Efficient facility monitoring with robot patrols
Enhance plant safety and operational stability with robots for regular patrols and early anomaly detection.
- Quickly detect anomalies with robots patrolling the plant equipment and environments routinely.
- Supports stable operation with around the clock monitoring, reducing worker burden.
Challenges
- Anomaly detection and monitoring efficiency in plants
- Frequent delays in anomaly detection
- Timely anomaly detection is often not achieved.
- Reduce worker burden
- Manual patrols require significant time and effort.
- Difficulty with around the clock monitoring
- Continuous monitoring by workers is impractical.
Solutions
Automated patrol and monitoring with robots
- Use robots to conduct automated, periodic monitoring of equipment.
- Achieve around the clock monitoring
- Around the clock robots patrol and monitoring.
Benefits
- Faster anomaly detection and reduced worker burden
- Early anomaly detection for quick response and massive reduction of time, money and risks
- Reduce worker burden through automation
- Increase equipment uptime
- Ensuring stable equipment operation.
Rapid & efficient equipment degradation diagnosis with robot
Early detection of degradation for preventive maintenance
Facilitate preventive maintenance by detecting equipment degradation early with robots, reducing unplanned downtime
- Robots can diagnose equipment degradation and plan timely preventive maintenance.
- Minimizes downtime and supports stable equipment operation.
Challenges
- Accuracy and efficiency in degradation diagnosis
- Early signs of degradation going undetected, resulting in costly repairs, downtimes and health & safety hazards
- Timely detection of equipment degradation is essential.
Solutions
Conduct speedy and low cost preventive maintenance with minimum resource requirements to avoid high cost and high risk unplanned stoppages.
Automated and efficient diagnosis and degradation monitoring with robots.
Regularly monitoring degradation status by leveraging data & intelligent robots.
Use AI to analyze images captured by robots to quickly identify degradation.
Benefits
- Reduce downtime and through proactive & efficient maintenance
- Reduce cost of maintenance and downtime by as much as 65%
- Conduct timely maintenance based on early detection and avoid high cost emergency repair costs
- Extend equipment life by addressing degradation promptly
Ensure safety by reducing gas leakage risk with drones
Strengthen worker safety and environmental protection
Ensure worker safety and environmental protection with drones and gas detection technology for leak detection
- Drones equipped with gas detection sensors can quickly detect highly dangerous and costly leaks, while ensuring worker and environmental safety.
Challenges
- Managing risks associated with gas leaks
- Timely gas leak detection
- Slow, high risk and costly traditional manual detection practices
- Ensuring worker safety
- Minimizing environmental impact of gas leaks
Solutions
Leveraging highly specialized drones to monitor and detect gas leaks without health and safety risks.
Benefits
- Improve safety and environmental protection
- Enhance worker safety
- Highly fast and cost-effective path to gas leak detection
- Minimize environmental impact through early leak detection.
- · Identify and respond to gas leaks quickly, resulting in Swift risk mitigation
Efficient detection of oil tank corrosion & leaks with drone
Reduce leakage risk and enhance safety
Enhance safety and minimize leakage risks with drones for early corrosion and leak detection in oil tanks.
- Early detection of corrosion and leaks in oil tank roofs using drones reduces accident risks.
- Strengthens risk management and maintenance efficiency.
Challenges
- Managing corrosion and leakage risks in tanks
- Difficulty in early detection of tank corrosion
- Corrosion signs are hard to detect, increasing leakage risk.
- Concern about environmental impact of leaks
- Leakage could lead to environmental pollution.
- High-altitude inspection risks as inspecting the top of tanks requires risky high-altitude work.
Solutions
- Efficient corrosion and leakage detection with drones
- High-altitude inspection with drones
- Inspect corrosion and damage at height safely using drones.
- Image analysis using AI
- Use image analysis to detect corrosion and leaks.
Benefits
- Accident prevention and efficient maintenance
- Reduce leakage risk
- Prevent leaks through early detection
- Extend tank life by address corrosionion early
- Reduce maintenance costs