Sinopec’s Beidou Terminals Reach 104 Enterprises, Advancing Oil and Gas Digitalisation

Sinopec’s Beidou terminal initiative has reached 104 enterprises, marking a significant step in the adoption of satellite navigation and digital monitoring across China’s oil and gas industry. The project, which received acceptance from the Ministry of Industry and Information Technology (MIIT), developed eight product categories and 34 terminal products for industrial applications.

For energy companies, this development reflects a broader shift towards connected infrastructure, real-time operational visibility and technology designed for demanding industrial environments. It also highlights the growing role of domestic navigation systems in supporting activities across oilfields, processing facilities, transport networks and distribution operations.

For procurement managers, equipment suppliers and industrial buyers, the project offers a useful perspective on how digital infrastructure can influence equipment requirements, maintenance strategies and technology sourcing across the wider energy and petrochemical supply chain.

How Sinopec’s Beidou Terminal Project Reached 104 Enterprises

Sinopec led the oil and gas field Beidou technology and terminal product research and development demonstration, bringing together industrial operating units and research institutions to develop and deploy specialised technology. The initiative began in 2024 and progressed through collaboration between Sinopec’s Beidou Operation Service Center, oilfield operations, petrochemical facilities and academic partners.

The project focuses on turning research outcomes into practical products that energy businesses can deploy across operational environments. Rather than treating satellite navigation as a standalone technology, the programme integrates positioning capabilities into equipment and applications designed for specific oil and gas industry needs.

Its main reported achievements include:

• 104 participating enterprises: The project has expanded the deployment of Beidou technology across a broad industrial network.

• Eight product categories: Developers created product groups to address different operational requirements.

• 34 terminal products: The project produced specialised devices for industrial use.

• Industry testing infrastructure: The initiative established an oil and gas sector testing laboratory to support product evaluation.

• Standardisation work: The project also contributed to the development of 34 Beidou-related standards and specifications.

These milestones show how coordinated research, testing and enterprise adoption can help move industrial technology beyond the development stage and into routine operations.

What Beidou Technology Means for Oil and Gas Operations

Beidou is China's satellite navigation system. Its positioning, navigation and timing capabilities can support industrial applications that require location information, asset tracking and coordination across geographically dispersed facilities.

In oil and gas operations, accurate and timely location information can help companies understand where personnel and mobile equipment operate. This capability becomes particularly useful across large production sites, pipeline networks, transport routes and remote facilities where teams must coordinate work across different locations.

The technology supports applications such as:

• Personnel positioning: Helping operators establish the location of field teams during routine activities and coordinated responses.

• Vehicle and vessel monitoring: Supporting the tracking of mobile assets across transport and logistics operations.

• Inspection and patrol management: Providing location information to help supervisors coordinate field inspections and maintenance activities.

• Geological hazard monitoring: Supporting monitoring workflows in areas where geological conditions may affect industrial operations.

• Emergency communications: Contributing to communication and coordination arrangements for incidents in challenging operating environments.

The value comes from integrating location data into operational processes. When businesses combine positioning technology with established monitoring and management systems, they can improve their visibility of field activities and make more informed decisions about resources, equipment and response priorities.

Why Industrial Digitalisation Matters to Energy and Chemical Buyers

Digitalisation affects more than the technology departments of oil and gas companies. It can also influence how procurement teams evaluate industrial equipment, compare suppliers and plan long-term maintenance requirements.

As companies adopt connected monitoring systems, buyers may need to assess the compatibility of terminal hardware, communications infrastructure, software platforms and existing operational equipment. Procurement decisions increasingly depend on whether products can work reliably within the buyer's wider technical environment.

For chemical manufacturers and trading businesses, the relevance extends to the infrastructure that supports raw material production, storage and transportation. Better visibility of vehicles, facilities and field operations can help support coordination across complex supply chains, although the benefits depend on implementation and integration.

Supply Chain Implications of Connected Terminal Equipment

The expansion of Beidou technology across 104 enterprises creates a useful reference point for suppliers serving the energy sector. As industrial operators deploy more connected equipment, demand can extend beyond terminal devices to supporting hardware, communications components, testing services and system integration.

For procurement teams, several supply considerations deserve attention:

• Technical compatibility: Buyers should confirm that new terminal products integrate with existing monitoring systems, operational software and communications infrastructure.

• Environmental suitability: Equipment intended for oilfields and petrochemical plants must meet the operating conditions of the intended application, including relevant temperature, vibration and environmental requirements.

• Maintenance and spare parts: Buyers should evaluate replacement-part availability, repair arrangements and technical support before committing to a particular equipment platform.

