Compressor stations

Securing pressure and flow in long-distance gas networks

Engineering compressor facilities for secure long-distance gas transport

In natural gas transport, compressor stations are essential to maintain the pressure required for gas to move safely and efficiently through thousands of kilometers of pipelines. At Sener, we design and deliver these facilities under full EPC scope, applying multidisciplinary expertise to guarantee safety, efficiency, and reliability. With decades of experience in energy infrastructures, we ensure that each station is tailored to network needs.

We transform pressure management into resilient infrastructure

Our approach goes beyond installing turbo-compressors. By integrating digital controls, predictive maintenance, and redundancy systems, we turn compressor stations into resilient nodes that safeguard the entire network. This holistic vision reduces risks, extends equipment life, and ensures that gas transport systems remain stable under fluctuating demand and evolving market conditions

Why choose us

Sener’s leadership in gas infrastructure is based on consistent delivery of LNG terminals, cryogenic tanks, and distribution networks. That same engineering culture is applied to compressor stations, where precision in integration and performance is critical. We bring process, mechanical, electrical, and civil engineering expertise to projects that must operate continuously and safely in demanding conditions.

How we work

Our methodology covers all phases of a project. In assessment, we analyze network demand, pipeline length, and regulatory frameworks. In design, we optimize compressor selection, station layout and, filtration systems.

Every facility integrates a Supervisory Control and Data Acquisition (SCADA) system connected to the central pipeline control network, ensuring secure monitoring and coordinated operation.

Implementation is carried out under turnkey EPC contracts with strict QA/QC across civil works, equipment installation, and automation. Once operational, we support clients with monitoring, predictive analytics, and upgrades that ensure efficiency and compliance throughout the lifecycle.

We embed intelligence into every stage of operation

Each natural gas compressor station we deliver is equipped with advanced SCADA systems that provide real-time visibility and control. Over time, we integrate upgrades that enhance automation, reduce emissions, and prepare networks to handle hydrogen or renewable gas blends. This combination of digital intelligence and engineering excellence ensures that compressor facilities evolve alongside the energy transition.

Compressor station services for reliable gas transport

We design and build natural gas compressor stations that incorporate turbo-compressors, filtration and metering systems, separators, electrical infrastructure, and auxiliary services.

BIM

Integrating Building Information Modeling to streamline design, construction, and asset management.

Seismic design

Engineering structures to withstand seismic forces and ensure occupant safety.

Procurement

Managing procurement processes to ensure cost-effective and timely project delivery.

Planning policy advice

Advising on planning policies to support sustainable development and compliance.

EPC

Executing turnkey engineering, procurement, and construction projects with full accountability.

Energy efficiency

Improving energy performance through smart design and operational strategies.

Construction management

Managing construction projects to ensure timely delivery, quality, and cost control.

Comissioning

Ensuring systems are tested and validated for optimal performance before operational launch.

Civil engineering

Delivering structural and infrastructure solutions for resilient and efficient environments.

Area Energy Planning

Developing regional energy strategies to optimize sustainability, cost, and resource use.

At Sener, we design and build compressor stations that secure gas transport with precision engineering and digital intelligence — ensuring reliable, efficient, and future-ready networks energy supply for communities while preparing networks for a decarbonized future.