Fuel & Diesel Tanks
Tank arrangements for fuel-storage and mobile/portable fueling applications, including connections, access, venting and instrumentation interfaces.
S-01 · STORAGE TANK DESIGN PORTFOLIO
Storage Tanks Designed For Real Fabrication.
About 25 storage tanks I've designed, from 500 L to 60 KL. The work covers mechanical arrangement, capacity and geometry, nozzles and interfaces, supports, drawings and coordination with fabrication.
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Portfolio Scope
Petrol / Gasoline Systems
Tank design work supporting petrol storage and fueling packages, with project-specific safety and dispensing interfaces.
Process Tanks
Tanks for process service as well as fuel.
Fabrication Documentation
2D drawings, dimensions, nozzle arrangements, supports and manufacturing information prepared for fabrication and project execution.
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Representative 6,000 L Tank
Capacity~6,000 L
ShellØ1800 ID × 1800 T/T
Heads2:1 ellipsoidal
Design codeASME VIII Div 1
Pressure8 bar design · 12 bar hydrotest
MaterialASTM A36 · 8 mm shell, 10 mm heads
Supports4 plate-type legs
NozzlesDN25–DN100, Class 150 RF · 3 manholes
Interactive 3DExplore the 6,000 L filter vessel
Built in the browser from the GA dimensions above: Ø1800 shell, 1800 T/T, 2:1 heads, 4 plate legs and nozzles N1–N7. Simplified (no internals, gussets or welds). Drag to rotate, pinch or scroll to zoom.
The drawing covers the full arrangement: elevations, plan, isometric view, nozzle schedule, materials, welding, NDT and surface finish.
DESIGNED: Mechanical tank arrangement and associated engineering documentation.
PERFORMED: Dimensional and interface definition required to make the tank manufacturable and integrable with the wider package.
DELIVERED: Drawings and data ready for review, for fabrication and for fitting the tank into the wider package.
Portfolio range~500 L to 60 KL
Approx. designs~25 tanks
ServicesFuel · Diesel · Petrol · Process
Outputs3D models · GA / fabrication drawings
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What I Engineer
Capacity & Geometry
Translating the required working capacity and service into practical tank dimensions and an arrangement that fits the available package footprint.
Nozzles & Access
Defining fill, drain, vent, access and equipment connection locations so the tank can interface correctly with the complete mechanical system.
Supports & Integration
Developing support arrangements and checking the tank's relationship with skids, piping, pumps, instruments and customer connection points.
Manufacturing Drawings
Issuing clear 2D drawings with the dimensions and details fabrication needs.
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Engineering Workflow
Requirement→Capacity→Geometry→Nozzle & Access Layout→Supports→3D Model→2D Drawings→MTO / BOM→Fabrication Support
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Package-Level Thinking
I design each tank as part of the package it sits in.
That means working out how the piping connects to it, keeping access and maintenance areas usable, placing the instruments and valves, and making sure the finished assembly can be fabricated and fitted.
Design approach3D-first mechanical integration
Primary toolsSolidWorks · AutoCAD
Project interfacePiping · Pumps · Instruments · Skids
Execution focusDesign → Drawings → Fabrication
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Portfolio Note
Only a selection of the tanks is shown here. Customer names, controlled drawings and confidential project information are left out where required.
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