• Supplier qualifications: Procurement teams should assess product documentation, testing records, applicable certifications and the supplier's ability to provide consistent support.

• Lifecycle costs: Purchase price represents only part of the investment. Installation, integration, maintenance, training and future upgrades can influence the total cost of ownership.

These considerations matter particularly to businesses that operate across multiple facilities. Standardising compatible equipment can simplify support and purchasing processes, while poorly coordinated technology choices can create additional integration costs.

The Role of Testing and Standards in Industrial Adoption

Industrial technology must meet practical operating requirements before companies can rely on it across essential infrastructure. Sinopec's project addressed this challenge through specialised testing infrastructure and work on industry standards, helping establish a more coordinated framework for developing and applying Beidou terminal products.

Testing can help evaluate whether equipment performs as intended under defined conditions. Standards also provide a common reference for manufacturers, integrators and buyers when they assess product specifications and technical compatibility.

For industrial purchasers, this creates several priorities:

• Request technical specifications that clearly identify the intended operating environment and supported functions.

• Review relevant testing reports and conformity documentation before approving equipment for deployment.

• Confirm whether products meet the buyer's applicable industry standards and site-specific requirements.

• Establish acceptance criteria for installation, commissioning and ongoing performance monitoring.

Suppliers can also benefit from clearer technical expectations. Consistent specifications and testing procedures can reduce ambiguity during procurement and help manufacturers develop products that meet the needs of multiple industrial customers.

However, buyers should distinguish between a project's overall acceptance and the qualification of an individual product for a particular facility. Equipment selection still requires an assessment of the actual application, operating conditions and applicable compliance requirements.

Opportunities for Equipment Manufacturers and Technology Suppliers

The Beidou initiative illustrates how industrial research programmes can create opportunities for manufacturers that develop specialised equipment and supporting services. As operators seek more connected workflows, suppliers may find opportunities in hardware development, system integration, industrial communications and maintenance support.

Potential areas of commercial interest include:

• Industrial terminal manufacturing: Producing reliable positioning and monitoring devices for demanding operating environments.

• Systems integration: Connecting terminal hardware with existing asset management, inspection and operational platforms.

• Testing and technical services: Supporting equipment evaluation, commissioning and ongoing performance assessment.

• Maintenance support: Providing spare parts, repairs and lifecycle services for deployed equipment.

• Industrial software: Developing applications that turn location and monitoring data into practical operational information.

The opportunity is not limited to companies that manufacture navigation terminals. Businesses that understand the requirements of oilfields, processing plants and industrial logistics operations may also contribute through specialised integration and support services.

For suppliers seeking to enter this market, understanding the buyer's operational requirements is essential. A product that offers advanced features but cannot integrate with existing systems or meet site-specific conditions may struggle to gain commercial acceptance.

What Procurement Teams Should Watch Next

The project's reach across 104 enterprises provides a foundation for assessing how connected industrial technologies develop beyond initial research and demonstration. Future commercial significance will depend on continued adoption, practical performance, system compatibility and the ability of suppliers to support equipment throughout its service life.

Procurement managers should monitor several developments as they plan future sourcing decisions.

First, assess whether connected monitoring equipment can address a documented operational need. Clear objectives, such as improving asset visibility or coordinating field inspections, make it easier to evaluate the business case and measure results after deployment.

Second, examine the wider technology ecosystem rather than focusing only on the terminal itself. Hardware availability, software compatibility, communications coverage, technical support and maintenance arrangements all affect implementation.

Third, consider how digital monitoring fits into broader operational improvements. Energy and chemical businesses often manage geographically dispersed assets, complex logistics and strict operating requirements, so technologies that integrate with existing workflows may offer more practical value than isolated systems.

Finally, maintain a balanced approach to supplier selection. Competitive pricing matters, but buyers should weigh it alongside reliability, documentation, compatibility and long-term support. A structured evaluation can help businesses reduce procurement risks while preparing for further digitalisation across industrial operations.

How Sinopec's Beidou Initiative Could Shape Industrial Sourcing

Sinopec's Beidou terminal project demonstrates how coordinated research and enterprise deployment can support the adoption of industrial positioning technology. Its eight product categories, 34 terminal products and expansion to 104 enterprises provide concrete indicators of progress in China's oil and gas digitalisation efforts.

For equipment manufacturers, technology integrators and procurement teams, the wider lesson is that industrial digitalisation depends on more than product innovation. Testing, standards, technical compatibility and dependable support help determine whether new technology can deliver value across real operating environments.

As energy and petrochemical businesses modernise their facilities and supply chains, buyers who evaluate technical requirements early and coordinate equipment sourcing with operational objectives will be better positioned to make informed investment decisions.