LI FIRE SMART SYSTEM TECHNOLOGY LLC-L.L.C specializes in the wholesale trading of AI robots, computer systems, and software, with a focus on the oil & gas industry. We provide advanced AI-driven solutions that optimize operations, enhance safety, and drive efficiency in the energy sector. Our technology empowers businesses to meet the evolving challenges of the oil & gas field, ensuring sustainability and innovation.
The oil and gas industry faces complex and ever-changing inspection challenges, particularly in critical areas such as chemical plants, tank farms/warehouses, multi-story elevated pipe corridors, and natural gas terminals. These scenarios often involve hazardous environments such as IIB/IIC explosion-proof zones, flammable and explosive atmospheres, high temperatures, hidden dangers of working at heights, toxic environments, and dust pollution. As a result, there is a pressing need for highly adaptable and safe robotic inspection solutions to automate and intelligently replace or assist manual inspections, enhancing efficiency, reducing personnel safety risks, and ensuring the safe and stable operation of oil and gas facilities
Solution
Comprehensive Operation and Maintenance Solution for Oil and Gas Chemical Plants
— Multi-form and Cross-regional Intelligent Joint Inspection
The comprehensive inspection of oil and gas chemical plants is composed of three parts: mobile explosion-proof robots, fixed AI explosion-proof pan-tilt-zoom cameras, and the Industrial Internet Platform. Through the coordinated monitoring of multi-form devices, a new mode of comprehensive and full-coverage hardware-software integration for oil and gas chemical plants is achieved.
The fire fighting reconnaissance robot consists of the robot body, fire monitor and handheld remote control terminal. It is mainly used for fire fighting and reconnaissance in various fields, especially suitable for explosion-prone environments such as petrochemical and gas, which is of great significance for improving the safety of rescue and reducing casualties. In flammable and explosive environments, it replaces firefighters in firefighting operations, improving rescue efficiency and ensuring personnel safety.
The emergency rescue and demolition robot is composed of a robot body, a 6+1-axis hydraulic manipulator, and a handheld remote control terminal. It is mainly used in flammable and explosive environments, where it can replace workers to enter the accident scene for demolition operations, freeing operators from the dangerous on-site environment, significantly enhancing the safety of demolition operations, improving work efficiency, and reducing labor intensity. It is of great significance in improving the safety level of emergency rescue and ensuring the safety of rescuers.
Product Functions
Demolition Capability: The robot is equipped with a highly integrated 6+1-axis hydraulic manipulator, featuring robust power and flexible operation. With a working radius of 1.6 meters, the hydraulic jaws at the end of the manipulator boast an expansion force of 20KN, capable of cutting through round steel with a diameter of 18mm. This allows for multi-angle, multi-directional, and complex demolition tasks.
Autonomous Obstacle Avoidance: The robot’s obstacle avoidance system can automatically identify the distance to obstacles, featuring a wide field of view and fast response time.
Two-way Intercom Function: It can capture live audio from the scene, facilitating understanding of the on-site environment and enabling two-way communication about the situation, thereby significantly enhancing the reliability of emergency rescue operations.
Image Acquisition Function: Real-time image capture and omnidirectional, multi-angle monitoring provide decision-making basis for emergency responders, enabling rescue personnel to plan travel routes more efficiently and enhancing the efficiency of emergency rescue operations.
In complex or dangerous environments, it performs search and rescue missions, enhancing search and rescue efficiency and safety while reducing the risk of casualties. Capable of traversing various terrains, it is equipped with various sensors and rescue equipment such as thermal imagers and life detectors to quickly locate and rescue trapped individuals.
With composite explosion-proof designs such as positive pressure, intrinsic safety, flameproof, and potting, it can perform safe inspection tasks in explosion-proof areas such as oil, chemical, storage, and port facilities, demonstrating high adaptability to unknown and unstructured environments.
It can move on complex surfaces like stairs, steps, crevices, obstacles, and narrow spaces, effectively reducing production safety risks.
Automating inspections in hazardous areas, it provides real-time monitoring of meter readings, pipeline leaks, and other abnormal operating conditions, enhancing safety and reducing human risks.
Equipped with an infrared thermal imager, it monitors equipment surface temperatures and conducts real-time monitoring of flammable, toxic, and harmful gases such as oxygen, carbon monoxide, combustible gases, and hydrogen sulfide.
Millimeter-wave (MMW) radar，Extra-long endurance，Target continuous identification and tracking.
Intelligent power management
Point-to-point topographic-match intelligent flight
Self-locking propeller
MMW radar for forward and bottom objects detection
Point-to-point topographic-match intelligent flight
Heated & Drained Pitot Tube
Dual-antenna heading system
Point-to-point topographic-match intelligent flight
Heated & Drained Pitot Tube
Dual-antenna heading system
Point-to-point topographic-match intelligent flight
Heated & Drained Pitot Tube
Dual-antenna heading system
Point-to-point topographic-match intelligent flight
Heated & Drained Pitot Tube
Dual-antenna heading system
Point-to-point topographic-match intelligent flight
Self-locking propeller
Intelligent power management, Multiple payloads, ADS-B situational awareness system, Heated & Drained Pitot Tube.
Intelligent power management, Multiple payloads, ADS-B situational awareness system, Heated & Drained Pitot Tube.