Biomethane and natural gas infrastructure in Europe integrating pipelines, storage and LNG supply for gas procurement and portfolio optimization.

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Connected Gas Pipelines & Remote Stations

Connect pipelines, remote stations, sensors and field teams across large territories using resilient terrestrial, private wireless and satellite communications where required.

会議のスケジューリング

Gas infrastructure often combines long distances, sparse coverage and safety-critical operations. Remote teams may be hours away while pressure, flow, equipment condition and security events still require timely visibility.

Why THIS “Connected Gas Pipelines & Remote Stations” challenge?

Utilities need secure communications that bridge uneven coverage and connect remote operational assets to the platforms and teams that manage them.

Different corridors and stations require different connectivity patterns according to criticality and coverage. Integrating sensors, station systems and field access with secure remote connectivity and lifecycle management can reduce information gaps without relying on a single communications technology.

主なメリット

Resilient multi-technology connectivity improves operational visibility across long pipeline corridors and remote stations with uneven terrestrial coverage.

Visibility across dispersed pipeline infrastructure

Connected sensors and stations provide better awareness of pressure, flow, equipment condition and security events.

Resilient coverage in sparse environments

Terrestrial, private wireless and satellite can be combined according to corridor criticality and coverage constraints.

Better support for remote field teams

Secure connectivity gives teams access to operational platforms even when assets are hours away from central locations.

Secure remote access and lifecycle control

Identity, device management and connectivity governance support safer long-term operation of remote endpoints.

NTTデータのサポート体制は？

01

Segment corridors/stations by connectivity and criticality

Prioritizes communications patterns according to operational risk, coverage conditions and the criticality of pipelines, compressor, valve and metering stations.

Worker in blue hard hat and high-visibility jacket stands on a metal walkway, looking at an industrial monitoring device with an amber light amid steel pipes and railings.

02

Combine terrestrial, private wireless and satellite where needed

Uses hybrid connectivity to maintain resilient communications across long-distance corridors and areas with uneven terrestrial coverage.

03

Connect sensors, stations and field teams to operational platforms

Brings pressure, flow, equipment condition, security events and maintenance activity into a common operational context.

Operators monitoring pipeline flows and compressor performance in a control room

04

Apply secure remote access and lifecycle management

Protects remote operations while managing device identity, access, connectivity and lifecycle responsibilities across distributed infrastructure.

OT cybersecurity specialist deploying and tuning security platforms for asset discovery, vulnerability management, network analysis, threat detection and integration with security operations

05

Governance and operational integration

Device identity, data quality, asset records, security and lifecycle management are aligned with operational workflows and systems.

Capability mapping with telecom journey cards and radio hardware

実証済みの効果

From isolated connectivity to integrated operational capability

NTT DATA helps utilities industrialize this capability as part of the operating model. Secure, resilient connectivity can improve visibility of pressure, flow, equipment condition, security events and maintenance activity across remote gas infrastructure.

重要な結果

Reducing operational blind spots across pipelines and remote stations while improving the speed and safety of field response.

Earlier visibility of remote asset conditions

Connected sensing reduces the delay between changes in the field and awareness by operational teams.

More reliable communications along critical corridors

Hybrid connectivity patterns reduce dependency on a single terrestrial coverage option.

Faster preparation of field interventions

Remote data on pressure, flow, condition and security helps crews understand the situation before travelling.

Stronger control of remote access

Secure connectivity and lifecycle management improve accountability for devices and users interacting with remote stations.

Extend secure connectivity across remote gas infrastructure

Combine terrestrial, private wireless and satellite connectivity to improve visibility and coordination across remote gas infrastructure.

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