND

Instrument Engineer/Supervisor, Plant Maintenance/Operators/Supervisors

METHODS

Presentation, Discussion, Simulation, Case Study, Evaluation

TIME & VENUE

• May 2^nd – 4^th 2011

• Ibis Hotel, Yogyakarta

COURSE FEE

Rp 6.000.000,-/ participants

Pembayaran dapat dilakukan pada saat pendaftaran atau melalui transfer ke no rekening:

PT Bank Mandiri Cabang KH Ahmad Dahlan Yogyakarta

Acc. No.  137-000-655046-7

a/n Suryani

CONTACT

JOGJA TRAINING & CAREER CENTER (JTCC)

Jl. Cendana No. 5 ,Baciro, Yogyakarta

Phone       :  (0274) 419936

Fax            :  (0274) 419936

E-mail      :  info@jtcc-consultant.com

Website   :  http://www.jtcc-consultant.com

The post Mechanical Alignment Training appeared first on .