Muhammad Ajmel H.

Asset Integrity Management

EMAS Asset Integrity Management

·       Developed a comprehensive Asset Register for all tagged equipment, including electrical, rotating, static, civil, and instrumentation assets.

·       Prepared a detailed Bill of Materials (BOM) for all tagged equipment to support maintenance planning and inventory management.

·       Established a structured Maintenance Plan (MPlan) for rotating, static, electrical equipment, and instrument.

·       Developed Failure Modes and Effects Analysis (FMEA) to identify potential failure points and improve equipment reliability.

·       Created an Equipment Reliability Strategy (ERS) to optimize maintenance schedules and minimize equipment downtime.

Gas Lift Compressor (GLC) – J4DP-A Wells

·       Performed a comprehensive RAM analysis of the GLC process system using MAROS Software, optimizing system efficiency and uptime.

·       Developed a complete BOM for the GLC process system based on the Piping & Instrumentation Diagram (P&ID) provided by the vendor.

FEED NC8 GFD Project

·       Conducted a detailed RAM study inclusive of Basis of Study and RAM report for the NC8 Wellhead Platform (WHP) using MAROS Software.

·       Developed a CR report and TOR for CR workshop inclusive of the following nodes:

o Installation of riser from NC8-WHP

o Installation of new pipeline within the field

o Installation of Jackets and Topsides of NC8-WHP

o Installation of HTI at NC3-WHP

o Installation of subsea cable

FEED – Baram Junior Cluster

·       Conducted an Safety Critical Element-Performance Standard (SCEPS) study for HTI at BNCPP-B platform.

BED – Baram Junior Cluster

·       Conducted an SCEPS study for HTI at BNCPP-B platform.

DED – Baram Junior Cluster

·       Conducted an SCEPS study for HTI at BNCPP-B platform. The SCEPS is updated based on the newly provided P&ID, EESA report, Fire Fighting Layout, etc.

Corrosion Design & Material Selection

EPCC Kerteh Rejuvenation Project (KREJUV)

·       Conducted a Corrosion Design Basis Memorandum (CDBM) for an onshore pipeline for KREJUV and utilized ECE 5.8 and ASPEN Hysys for process and SLC calculation.

BED for Industrial Effluent Treatment System (IETS) Upgrading Project at GPK

·       Conducted a CDBM for non-metallic piping and tanks within the system.

FEED – Baram Junior Cluster

·       Conducted Material Selection Studies for topside piping, utility piping, and pipelines at Fatimah Drilling Platform-A (FTDP-A), Salbiah Drilling Platform-A (SLDP-A), and Baronia Central Processing Plant-B (BNCCP-B) using ECE 5.8 to assess corrosion rates for a 10-year operation period, supported by process data from ASPEN HYSYS.

BED Quadruple Project Phase 2

·       Conducted the CDBM and Material Selection Study as part of the Basic Engineering Design, including comprehensive simulations, calculations, and technical evaluations.

DED – Baram Junior Cluster

·       Conducted Material Selection Studies for topside piping, utility piping, and pipelines at SLDP-A and BNCPP-B using ECE 5.8 to assess corrosion rates for a 10-year operation period, supported by process data from ASPEN HYSYS.

·       Conducted CDBM Studies for topside piping, utility piping, and pipelines at SLDP-A and BNCPP-B using ECE 5.8 to assess corrosion rates for a 10-year operation period.

Safety & Constructability Review Studies

Drop Object Protection – KND Platform

·       Developed HAZID and Constructability Review (CR) reports for Drop Object Protection Study.

FEED – Baram Junior Cluster

·       Scriber for HAZOP and HAZID studies for BNCPP-B and SALBIAH & FATIMAH Drilling Platforms.

DED for BEKOK-AA New Gas Injection Flowlines

·       Developed HAZOP, HAZID, and Thermal Radiation & Gas Dispersion Studies to ensure safe and efficient flowline design and operation.

DED – Baram Junior Cluster

·       Conducted Bow-Tie study for SLDP-A based on existing HSE Case for BNCPP-B and HER report developed.

Firewater System Analysis for PM3S Bunga Raya Complex

·       Developed an Assumption Register for Firewater Demand and Hydraulic Calculations.

·       Prepared the Firewater Demand Calculation Report.

DED – Baram Junior Cluster

·       Conducted an Bow-Tie study for HTI at SLDP-A WHP (Greenfield).

EPCC Kerteh Rejuvenation Project (KREJUV)

·       Developed Firefighting, Lifesaving, and Safety Equipment Datasheet and Specification.

Front-End Engineering Design, Feasibility Study, & Project Management

Feasibility Study for PILOT Project (Current)

Project Planning & Coordination:

·       Conducted Pre-Project Kick-Off Meeting activities, including:

·       Defining the Scope of Work

·       Establishing the Project Schedule

·       Developing the Master Deliverables Register

·       Developed a Cost Estimation Report based on AACE Class 5 standards to establish preliminary project budgeting.

·       Created a Technical Assurance Plan for the FEED Phase to ensure compliance with industry standards, technical integrity, and project quality.

Technical Design:

·       Performed Steady-State Flow Assurance Analysis using PIPESIM.

·       Developed the Subsea Production System Report detailing subsea configurations and system integrity.

·       Created the Design Basis for Process, outlining key process parameters and design considerations.

