Training Risk-Based Inspection (RBI) & Asset Integrity in Mining

Training Risk-Based Inspection (RBI) & Asset Integrity in Mining adalah program pelatihan teknis pertambangan yang dirancang untuk memberikan pemahaman komprehensif mengenai penerapan Risk-Based Inspection (RBI) dan Asset Integrity Management (AIM) untuk meningkatkan keselamatan, keandalan, availability, dan efisiensi aset pertambangan.

Pelatihan ini membahas bagaimana perusahaan dapat mengidentifikasi, menganalisis, dan memprioritaskan risiko kegagalan pada berbagai equipment dan fasilitas tambang seperti crusher, conveyor, pressure vessel, pipeline, storage tank, fuel tank, serta unit proses lainnya.

Peserta akan mempelajari konsep Probability of Failure (PoF), Consequence of Failure (CoF), risk matrix, failure mechanism, equipment criticality, inspection planning, Non-Destructive Testing (NDT), condition monitoring, serta integrasi RBI dengan maintenance dan reliability program.

Mengapa Risk-Based Inspection & Asset Integrity Penting di Industri Pertambangan?

Peralatan dan fasilitas pertambangan bekerja dalam kondisi operasional yang berat dan dapat mengalami berbagai mekanisme kerusakan seperti corrosion, erosion, wear, fatigue, cracking, vibration, serta mechanical stress.

Pendekatan inspeksi berdasarkan interval waktu saja belum tentu memberikan prioritas yang tepat terhadap equipment dengan tingkat risiko tertinggi. Melalui Risk-Based Inspection, perusahaan dapat menentukan prioritas inspeksi berdasarkan kombinasi kemungkinan terjadinya kegagalan dan konsekuensi yang dapat ditimbulkan.

Penerapan RBI yang terintegrasi dengan Asset Integrity Management, Reliability Centered Maintenance (RCM), Condition-Based Maintenance (CBM), dan sistem maintenance membantu perusahaan mengoptimalkan program inspeksi, mengurangi unplanned downtime, menjaga integritas aset, dan meningkatkan reliability operasi.

Manfaat Training Risk-Based Inspection (RBI) & Asset Integrity

Setelah mengikuti training ini, peserta diharapkan mampu:

• Memahami konsep dasar Asset Integrity Management (AIM).
• Memahami hubungan asset integrity, reliability, maintenance dan operational safety.
• Memahami prinsip Risk-Based Inspection (RBI).
• Memahami konsep RBI berdasarkan API 580 dan API 581.
• Mengidentifikasi critical equipment pada fasilitas pertambangan.
• Mengidentifikasi berbagai failure mechanism pada equipment.
• Memahami Probability of Failure (PoF).
• Memahami Consequence of Failure (CoF).
• Menyusun risk matrix dan risk ranking.
• Menentukan prioritas equipment berdasarkan tingkat risiko.
• Menentukan metode inspeksi berdasarkan damage mechanism.
• Memahami penerapan berbagai metode Non-Destructive Testing (NDT).
• Menyusun inspection plan berbasis risiko.
• Mengintegrasikan RBI dengan maintenance dan reliability program.
• Meningkatkan reliability dan availability aset.
• Mengoptimalkan biaya inspeksi dan maintenance.
• Mengurangi risiko equipment failure dan unplanned shutdown.
• Mengembangkan KPI untuk Asset Integrity Management.

Materi Training Risk-Based Inspection (RBI) & Asset Integrity in Mining

Hari 1 – Fundamentals of RBI & Asset Integrity

1. Introduction to Asset Integrity Management

• Pengertian Asset Integrity Management (AIM)
• Tujuan dan ruang lingkup Asset Integrity
• Asset lifecycle management
• Asset reliability
• Asset availability
• Maintainability
• Operational integrity
• Mechanical integrity
• Hubungan Asset Integrity dengan keselamatan operasi tambang
• Asset Integrity Management Framework

2. Introduction to Risk-Based Inspection (RBI)

• Konsep dasar Risk-Based Inspection
• Traditional inspection vs Risk-Based Inspection
• Risk-based approach
• Risk identification
• Risk assessment
• Risk evaluation
• Risk ranking
• Risk mitigation
• Inspection optimization

3. RBI Framework – API 580 & API 581

• Overview API 580
• Overview API 581
• RBI principles
• RBI methodology
• Qualitative RBI
• Semi-quantitative RBI
• Quantitative RBI
• Data requirements
• Risk calculation
• Inspection planning

4. Risk Assessment Methodology

• Hazard identification
• Risk identification
• Likelihood of failure
• Probability of Failure (PoF)
• Consequence of Failure (CoF)
• Risk calculation
• Risk matrix
• Risk category
• Risk ranking
• Risk acceptance criteria

5. Probability of Failure (PoF)

• Konsep Probability of Failure
• Equipment condition
• Ageing mechanism
• Damage mechanism
• Inspection history
• Operating condition
• Failure history
• Degradation rate
• Likelihood assessment

