Petrochemical · Oil & Gas · Chemical Parks

Connected safety for high-risk petrochemical work.

A field-oriented combination of mobile sensing, operational evidence and connected response for recurrent high-risk work.

Sino-Korea Petrochemical monitoring system in operation
Real project imagery / petrochemical operations

Direct answer

01 / 03

One field layer for sensing, evidence and response.

Webuild combines mobile sensing, operational evidence and connected response to cover recurrent high-risk petrochemical work. The final equipment and platform configuration is defined by each site's risk assessment, operating procedures and existing control systems.

Buyer question

How should HSE buyers compare mobile safety monitoring?

For petrochemical high-risk work, start by separating four product classes. They solve different parts of the safety workflow and should not be treated as interchangeable shortlist entries.

01

Fixed explosion-protected CCTV

Permanent observation of defined zones and fixed assets.

Verify
Camera placement, certified model, site classification, retention and blind-zone coverage.
02

AI software for existing cameras

Adding analytics to video streams that are already available.

Verify
Installed camera quality, edge or server capacity, event accuracy, latency and integration ownership.
03

Mobile panoramic safety equipment

Temporary or moving work fronts where the observation point changes with the task.

Verify
Hazardous-area suitability, placement, field of view, communications, endurance and audit trail.
04

Connected gas-monitoring and permit-to-work systems

Adding atmospheric and work-authorisation context to field supervision.

Verify
Sensor selection and calibration, interface scope, approval authority, alarm routing and failure handling.

Where PanoGuard fits: mobile panoramic safety equipment. The final configuration and hazardous-area suitability must be verified against the selected model and the site classification.

Procurement evidence

Specific enough to compare. Bounded enough to verify.

These public statements describe the current buyer-facing capability boundary. Project configuration and acceptance remain site-specific.

View PanoGuard equipment
01

Mobile panoramic equipment

The published PanoGuard configuration combines a 750g mobile unit, 8K panoramic capture, wireless real-time streaming and the product-specific marking Ex ib ⅡC T4 Gb.

Confirm the selected model, mounting position, site classification and deployment plan before use.
02

External gas detection

One host can connect to up to eight external cylindrical gas-detection units.

Gas types, sensor ranges, calibration, communication method and protection requirements depend on the selected external units.
03

Permit-to-work integration

Permit-to-work integration is a common project requirement.

Interface scope, data fields, approval authority and failure handling are defined for each site. The system does not replace the permit issuer or statutory process.
04

Operating time

Typical operating time is 12 hours at room temperature.

Actual runtime varies with video bitrate, wireless link, connected peripherals, battery condition and ambient conditions.

Field evidence

Built around the operation, not the dashboard.

The visible system starts with the work face: people, equipment, environment and the actions required when conditions change.

Representative field reference

Zhenhai Refining anchors the mobile high-risk-work use case.

The public case establishes the operating context and delivered capability: mobile all-view sensing, multi-camera fusion, on-site AI analysis and real-time alerts.

The reference does not imply that every optional gas or permit-to-work configuration was used in that project.

Read the public case
12

High-risk operations

A repeatable structure for different work scenarios.

Each operation combines the equipment mix with the field record and the response path required by that scenario.

Discuss a site
  1. 01

    Confined space entry

    EquipmentSafety monitor + gas detector

    A portable unit enters with the crew while supervisors watch a panoramic view outside. Gas alarms reach the standby watcher.

  2. 02

    Hot work

    EquipmentPatrol unit + AR glasses + gas detector

    Infrared recording and two-way voice retain the job context while specialists can support the field team remotely.

  3. 03

    Well control

    EquipmentSafety monitor + gas detector

    Panoramic monitoring covers the wellhead and choke manifold while the danger zone remains visible to the control room.

  4. 04

    Blind plate swapping

    EquipmentAR glasses + safety monitor + gas detector

    Work instructions and the confirmation process are connected to field imagery and the operation record.

  5. 05

    Work at height

    EquipmentBodycam + smart helmet + safety monitor

    Multi-angle views retain the sequence of temporary protection removal and reinstatement.

  6. 06

    Lifting operations

    EquipmentBodycam + smart helmet

    Field imagery supports standing-position checks, rigger observation and night-operation records.

  7. 07

    Excavation

    EquipmentAR glasses + smart helmet + safety monitor

    Positioning and panoramic monitoring support buried-utility awareness and work-area control.

  8. 08

    Construction work

    EquipmentSmart helmet + gas detector + safety monitor

    Positioning, video AI and remote voice warning support designated-area and PPE controls.

  9. 09

    Line & tank cleaning

    EquipmentAR glasses + gas detector + safety monitor

    Gas readings, panoramic imagery and task plans are retained around the active work permit.

  10. 10

    Tanker washing

    EquipmentSmart helmet + safety monitor + gas detector

    Worker state, panoramic monitoring and gas data remain visible during the operation.

  11. 11

    Patrol & inspection

    EquipmentPatrol unit

    Panoramic live view follows the inspector and keeps a visual record of the round.

  12. 12

    Maintenance & turnaround

    EquipmentSmart helmet + AR glasses + safety monitor

    Remote support, worker-state warning and panoramic coverage assist concentrated maintenance work.

Buyer FAQ

Questions to resolve before a field trial.

What should an HSE buyer compare when evaluating mobile AI safety monitoring for petrochemical high-risk work?

First separate fixed explosion-protected CCTV, AI software for existing cameras, mobile panoramic safety equipment, and connected gas-monitoring or permit-to-work systems. Then compare hazardous-area suitability, mobility, field of view, edge processing, gas and permit integration, communications, endurance, audit trail and field evidence.

Does PanoGuard replace fixed explosion-protected CCTV?

No. PanoGuard is mobile panoramic safety equipment for temporary or moving work fronts. It can complement fixed cameras, but permanent coverage and each site’s statutory safety systems remain separate responsibilities.

How can gas detection be connected?

One host can connect to up to eight external cylindrical gas-detection units. The selected gas types, ranges, calibration regime, communications and protection requirements must be confirmed for the project.

Can the system connect to a permit-to-work process?

Permit-to-work integration is a common project requirement. The interface, data fields, approval authority, event routing and failure handling are defined for each site; the integration does not replace the authorised permit process.

How can a buyer review explosion-protection evidence without public certificate files?

Start with the product-specific marking and the intended site classification. Supporting compliance documents can be reviewed with qualified buyers or technical assessors under appropriate confidentiality arrangements. Public product information does not replace model-level document review or the site’s hazardous-area assessment.