·       Formulated the Overall Field Development Scheme to optimize production and operational efficiency.

·       Developed the Brownfield Modification Report for integration with existing facilities.

·       Engineering Studies & Reporting:

·       Prepared the Risk and Opportunity Report to identify potential project challenges and mitigation strategies.

·       Conducted a Concept Screening Assessment to evaluate viable development options.

·       Compiled the comprehensive Final Feasibility Report, consolidating all technical, commercial, and risk assessments.

·       Developed a Cost Estimation Report based on AACE Class 5 standards to establish preliminary project budgeting.

Feasibility Study for FB-1

Market & Commercial Analysis:

·       Conducted a Market Survey Research to evaluate potential vendors, technologies, and cost implications.

·       Developed a comprehensive Procurement and Contracting Strategy to streamline project execution and optimize costs.

·       Developed a Cost Estimation Report based on AACE Class 5 standards to establish preliminary project budgeting.

·       Created a Technical Assurance Plan for the FEED Phase to ensure compliance with industry standards, technical integrity, and project quality.

Risk Management:

·       Prepared a detailed Risk and Opportunity Assessment to identify potential challenges and strategic opportunities throughout the project lifecycle.

·       Process Safety & Design Evaluation:

·       HAZID (Hazard Identification) Study featuring twelve (12) nodes, evaluating:

·       Two tie-in options: MPPL or Existing WHP

·       Comparative assessment between Wellhead Platform (WHP) and Subsea Production System (SPS) configurations.

Pipeline Engineering & Integrity Assessments for PL354 & PL359

·       Executed detailed pipeline integrity assessments and provided technical solutions to enhance operational reliability and safety.

HSE & Fire Protection Philosophy Development for BioMEG Commercial Plant

·       Led the development of the HSE and Fire Protection Philosophy, ensuring alignment with industry best practices and regulatory requirements.

BED Dam Doi and Khanh My WHP and Pipeline Installation and Modification

·       Developed Value Engineering (VE) reports for DD-WHP, KM-WHP, and HTI at BK-C WHP.

·       Developed CR reports for the following nodes:

o Installation and modification of new extension deck at BK-C WHP

o Installation of riser at BK-C WHP

o Installation of Jackets and Topsides for DD-WHP and KM-WHP

o Installation of new pipelines

Advanced Diagnostics & Predictive Modelling:

·       Designed models using iCON (Symmetry) by SLB for rotating equipment, including pumps, compressors, gas turbines, and steam turbines.

·       Utilized live input variables from OPUs to assess equipment health, collaborating closely with Group Digital and Process Engineers.

Fault Diagnostics & Reliability Analysis:

·       Developed Failure Mode and Effects Analysis (FMEA) for extruders and Hydraulic Power Recovery Turbine (HPRT) based on ISO 14224 and Equipment Reliability Study (ERS) data.

System Integration & Monitoring:

·       Deployed MRCSB and PGB trains into PRiSM Client, integrating alarms, P&ID diagrams, and DCS snapshots for continuous monitoring.

Asset Life & Extension Studies:

·       Conducted an Asset Life Study (ALS) for 18 rotating equipment units at Subang Airport in collaboration with PETRONAS Dagangan Berhad (PDB), providing recommendations for future maintenance and operational strategies.

·       Performed an Asset Life Extension Study (ALES) for rotating equipment Kasawari CCS M1, assessing long-term asset viability.

Rotating Equipment Design:

·       Operational optimization in the design evaluation of the E11 Fac and E11 Fac Phase 1 projects, contributing to the extension of the MLNG gas production plateau by an additional 1.5 years, with a focus on booster condensate pumps and compressors.

·       Conducted fire incident case studies involving rotating equipment at PETRONAS plants, identifying detectable symptoms and key monitoring parameters for future incident prevention.

Renewable Energy:

·       Designed and modelled a biomass-based Combined Heat & Power (CHP) unit for commercial buildings, demonstrating cost-effective carbon reduction through HomerPro feasibility analysis

·       Engineered a 6.5 MW Horizontal Axial Wind Turbine blade design using Qblade software, optimizing for maximum power generation efficiency

·       Led design team for utility-scale Wind and Solar Hybrid Renewable Energy System, incorporating Sustainable Development Goals (SDGs) and achieving 85% renewable energy penetration

·       Performed detailed site analysis for wind farm implementations using WindPro, optimizing turbine placement for maximum energy yield

·       Design and installation of Grid-Connected Photovoltaic (GCPV) systems for residential and commercial applications.

·       Comprehensive site assessments, including shading analysis and load profiling, to optimize system design and layout.

·       Selection of photovoltaic (PV) modules and inverters, ensuring design efficiency and cost-effectiveness.

·       Performed single-phase electrical wiring and system integration in compliance with safety and regulatory standards.

·       Installation and assembly of PV system components, including mounting structures, modules, inverters, and protective devices.

·       System testing, commissioning, and performance verification to ensure operational readiness.

·       Maintenance support and troubleshooting for underperforming systems, implementing corrective actions to improve efficiency.

·       Full compliance with Malaysian Standards MS 1837:2018 and MS 2692:2020 throughout design and installation stages.

·       Certified SEDA Malaysia GCPV Systems Design, applying advanced skills in sizing, system layout, and regulatory alignment.