Fyfe Pty Ltd

Principal Engineer

Nacap Pty Ltd

Senior Engineering Manager

Engineering and Technical Manager

STRIVE TO BE BETTER, INTEGRITY, TEAMWORK

- Renewable Energy and Green Hydrogen 
- ArcGIS Pro, ArcMap, QGIS and ArcGIS Desktop
- 12D Road design and Earthwork analysis
- InfraWorks 3D Civil design
- Autodesk Revit 3D design
- Building Information Modeling (BIM)
- Finite Element Analysis (FEA)
- Agtek Earthwork Analysis

Senior Project Engineer

PETRONAS

• Project Engineer for large scale projects.
• Asset Integrity Management.
• Equipment (Pressure vessels, Heat Exchangers, Storage tanks), piping and pipeline design and Engineering.
• HVAC design and Engineering.
• Flow Induced Vibration (FIV) and Acoustic Induced Vibration (AIV) Study.

Projects:
Assessing Mechanical Integrity of the facilities
Projects Independent Review (PIR)
Projects Risk Assessment (PRA)
Hazard Identification (HAZID) and hazard and operability study (HAZOP)
BAGSF Constructability Review 
Acid Gad Removal Unit (AGRU) UPGRADE CONCEPT STUDY
Vessel Fatigue analysis using Abaqus
Vessel Survivability and Rupture Analysis
Vessel Heat Up Study
FEA Ice Plug Pipeline
MLNG Due Diligence Audit (DDA)
PCMTBE Fatigue Analysis
PMA cooling systems troubleshooting
Advanced Pipeline Dent Assessment
Offshore Satellite Wellhead Platform
Offshore Central Processing Platform (CPP)
Shell DEP
Generic Satellite Wellhead Platform (GSWP)
HSE Mandatory Control Framework (MCF)
Pipeline Global Stress Analysis using Abaqus
Heating, Ventilation, Air conditioning (HVAC), Printed Circuit Heat Exchanger (PCHE) and Plate and Shell Heat Exchanger (PSHE) PTS
SOGT Concept Identification Workshop
GRP, GRE, GRVE, GRUP, FRP non-metallic projects
PFLNG Tie in
Crystallizer Heat Exchanger Rating 
HTRI Simulation for Crude/LGO Heat Exchanger
CryoMin Onshore Heat Exchangers Sizing
Pipe Stress Analysis using Caesar II
Floating roof storage tanks
Produced water, Instrument air, Instrument Gas, crane, material handling, waste water, cooling water, flare tip, HVAC, pump and compressor packages

Senior Mechanical Engineer/ Technical Authority (TP)

Delvar Afzar Industrial Gas Co.

• Project Engineer for Engineering, Procurement, Construction and Commissioning (EPCC) Cryogenic Air Separation Unit (ASU)/ Compressed Air plant.
• Equipment (Pressure vessels, Heat Exchangers, Storage tanks) pipeline and piping design and Engineering.
• Engineering Management.
• HVAC design and Engineering.

Projects:
Cryogenic Air Separation Unit (ASU)/ Compressed Air plant
BIM modeling using Autodesk Revit MEP and AutoCAD
Molecular Sieve, Hydrogen Bullets, Steam Reformer, Air Dryer, Cold box
Liquefied Oxygen (LOX), Liquefied Nitrogen (LIN) and Liquefied Argon (LAR)

Engineering Manager

Middle East Energy Develpment Engineering Consultant

• Large scale Engineering, Procurement, Construction and Commissioning (EPCC) Pipeline Projects Engineer.
• Equipment (Pressure vessel, Heat exchangers, storage Tanks), pipeline and piping design and Engineering.
• HVAC design and Engineering.

Projects:
Dallan-Shiraz 8” Gas Condensate Pipeline-230 Km-EPC 
Rey-Tabriz 20” Crude Oil Pipeline
Bandar Abbas – Assaluye 36” gas condensate pipeline-400 Km construction project
Bijar-Dehgolan 30” Gas Pipeline – 65Km construction project
LPG Treating Unit
KERMANSHAH  POLYMER COMPANY UTILITY & OFFSITE EPCC CONTRACT
Gachsaran 3 desalting plant
Uromia Oil Product Storage Tank Farm ( EPC)
Cheshmeh-Khosh oil field development
Desalting Units-Ahwaz Haftkel & Naft Sefid Project 
Floating Roof Storage tanks, double deck, single deck

Nargan Engineers and Constructors

• Storage tank, Pressure Vessel, Heat Exchanger, Piping design and Engineering.
• HVAC design and Engineering.

