Mobile Control Shelter

The shelter can collect real‑time data through drones to quickly construct a 3D map of the rescue area and transmit reconnaissance images to the command center. This allows commanders to accurately grasp terrain changes, wellhead damage, and other key information, providing a reliable basis for formulating scientific rescue plans.

Through remote control technology, it achieves millimeter‑precision real‑time control of intelligent engineering machinery. With fast system response, it effectively handles blowouts and other emergencies while ensuring maximum personnel safety.

The pump station type control shelter integrates a diesel engine, hydraulic clutch transmission, multistage centrifugal pump, and intelligent control cabinet. The cabinet manages equipment start/stop, operation monitoring, and alarm alerts. It also collects and displays real-time data and pressure parameters of multistage centrifugal pumps.

Through coordinated operation of all systems, it supports long-distance and high-flow liquid medium transmission, ensuring stable performance of oil pipelines.

Equipped with multiple safety monitoring devices, it conducts 24/7 real-time monitoring of temperature, pressure, combustible gas concentration, and other key indicators at oil sites. Once parameters exceed safe limits, the system immediately issues early warnings to prompt timely intervention.

The shelter itself features fireproof, explosion-proof, and anti-corrosion properties, fully protecting internal equipment and personnel.

Adopting digital twin technology, it builds high-precision digital mirrors for rescue equipment to capture real-time actions and realize “virtual-real synchronized” remote monitoring. Combined with high-precision sensors and data acquisition systems, it intelligently analyzes on-site information to support scientific command and intelligent management.

With unmanned remote operation, personnel can control oil equipment safely from inside the shelter away from hazardous areas. This greatly improves safety and enables rapid emergency response.

Specially designed for complex oil and gas operating environments, it withstands high temperature, high pressure, high humidity, sandstorms, and corrosion, ensuring stable performance under harsh field conditions.

Used in drilling and production operations to control wellhead equipment, monitor downhole conditions, and handle emergencies, ensuring safe and orderly exploitation.

Serves as the control center for pumping stations along pipelines, enabling centralized monitoring and scheduling to guarantee stable crude oil transmission.

Provides control and support for offshore oil operations. With enhanced protection against salt spray, wind, and waves, it ensures high reliability in harsh marine environments.