Basic & Detailed Engineering

Complete engineering solutions from concept to commissioning with cutting-edge design methodologies for steel plant operations.

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Basic Engineering

Comprehensive design and selection of equipment with evaluation of plant requirements and utility system design.

  • Design and selection of equipment for optimal performance
  • Evaluation of complete plant operational requirements
  • Established design of utility systems and infrastructure
  • System design of electrical power distribution
  • System design of automation and control systems
  • Process optimization and efficiency analysis

Detailed Engineering

Detailed engineering of various units involving material selection, sizing, bill of materials and procurement specifications.

  • Selection of materials and specifications
  • Size determination and dimensional analysis
  • Bill of material preparation and documentation
  • Procurement specification development
  • Equipment systems integration and design
  • Piping systems layout and specifications
  • Electrical systems design and implementation
  • Automation systems programming and configuration

Engineering Scope Coverage

Equipment Design

Comprehensive design and selection of all major equipment for optimal performance and efficiency

01

Plant Requirements

Detailed evaluation and assessment of complete plant operational requirements and specifications

02

Utility Design

Established design of utility systems for efficient plant operations and resource management

03

Electrical Systems

Complete electrical infrastructure design and power distribution systems integration

04

Automation

Advanced automation and control system design for modern industrial operations

05

Documentation

Complete technical documentation and specification preparation for all systems

06

System Integration Process

01

Equipment Systems

Coordination and integration

02

Piping Networks

Design and optimization

03

Electrical Infrastructure

Planning and implementation

04

Automation Systems

Programming and testing

05

Control Systems

Configuration and commissioning

06

Safety Systems

Design and validation

07

Utility Integration

Resource management

08

Process Optimization

Performance enhancement