Projects:
9th and 10th Olefin Complex-Cracking Plant of Jam Petrochemical Company.

Senior Mechanical Engineer

Sazokar Company, Manufacturer Company

• Spherical storage tanks design and Engineering.
• Storage tanks design, engineering and construction.
• HVAC design and Engineering.

Projects:
Gas Cracking Plants 
NGL 1200& 1300 project for National Petrochemical Company.
Khangiran Gas Treating Plant Phase II for National Iranian Gas Company.

Mechanical Engineer

Green Hydrogen | Innovation | Sustainability | Renewable Energy

Jason is an expert in Hydrogen, Piping, Pipeline, Mechanical and Facility engineering and construction. 

He has worked with renowned global companies for over 25 years and has vast experience. 

Key Competencies:

 • Hydrogen Storage Design and Fabrication
 • Hydrogen Piping and Pipelines
 • Hydrogen Production 

 • Cryogenic Plants Design and Construction

 • Integrated BIM-GIS 3D modelling

 • Renewables Civil BoP Specialist

 • FEED, EPCIC Projects Specialist

With his exceptional leadership abilities and in-depth technical knowledge of the latest technology and trends in this ever-evolving industry, he is well-suited to lead a team of engineers in creating innovative and efficient solutions to contribute to a more sustainable energy future.

✅ Everything you need to know about Hydrogen Distribution:

1 Gaseous hydrogen
Hydrogen is distributed through gas pipelines or cylinders at high pressures, between 200 to 700 bar for cylinders and 10 to 20 bar for pipelines (< 210 bar).

2 Liquid hydrogen
Liquid hydrogen is distributed in cryogenic pressure vessels and pipes wrapped in multi-layer insulation with a vacuum established between the inner vessel and the outer jacket.
Temperatures = -253⁰C and 
Pressures < 11 bar 

3 Liquid Ammonia (NH3)
Hydrogen can be distributed through existing infrastructure using Liquid Ammonia, which allows for a greater mass of hydrogen per unit volume than liquefied hydrogen. 
-33⁰C < temperatures < +50⁰C 
 1 bar < pressure < 24 bar

4 Methanol (CH3OH): 
Methanol (CH3OH) is promising as it can be distributed as a liquid at ambient temperatures and pressure by road, rail, sea and pipelines. It can be reformed to release hydrogen on a small scale and could be reformed locally at refuelling stations for use in hydrogen Fuel Cell Electric Vehicles (FCEV).

5 Liquid Organic Hydrogen Carriers (LOHC): 
LOHCs are organic compounds that can absorb and release hydrogen, making them useful for storing and distributing hydrogen. They can take advantage of existing transportation infrastructure.

6 Metal Hydride (MHx): 
Metal Hydride (MHx) is a powder that requires cooling and heating under pressure to load and release hydrogen. Lithium Borohydride (LiBH4) is being developed for on-board vehicle storage packaging for FCEV due to its higher energy density per litre than conventional hydrocarbon fuels like gasoline.

7 Hydrogen cylinders and tubes
Cylinders < 150 litres and 
150  litres < Tubes < 3000 litres

8 Multiple-Element Gas Containers (MEGC) (ISO Container frames):
Multiple cylinders or tubes are assembled, connected by a manifold and fixed on a demountable frame from a vehicle.

9 Battery vehicles:
Vehicles with multiple cylinders or tubes connected by a manifold cannot be removed from a vehicle during normal operation.

10 Compressed hydrogen storage (MEGC or battery vehicles) systems can consist of 400 cylinders or 8 to 10 tubes.

11 Cryogenic Vessels standards:
- Large cryogenic transportable vacuum-insulated vessels. Vessels: EN13530 and ISO 20421.
- ASME BPVC Section VIII Division 1, or Section XII, piping as per ASME B31.12

12 Compressed hydrogen Trailers: 
- Old trailer 400 Type 1 cylinders at 200 Bar
- New trailer utilises Type 4 cylinders or tubes at 300 to 700 bar pressures.

13 Liquid hydrogen Trailers: 
Special Stainless Steels are used to prevent problems when handling Liquid hydrogen, and Carbon Steels are avoided to prevent cold temperature cracking. 

14 ISO Containers: 
ISO containers (Intermodal Containers) are designed to meet international standards for size, fabrication, weight, inspection, and testing. 
ISO 6346,  ISO 668, ISO 1161, ISO 1496-3.

Source: EIGA Doc 247/24

✅ My posts are based on my personal knowledge, experience, and advice.


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