We integrate transport, storage and delivery infrastructure to connect production with industrial and commercial destinations.
Pipelines, stations and terminals operate as a network of interdependent assets. Their development requires product characteristics, transport profiles and receipt and dispatch conditions to be considered together.
Route alignment, land access and third-party interfaces influence the technical solution and its execution. Coordinated planning helps identify constraints and connect the design with inspection, control and maintenance requirements.
The technical scope is defined by the product transported, the location and the operating conditions.
The assessment considers transport system behaviour alongside the location and function of stations. Studies support the definition of equipment, utilities and control conditions.
The assessment connects the corridor, hydraulic behaviour and delivery interfaces with facilities that can be operated, inspected and maintained.
Route comparison considers topography, geotechnical conditions, crossings, access and site constraints. Identifying these conditions helps organise studies and define project interfaces.
Transport scenarios relate fluid properties, demand and station configuration. Hydraulic assessment helps identify constraints and requirements for pumping, compression and control.
The design integrates tanks, transfer, metering and auxiliary systems with the operating sequence. Capacities are assessed alongside inlet and dispatch points and utility availability.
Instrumentation and supervisory systems must provide useful information on the state of the network. Integrity management links inspection and condition records to maintenance priorities.
Define products, delivery points and demand scenarios. Review capacity constraints and corridor or site conditions.
Coordinate pipelines, stations, terminals and utilities within a common design basis. Organise packages and interface responsibilities.
Align documentation and testing with the sequence for bringing systems into service. Incorporate control, inspection and maintenance requirements.
Explore services supporting the development and reliability of these assets.
Integrate engineering, procurement, construction and handover readiness.
Explore the scopeConnect condition, deterioration mechanisms and criticality to prioritise interventions.
Explore the scopeConnect signals, control and industrial systems with information that supports operations.
Explore the scopeStudies and engineering may develop design bases, hydraulic scenarios, route drawings, equipment specifications and control criteria. Interface documentation records delivery points, responsibilities and data awaiting confirmation from connected facilities.
A new station or an increase in demand requires a review of the behaviour of the entire affected network. Capacity, condition and utility availability are assessed alongside tie-ins and activities for bringing systems into service. The solution is defined against verified constraints and agreed acceptance criteria.