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Detail Design

Detail Design is the most crucial analytical stage to the success of any industrial project.

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ECE team provide full engineering services for the following disciplines:

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Civil/Structural

  • Design of steel and concrete and water structures

  • Analysis and design of equipment foundations subjected to dynamic loading

  • Preparation of technical specifications

  • 3D modeling of civil-commodities

  • 3D rebar modeling and bending lists ready for construction use

  • Steel connection design and modeling

  • Material Takeoff “MTO"

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Control Systems

  • Design documents including but not limited to:

    • Design Criteria; Instruments and Control Valve data sheets; I/O List; Instrument Installation details…etc.

  • Drawings:

    • Control System Architecture (DCS/PLC and package system interfaces),  “DCS Block Diagram”, Logic Diagrams (plant protection, function block, and digital logic), Instrument Location Plans…etc.

  • Technical Specifications:

    • Distributed Control System (DCS), Continuous Emissions Monitoring System (CEMS),  and Steam & Water Analysis System (SWAS)

  • Instrumentation Specifications:

    • Flow Elements, Pressure Transmitters, Package System Instrument Requirements…etc.

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Electrical Engineering 

  • Power and Grounding System calculations

  • Normal Emergency Power System

  • Studies:

    • Load Flow Study, Short Circuit and Protection Coordination

  • Drawings:

    • Hazardous Area Classification Layout drawings, Electrical Construction, Standard Details and Instructions drawings (SDD), Cable Raceway Layout, Power Plans/Lighting, Cable Detailed, Grounding System

  • Schematics:

    • Connection Diagrams and Single Line Diagram

  • Electrical specification, requisitions, subcontracts

  • Facility Communication System:

    • Security System (CCTV), Lighting and Lightning Protection

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Mechanical Engineering 

  • Power plant conceptual (H&M) thermodynamic modeling and plant performance test calculations

  • Power plant system design, equipment Design Criteria, codes/standards requirement & Preliminary Design Report (PDR)

  • Process Flow Diagrams and Process Piping and Instrumentation Diagrams (PFDs - P&IDs)

  • Equipment sizing, piping sizing design calculations, equipment technical specifications, and systems descriptions 

  • Transient Analysis & Steam Blow Design Calculations

  • Pipeline, valve, equipment and specialty lists

  • Water & Wastewater Treatment and Desalination Conceptual Design

  • Firefighting and HVAC design calculations

  • Power plant equipment technical assessment reports

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Plant Design

  • Piping Stress Analysis:

    • Advising on pipeline routing; Static load and stress calculations of above ground and underground piping systems; Effects of thermal expansion/contraction loads; Occasional loads such as steam blow Safety Valve's reaction force, seismic and wind loading, thrust force of expansion bellows; Local stress analysis at structural discontinuities

  • Pipe support design:

    • 3D modeling of supports, analyzing engineered pipe supports

  • Equipment & Pipe Layout Design: 

    • 3D Model of plant facilities; 3D Modeling of mechanical equipment and major plant commodities; 3D Modeling of piping, fittings, valves, special devices…etc.

  • Piping & Valves:

    • Material selection for piping and valves; Issue piping material classes; Prepare specifications and material requisitions for piping, valves, and other in-line components, i.e., expansion joints, traps, strainers...etc.; Prepare pipe fabrication and installation specifications; Prepare pipe insulation specification

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