• Mengidentifikasi jenis-jenis static equipment dan fungsi operasionalnya dalam sistem proses.

• Menjelaskan persyaratan desain menurut standar seperti ASME Section VIII, API 650/620, dan TEMA.

• Menganalisis parameter desain utama (pressure, temperature, corrosion allowance, material).

• Memahami failure mechanisms utama pada static equipment (corrosion, fatigue, creep, brittle fracture).

• Menginterpretasikan gambar teknik (GA drawing, fabrication drawing, isometric, datasheet).

• Melakukan perhitungan dasar desain dan mechanical integrity (thickness calculation, MAWP, hydrotest).

• Menyusun strategi inspeksi berbasis risiko (RBI) untuk pressure vessel, heat exchanger, dan tank.

• Mengevaluasi defect dan menentukan rekomendasi fitness-for-service sesuai API 579.

• Melakukan troubleshooting pada peralatan statis berdasarkan gejala kerusakan.

• Mengembangkan rencana maintenance, monitoring, dan reliability improvement.

• Berkomunikasi secara efektif dengan vendor, inspector, dan project team melalui dokumentasi teknis yang akurat.

1. Mechanical Engineer (Junior–Senior)

2. Static Equipment / Pressure Vessel Engineer

3. Reliability & Maintenance Engineer

4. Inspection Engineer / RBI Engineer

5. Project Engineer / EPC Engineer

6. Operation Supervisor / Production Staff

7. Fresh graduate yang ingin memahami desain & operasi static equipment

8. Profesional provider yang menangani engineering services, project support, atau maintenance

Modul 1 – Introduction to Static Equipment (Fundamental)

• Definisi dan klasifikasi static equipment

• Fungsi dalam sistem proses industri

• Lifecycle: design → fabrication → inspection → operation → retirement

• Peran mechanical engineer di provider dan industri proses

Modul 2 – Engineering Standards & Codes

• ASME Boiler & Pressure Vessel Code (Section VIII Div 1 & 2)

• ASME B31.3 (Piping Design)

• API 650/620 (Storage Tank)

• API 660 (Heat Exchanger)

• TEMA Classification

• Regulatory requirements (Depnaker, SKPP, migas, dsb.)

Modul 3 – Pressure Vessel Engineering

• Komponen pressure vessel (shell, head, nozzle, skirt, saddle)

• Material selection & corrosion resistance

• Desain parameter: MAWP, MDMT, joint efficiency

• External pressure & wind load calculation

Modul 4 – Heat Exchanger Engineering

• Shell & Tube Heat Exchanger: konfigurasi & komponen

• Thermal vs mechanical design

• TEMA layout & nomenclature

• Material susceptibility (corrosion, fouling, erosion)

• Inspection & cleaning strategy

Modul 5 – Storage Tank Engineering

• Tipe tank: fixed roof, floating roof, cryogenic

• Design criteria (API 650/620)

• Foundation & settlement issues

• Tank corrosion & internal lining

Modul 6 – Piping & Supporting Elements

• Piping class & material selection

• Stress analysis basic (sustained, thermal, occasional loads)

• Nozzle load evaluation

• Supports: spring hanger, shoe, saddle

Modul 7 – Mechanical Integrity & Inspection

• Metode inspeksi: RT, UT, PAUT, MFL, AE

• Risk-Based Inspection (API 580/581)

• Corrosion mechanism mapping

• Inspection interval & criticality ranking

Modul 8 – Fitness For Service (API 579)

• Level 1–3 assessment

• Evaluasi thinning, crack-like flaws, pitting, HIC/SOHIC

• Remaining Life Assessment

• Repair vs replace decision

Modul 9 – Operation, Troubleshooting & Maintenance

• Startup & shutdown consideration

• Overpressure protection (PSV, rupture disc)

• Common failures: leakage, fouling, vibration, shell distortion

• Troubleshooting chart & decision tree

• Preventive vs predictive maintenance

Modul 10 – Project & Vendor Engineering

• Review mechanical datasheet

• Technical bid evaluation (TBE)

• Factory Acceptance Test (FAT) & quality control

• Vendor drawing review checklist