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 ELECTRICAL   &  DESIGN  SERVICES

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Our Services

1

EPC Engineering

We provide engineering services to EPC contactors during  Procurement engineering phase, Our services including mainly, Material Requisition ,

Technical Bid Evaluation (TBE) , Vander Document Review, Mechanical  Data Sheet, Purchase Order etc.. all disciplines  

2

Front End Engineering Design (FEED)

We provide engineering services to plant owners or EPC contactor . Our services including pulmonary documents produce for  equipment, and cost estimation for total equipment

3

Detail Engineering Services:

We provide engineering services for, vendors and fabricators or EPC contactors. Our services including , design calculations, General arrangement drawings, detail drawings, Piping and Instrumentation Diagrams (P&IDs), process flow diagrams, structural drawings, electrical single-line diagrams, equipment layouts, and isometric drawings

 PRELIMINARY  DESIGN

Conceptualization and Requirements Gathering:

Scope Definition: Define the scope of electrical systems based on plant requirements, process needs, and regulatory standards.

Load Analysis: Determine electrical loads including motors, lighting, HVAC, instrumentation, etc.

Area Classification: Identify hazardous areas and classify them for electrical equipment selection.

 

SINGLE LINE DIAGRAM (SLD) DEVELOPMENT

Creating the SLD:

Power Sources: Identify power sources (utility, generators, UPS) and their distribution paths.

Distribution System: Layout primary and secondary distribution systems (voltages, switchgear, transformers).

Protection Devices: Include protective devices (circuit breakers, fuses, relays) for overcurrent and fault protection.

Control and Monitoring: Incorporate control panels, PLCs, SCADA systems, and instrumentation for monitoring and control.

 

 DETAILED DESIGN

Detailed Engineering:

 

Equipment Selection: Specify transformers, switchgear, MCCs, VFDs, UPS systems based on load calculations and requirements.

Cable Sizing and Routing: Determine cable sizes, routes, and installation methods considering voltage drop, derating factors, and environmental conditions.

Lighting Design: Design lighting systems based on area classification and illumination requirements (normal and emergency lighting).

Earthing and Grounding: Design grounding systems to ensure safety and proper equipment operation.

Safety Systems: Specify fire and gas detection systems, ESD systems, and intrinsically safe equipment where necessary.

Instrumentation Integration: Coordinate with instrumentation and control disciplines to integrate electrical and control systems effectively.

Environmental and Regulatory Compliance: Ensure compliance with applicable codes and standards (NEC, IEC, API, etc.) and environmental regulations.

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