Overview

Oil and gas facilities — including field support bases, processing areas, and associated infrastructure — depend on continuous power, large rotating equipment, and remote-site logistics. MesoAxis supports these operations by examining how generation, distribution, and mechanical systems perform under actual site conditions.

In Iraq and the Kurdistan Region, oil and gas support facilities are often located at distance from the national grid, with on-site diesel or gas-fired generation serving as the primary or sole power source for camps, processing areas, and field offices. Generator fleets are frequently sized for historical peak demand and continue running at that capacity even as site populations, equipment loads, and operating schedules change over time.

Fuel supply, equipment spares, and specialist maintenance support typically arrive on extended lead times, which means generation and distribution assets are kept in service longer and repaired in the field rather than replaced. Electrical distribution networks installed during earlier phases of site development often carry loads well beyond their original configuration, with cable runs, transformers, and switchgear operating under conditions that were not part of the initial design basis.

Key Challenges

  • Remote locations with limited grid access that rely on on-site power generation
  • High fuel consumption from generators and gas-fired equipment running outside optimal load ranges
  • Harsh environmental conditions that accelerate equipment wear
  • Coordinating improvements across dispersed assets and camp infrastructure

Typical Inefficiencies

  • Generators sized for peak demand but running most hours at low load
  • Pumps, compressors, and fans operating without speed control
  • Electrical distribution losses across long cable runs and aging switchgear
  • Lighting, HVAC, and auxiliary loads running on fixed schedules regardless of occupancy

How MesoAxis Engages

  • Energy audits covering generation, distribution, and major rotating equipment
  • Generator and utility cost optimization to reduce fuel consumption
  • Power quality and electrical assessments for remote distribution networks
  • Monitoring and measurement systems that track generation efficiency over time
  • Maintenance planning aligned with manufacturer requirements and site operating conditions

Example Systems Involved

  • Diesel and gas generators
  • Electrical distribution and switchgear
  • Pumps and compressors
  • Fans and blowers
  • Camp and facility HVAC
  • Lighting systems
  • Instrumentation and control panels