6. Consequence of Failure (CoF)

• Konsep Consequence of Failure
• Safety consequence
• Environmental consequence
• Production consequence
• Financial consequence
• Equipment damage
• Business interruption
• Downtime impact
• Reputation impact

7. Failure & Damage Mechanisms in Mining Assets

• Corrosion
• Erosion
• Abrasion
• Wear
• Fatigue
• Cracking
• Mechanical stress
• Vibration
• Overheating
• Material degradation
• Equipment ageing
• Structural deterioration

8. Critical Equipment Identification

• Equipment criticality analysis
• Critical asset identification
• Safety critical equipment
• Production critical equipment
• Environmental critical equipment
• Criticality matrix
• Equipment prioritization
• Asset hierarchy
• Critical equipment register

9. RBI Application for Mining Equipment

• Crusher
• Conveyor system
• Pressure vessel
• Pipeline
• Fuel storage tank
• Process tank
• Material handling equipment
• Processing equipment
• Supporting facilities

10. Asset Integrity Standards & Framework

• API 580 – Risk-Based Inspection
• API 581 – RBI Methodology
• ISO 55000 Asset Management
• Asset Integrity Management principles
• Inspection management system
• Maintenance management framework
• Compliance terhadap standar dan ketentuan yang berlaku

Hari 2 – RBI Implementation, Inspection & Asset Integrity Optimization

11. Developing an RBI Plan

• RBI implementation workflow
• Data collection
• Data validation
• Equipment identification
• Damage mechanism identification
• Risk assessment
• Risk ranking
• Inspection strategy
• Inspection interval
• Inspection effectiveness
• Risk mitigation plan

12. Inspection Methods & NDT Techniques

• Visual Inspection (VT)
• Ultrasonic Testing (UT)
• Radiographic Testing (RT)
• Magnetic Particle Testing (MT)
• Liquid Penetrant Testing (PT)
• Acoustic Emission (AE)
• Thickness measurement
• Corrosion monitoring
• Condition monitoring
• Pemilihan metode inspeksi berdasarkan damage mechanism

13. Condition Monitoring for Asset Integrity

• Condition-Based Monitoring
• Vibration monitoring
• Temperature monitoring
• Thermography
• Oil analysis
• Corrosion monitoring
• Wear monitoring
• Equipment performance monitoring
• Trend analysis
• Early failure detection

14. RBI Data Management & Software Tools

• RBI database
• Inspection database
• Equipment history
• Failure history
• Inspection history
• Risk register
• Computerized Maintenance Management System (CMMS)
• SAP PM
• IBM Maximo
• RBI software tools
• Digital asset management

15. Integration with Reliability Centered Maintenance (RCM)

• Konsep Reliability Centered Maintenance
• RBI dan RCM
• Functional failure
• Failure mode
• Failure consequence
• Maintenance strategy
• Preventive maintenance
• Predictive maintenance
• Condition-based maintenance
• Corrective maintenance

16. Integration with TPM & Maintenance Program

• Total Productive Maintenance (TPM)
• Planned maintenance
• Autonomous maintenance
• Inspection-maintenance integration
• Maintenance planning
• Maintenance scheduling
• Shutdown inspection
• Turnaround planning
• Maintenance optimization

17. Asset Integrity Monitoring & KPI

• Asset Integrity KPI
• Reliability Index
• Inspection Compliance
• Corrosion Rate
• Equipment Availability
• Failure Frequency
• Risk Reduction Factor
• Inspection effectiveness
• Maintenance compliance
• Asset integrity dashboard

18. Risk Mitigation & Inspection Optimization

• Risk reduction strategy
• Inspection optimization
• Inspection frequency optimization
• Inspection interval optimization
• Maintenance optimization
• Repair strategy
• Replacement strategy
• Operating condition modification
• Risk monitoring
• Residual risk

19. Digitalization in RBI & Asset Integrity

• Digital inspection management
• Digital asset integrity
• IoT condition monitoring
• Online equipment monitoring
• Predictive analytics
• Asset integrity dashboard
• Data-driven maintenance
• Digital inspection records
• Integration with CMMS
• Digital transformation in asset integrity

20. Case Study – RBI & Asset Integrity in Mining

• Studi kasus industri tambang batubara
• Studi kasus industri tambang nikel
• Studi kasus industri tambang tembaga
• Critical equipment identification
• Failure mechanism identification
• PoF & CoF assessment
• Risk matrix development
• Risk ranking
• Inspection plan development
• Risk mitigation recommendation

Metode Training

Training Risk-Based Inspection (RBI) & Asset Integrity in Mining menggunakan pendekatan pembelajaran yang menggabungkan teori, risk assessment, inspection planning, diskusi, workshop dan studi kasus industri pertambangan.

