Onshore Oil Drilling Platform Emergency Broadcasting and Communication System Solution

Background of the Solution

As the core control hub of oil drilling operations, the drilling platform faces complex environments such as intense vibrations, mud contamination, and flammable/explosive gases. Currently, communication systems face challenges such as high noise distortion, insufficient explosion-proof protection, signal blind spots, and high equipment failure rates. There is an urgent need for a highly reliable, explosion-proof, and fully covered emergency communication system.

Requirements Analysis

Emergency Response

In the event of an emergency, the system initiates a full-area emergency broadcast within 10 seconds. One-touch call triggers a sound alarm and records the location and time..

Noise Resistance

Ensures clear voice communication in environments with noise levels up to 120 dB. The noise inside the noise-reducing telephone booth remains ≤70 dB.

Explosion-Proof Protection

All equipment is certified with Ex d IIC T6 explosion-proof rating, IP66 protection, and operates within a temperature range of -40°C to +70°C.

Full-Area Coverage

Provides complete voice coverage without blind spots in key areas, supporting zone broadcasting and cross-zone linkage.

System Compatibility

Offers API interfaces for compatibility with upstream devices.

Design Basis

This solution design strictly follows the current national standards and regulations, ensuring compliance throughout the
entire process from system design equipment selection, construction installation, to acceptance testing.
The main references include:

Dispatch Server

The core control unit of the system, handling call requests and signaling interactions. It supports SIP protocol and ensures interoperability with other SIP terminals. It features user authentication, registration management, and call routing functions to ensure stable and efficient communication.

SIP Desktop Microphone

A desktop voice interaction terminal that supports SIP protocol. It can connect to dispatch servers, SIP phones, and other devices for immediate use, providing clear voice collection and transmission services.

Switch

An industrial-grade device connecting all system components for data transmission and switching. It is highly reliable and resistant to interference, suitable for the harsh conditions of drilling platforms, ensuring stable data transmission.

SIP Speaker

An audio output terminal that supports SIP protocol. It quickly adapts to dispatch servers and various SIP terminals, enabling audio stream reception and playback, ensuring clear voice information delivery.

Explosion-Proof Telephone

A communication and emergency call terminal with explosion-proof, waterproof, and dustproof features. It supports one-touch alarm functionality and can be safely used in flammable and explosive environments for rapid distress signaling in emergencies.

Explosion-Proof Horn

Located throughout the platform, used for broadcasting emergency alerts and notifications. It provides high-quality sound at high volume, ensuring clear communication in noisy environments.

Solution Design and System Architecture

The JR Drilling Platform Emergency Broadcasting and Communication System adopts a three-layer IP network architecture.

System features

Emergency Alarm Linkage

One-touch alarm trigger with sound prompts, zone broadcasting, and text broadcasting

Zone-to-Zone Communication

Supports zone management, cross-zone calls, and scheduled broadcasts.

Noise-Canceling Communication Optimization

Hardware noise reduction, algorithmic noise reduction, and noise-reducing telephone booths.

Real-Time Device Status Monitoring

Real-time display of online status, call logs, and recording/video records.

Data Linkage and Expansion

Integration with fire alarm systems and video surveillance systems.

Classic case recommendation

No related content

Share real-time
news with you

We inform you about new solutions, case studies,
cybersecurity and new products.

Onshore Oil Drilling Platform Emergency Broadcasting and Communication System Solution

Background of the Solution