Electrical & Power System Design – 50,000 t/y Group III Used-Oil Re-Refinery
Sector: Process Industry | Industrial Engineering
Project Type: Electrical and power-system engineering for used-oil re-refinery
Capacity: 50,000 tonnes/year
Primary Focus: Electrical Power | Energy Efficiency
Business Line: Engineering Excellence | Strategic Advisory
Project Background

GSC contributed electrical and power-system design perspectives for a complex used-oil re-refining facility with a capacity of 50,000 t/y, intended to produce high-quality Group III base oils. The engineering focus included reliable plant power, industrial distribution and energy-efficiency considerations.

Project Objectives
  • Provide a reliable electrical architecture for continuous refinery operation.
  • Estimate plant electrical demand and define major distribution requirements.
  • Supply process units, pumps, heaters, compressors, utilities and auxiliaries.
  • Integrate energy-efficiency measures into motor and drive selection.
  • Address protection, grounding, harmonics, power quality and monitoring.
Engineering / Delivery Challenges
  • Complex continuous-process industrial loads
  • Need for reliable and maintainable electrical distribution
  • Coordination with process and mechanical systems
  • Energy-efficiency considerations in a high-energy industrial facility
GSC Engineering Approach & Methodology

GSC contributed electrical load and distribution planning perspectives together with power-system architecture and equipment considerations, applying energy-efficiency-by-design principles throughout. The work included managing interfaces with process equipment and plant utilities, supported by project-engineering and technical-review input.

Detailed Scope of Services
  • Electrical load and distribution planning perspectives
  • Power-system architecture and equipment considerations
  • Energy-efficiency-by-design principles
  • Interfaces with process equipment and plant utilities
  • Project-engineering and technical-review support
Engineering Highlights & Value Delivered
  • Reliable-power design basis for continuous refinery operation.
  • Energy-efficient motor and drive strategy.
  • Consideration of industrial and hazardous-area safety.
  • Reduced-loss and operational-efficiency objectives embedded in the design.
  • Structured electrical documentation supporting later project phases.
Technologies, Methods & Standards
  • Industrial power-system design
  • Transformers
  • Switchgear
  • MCCs
  • VFDs
  • Power quality
  • Grounding
  • Protection
  • Industrial automation
Sustainability / Business Impact

The case demonstrates GSC's approach of connecting engineering decisions with reliability, lifecycle value, operational performance and sustainability. Where quantified results are shown above, they are retained from the underlying project material and should not be altered by the website developer.

Lessons & Transferable Value

For process plants, electrical design must be developed as part of the process architecture. Reliability, hazardous-area safety, motor systems, protection, monitoring and energy efficiency should be resolved together because each affects plant availability and lifecycle cost.

GSCTS
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