• Presentasi dan pembahasan konsep
• Diskusi interaktif
• Equipment criticality analysis
• Risk matrix exercise
• PoF & CoF analysis
• RBI planning exercise
• Inspection method selection
• Case study pertambangan
• Problem solving
• Sharing pengalaman industri

Target Peserta Training

• Asset Integrity Engineer
• Inspection Engineer
• Reliability Engineer
• Maintenance Engineer
• Mechanical Engineer
• Plant Engineer
• Mining Engineer
• Maintenance Planner
• Maintenance Supervisor
• Maintenance Superintendent
• Inspection Supervisor
• Plant Maintenance Personnel
• Technical Services
• HSE / Safety Personnel
• Asset Management Team
• Engineering & Operation Personnel
• Profesional terkait di industri pertambangan

Pembicara / Fasilitator

Tim Trainer Johnson Indonesia

Trainer berpengalaman dan fokus pada bidang Risk-Based Inspection, Asset Integrity Management, inspection engineering, maintenance, reliability, condition monitoring dan pengelolaan aset industri.

Jadwal Training Risk-Based Inspection (RBI) & Asset Integrity in Mining

Jadwal Training

• 26–27 Januari 2027
• 11–12 Februari 2027
• 25–26 Maret 2027
• 22–23 April 2027
• 06–07 Mei 2027
• 10–11 Juni 2027
• 20–21 Juli 2027
• 10–11 Agustus 2027
• 14–15 September 2027
• 07–08 Oktober 2026
• 09–10 November 2026
• 14–15 Desember 2026

Jam Pelaksanaan Training

09.00–16.00 WIB

Durasi Public Offline Training adalah 2 hari.

Metode Pelaksanaan Training

Public Offline Training

• Pelaksanaan secara tatap muka.
• Lokasi di salah satu hotel bintang 4 di area setempat.
• Minimal 5 peserta untuk Fix Running.
• Durasi 2 hari.
• Waktu training pukul 09.00–16.00 WIB.

In-House Training

Program dapat diselenggarakan secara khusus melalui In-House Training Risk-Based Inspection (RBI) & Asset Integrity in Mining. Materi, jadwal, durasi dan studi kasus dapat disesuaikan dengan kebutuhan perusahaan.

Fee Investasi Training

Offline Training Jakarta

Rp 5.950.000,- / peserta / 2 hari

• Pelaksanaan secara tatap muka di hotel.
• Waktu training pukul 09.00–16.00 WIB.
• Termasuk fasilitas training.

Online Training

Rp 5.500.000,- / peserta / 2 hari

• Pelaksanaan live secara online.
• Menggunakan Zoom Meeting.
• Waktu training pukul 09.00–16.00 WIB.

Private Training Jakarta

Rp 8.000.000,- / peserta / 2 hari

• PASTI RUNNING.
• Pelaksanaan secara private.
• Lokasi di Johnson Indonesia Training Center.

Offline Training Luar Jakarta

• Rp 12.000.000,- / peserta – PASTI RUNNING
• Rp 8.500.000,- / peserta untuk pengiriman 1–5 peserta.
• Rp 8.000.000,- / peserta untuk pengiriman lebih dari 5 peserta.

Fasilitas Training

• Training Material
• Seminar Kit
• Certificate
• Lunch
• Snack / Coffee Break
• Souvenir

In-House Training RBI & Asset Integrity

Johnson Indonesia menyediakan program In-House Training Risk-Based Inspection (RBI) & Asset Integrity in Mining yang dapat disesuaikan dengan karakteristik equipment dan fasilitas perusahaan.

Materi dapat dikustomisasi untuk berbagai aset seperti crusher, conveyor, pressure vessel, pipeline, storage tank, fuel tank, processing equipment, maupun equipment kritis lainnya.

Program juga dapat difokuskan pada permasalahan aktual seperti corrosion, erosion, wear, fatigue, cracking, equipment failure, inspection backlog, recurring breakdown, rendahnya reliability, atau kebutuhan optimasi inspection interval.

Biaya In-House Training disesuaikan dengan jumlah peserta, lokasi, durasi, ruang lingkup materi, dan kebutuhan perusahaan.

Training Mining & Asset Management Terkait

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• Mining Training Series Johnson Indonesia
  

Keunggulan Training Johnson Indonesia

• Training Provider Since 2002.
• Trainer berpengalaman dan fokus pada bidangnya.
• Materi dapat disesuaikan dengan kebutuhan perusahaan.
• Tersedia Public Training, Online Training, Private Training dan In-House Training.
• Pembelajaran menggabungkan teori, risk assessment, inspection planning, workshop dan case study.
• Materi dapat disesuaikan dengan equipment dan kondisi aktual operasi perusahaan.

Informasi & Pendaftaran Training

Johnson Indonesia – Training Center
Training Provider Since 2002

Telp: (021) 5417516
HP / WhatsApp: 0858 8690 3082 (Komariah – Fast Response)
HP / WhatsApp: 0815 972 5020
PIC: Nur / Komariah / Nisa / Dinda / Fanni

Untuk informasi jadwal terbaru, proposal, Public Training, Private Training maupun In-House Training Risk-Based Inspection (RBI) & Asset Integrity in Mining, silakan menghubungi Johnson Indonesia.

Daftarkan peserta perusahaan Anda untuk meningkatkan kompetensi Risk-Based Inspection, Asset Integrity, Inspection Management dan Reliability bersama Johnson Indonesia.