Integrated communication, automation and pipeline monitoring systems for energy, infrastructure and industrial projects.
We design, supply and integrate reliable communication, SCADA, automation and pipeline monitoring systems for operations that cannot accept downtime.
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One engineering team, accountable at every stage. The engineers who design your system are the ones who commission and support it.
Requirements, site surveys and concept design.
System architecture, redundancy and equipment selection.
Panel fabrication, RTU/PLC programming and factory acceptance testing.
Site integration, site acceptance testing and handover.
24/7 response, upgrades and operator training.
A single optical cable laid along the pipeline becomes thousands of sensors, detecting leaks, third-party intrusion, ground movement and temperature change in real time.
E-RTTM, statistical analysis and volume balance methods, integrated with your SCADA system.
Turnkey internal and external leak detection for 8 refined-product and LPG pipelines, with telecoms, RTUs, instrumentation and SCADA.
A high-speed STM-4 backbone linking dispersed oil fields, with DS0 access at satellite sites for legacy voice and telemetry equipment.
Restored 87L differential relay communications over existing E1 and SDH networks using custom C37.94 interfaces, with no new fibre required.
STM-16 SDH backbone linking every station to headquarters, carrying SCADA, CCTV, passenger information and legacy telephony.
Monitoring and control for production, pipeline and terminal assets.
Telemetry and automation for generation and grid assets.
Reliable control and telemetry across distributed networks.
Resilient communication infrastructure for critical sites.
Monitoring and control for safe, efficient infrastructure.
Fibre optic sensing for continuous site awareness.
Every system is designed so a single failure doesn't stop operations.
We integrate the right equipment for the job rather than one manufacturer's catalogue.
The engineers who design your system also commission and support it.
Engineering from Westhill, delivered at sites across Asia and Africa.
How mass balance, RTTM, statistical and pressure-wave methods differ, and why high-consequence lines pair them with external sensing.
How one optical cable detects digging, leaks, fire and ground movement along a pipeline, and what to check before you install it.
Ring protection, legacy interfaces, teleprotection and radio: lessons from SDH, utility and metro communications projects.
Our team is ready to support your next infrastructure project.