Technical Specialization in Surface Engineering for Energy Systems
We provide specialized engineering and execution expertise across key energy infrastructure domains. Our capabilities combine technical depth with practical field experience to deliver systems that are reliable, constructible, and aligned with real operating conditions.
We focus on areas where advanced engineering, regulatory awareness, and execution discipline are critical to project success.
Oil & Gas
We support upstream, midstream, and downstream operators with engineering, project delivery, and lifecycle services that improve reliability, reduce risk, and enhance asset performance. Our teams understand the operational realities of producing, transporting, and processing hydrocarbons — from brownfield constraints and shutdown windows to regulatory compliance and safety‑critical execution. Whether developing new facilities or optimizing existing assets, we help clients deliver projects safely, efficiently, and with predictable outcomes.
Upstream
Midstream
Petrochemical & Refining
We support onshore upstream facilities including wellsites, gathering systems, and early production units.
Our upstream capabilities include:
- Wellsite and production facility design
- Gathering systems and flowline engineering
- Separation, treatment, and storage systems
- Brownfield modifications and tie‑ins
- Debottlenecking and capacity improvements
- Shutdown and turnaround support
We deliver engineering and EPC support for pipelines, terminals, and compression systems.
Our midstream capabilities include:
- Pipeline engineering (liquids and gas)
- Pumping and compression stations
- Metering, measurement, and custody transfer
- Storage terminals and loading facilities
- Integrity assessments and life‑extension engineering
- Brownfield upgrades and system expansions
We support downstream facilities with engineering and execution services that enhance reliability, efficiency, and safe operation.
Our downstream capabilities include:
- Process unit upgrades and debottlenecking
- Utilities and offsites engineering
- Reliability and integrity improvements
- Energy efficiency and emissions‑reduction projects
- Brownfield modifications and tie‑ins
- Turnaround planning and execution support
Carbon Capture
We support the design and deployment of carbon capture systems that reduce emissions and integrate with existing industrial and energy assets.
Our approach focuses on practical implementation — ensuring systems are buildable, operable, and economically viable.
From early feasibility through FEED, EPC, and integration with existing facilities, we support clients in deploying carbon capture systems safely, efficiently, and with predictable outcomes.
Capture Systems
Compression & Transportation
We support the development and deployment of post‑combustion, pre‑combustion, and oxy‑fuel capture technologies across a range of industrial processes. Our work focuses on selecting the right technology, optimizing integration with existing assets, and ensuring the system meets performance, operability, and regulatory requirements.
Our capture capabilities include:
- Technology screening and selection
- Process modeling and integration studies
- Solvent‑based, membrane, and adsorption systems
- Heat integration and energy‑efficiency assessments
- Brownfield tie‑ins and constructability planning
- FEED and EPC support for capture units
We support the full CCUS value chain, including CO₂ compression, pipeline transport, and geological storage. Our teams understand the regulatory, environmental, and technical requirements that govern CO₂ handling and long‑term containment.
Our capabilities include:
- CO₂ compression and dehydration systems
- Pipeline engineering and routing
- Metering, monitoring, and custody transfer
- Injection well design and subsurface integration
- Storage site development and regulatory compliance
- Integrity and monitoring systems
Power
EPC capability includes the engineering, integration, and delivery of industrial power-generation and thermal-energy systems supporting process facilities, energy infrastructure, and utility networks. Solutions are developed with emphasis on reliability, operability, modularization, and long-term lifecycle performance.
Power systems are integrated within the broader plant infrastructure to ensure alignment between generation assets, utility distribution networks, and process demands. Whether implemented in new developments or operating facilities, execution strategies prioritize constructability, system resilience, and operational continuity.
In addition to greenfield delivery, services extend to complex brownfield environments, where upgrades, expansions, and performance optimization must be achieved without disrupting ongoing operations. Through disciplined engineering and coordinated project execution, energy and utility systems are enhanced to improve efficiency, reliability, and overall plant performance
Industrial & Utility Power Systems
Auxiliary & Support Systems
We design and deliver energy and utility infrastructure that integrates safely and efficiently with existing industrial assets. Our work includes thermal generation, cogeneration, and the supporting systems required for reliable plant operation.
Capabilities include:
- Gas-turbine and reciprocating engine power plants
- Combined heat and power (CHP) / cogeneration facilities
- Simple-cycle and combined-cycle integration packages
- Heat-recovery steam generators (HRSG)
- Auxiliary boiler systems
- Black-start and backup power systems
- Electrical substations and switchgear installations
- Medium- and low-voltage distribution networks
- Grid interconnection and synchronization systems
- Balance-of-plant (BOP) systems
- Modular and skid-mounted utility systems
Capabilities include:
- Gas-turbine auxiliary systems (fuel gas, lube oil, ventilation, cooling)
- Instrument air and plant air systems
- Fuel handling and conditioning systems
- Thermal oil systems
- Emissions-control and exhaust treatment integration
Water & Hydraulic Systems
Capability includes the engineering and delivery of industrial water-handling, cooling, and hydraulic utility systems supporting power generation, oil & gas, and industrial facilities. Hydro systems are developed as critical plant infrastructure, ensuring operational reliability, environmental compliance, and lifecycle performance.
Water and hydraulic systems are integrated with mechanical, electrical, and civil disciplines to ensure safe, controlled, and efficient movement, treatment, and distribution of water across the facility.
Water Handling & Utility Systems
Auxiliary & Support Systems
Capabilities include:
- Raw water intake and transfer systems
- Industrial and high-capacity pump stations
- Cooling water circulation and distribution systems
- Once-through and closed-loop cooling systems
- Firewater pump stations and ring-main networks
- Process and utility water treatment systems
- Water storage tanks and reservoirs
- Large-diameter pipeline systems
- Outfall and discharge structures
- Balance-of-plant hydro-utility infrastructure
Capabilities include:
- Screening and filtration systems
- Chemical dosing and conditioning systems
- Surge analysis and hydraulic transient control
- Mechanical upgrades and retrofits of pumping systems
- Structural rehabilitation of water-handling assets
- Control and monitoring integration for hydraulic systems