Construction Capabilities

Eugenecho delivers advanced engineering solutions across Greenfield and Brownfield projects in both onshore and offshore environments. Our technical expertise spans the full project lifecycle, with specialized capabilities including:

Flowlines and Pipeline Transportation Systems

  • Engineering and design of robust transportation infrastructure for crude oil, natural gas, and refined products.
  • Hydraulic and surge analysis to optimize flow dynamics and ensure system reliability.
  • Integration of advanced monitoring systems for leak detection and flow assurance

Gathering Lines and Manifold Systems

  • Design and configuration of high efficiency gathering systems for upstream production.
  • Custom manifold systems engineered for optimal pressure management and fluid distribution.
  • Advanced material selection and stress analysis for high-performance operations in harsh environments.

Oil Production Facilities

  • Engineering of Central Processing Facilities (CPFs) for crude stabilization, separation, and export.
  • Design of compression stations for enhanced gas recovery and transmission.
  • Modular design strategies for scalability and ease of deployment.

Risers and Subsea Clamps Design

  • Design and analysis of risers for dynamic operational conditions, including fatigue and hydrodynamic loading.
  • Subsea clamps and connector systems engineered for secure pipeline and riser installations.
  • Advanced subsea solutions tailored for Deepwater and high-pressure environments.

Product Storage Facilities

  • Engineering and construction of crude oil storage tank systems compliant with API standards.
  • Integration of advanced inventory management systems and vapour recovery units
  • Structural and thermal analysis to ensure durability and safety in extreme conditions

Platform Design and Modifications

  • Engineering and retrofit design for offshore production platforms, ensuring compliance with updated regulations and operational needs.
  • Structural integrity assessments and load optimization for extended service life.
  • Seamless integration of new systems with existing infrastructure for platform upgrades