With the Oil and Gas industry contributing over 60% of global energy, ensuring pipeline integrity is critical. Trackster’s IoT architecture provides real-time visibility across thousands of miles.
From corrosion detection to remote pressure monitoring, our system helps companies prevent energy loss and environmental disasters, even in the most remote locations.
61% of leakages are caused by corrosion. We address the root causes.
Our IoT sensors detect minute vapor generations in remote mountain or forest pipelines, raising instant alerts.
Monitor pressure, vibrations, and pulses in motors, pumps, and compressors to prevent sudden mechanical failures.
Automated cloud-based notifications allow supervisors to take immediate action, including remote pipeline shutdown.
Pipeline leakages are an average of 93 leaks per mile in some regions. Our system provides:
Embedded IoT Sensors: Detects temperature and pressure pulses.
Cloud Clustering: Secure data transmission to control rooms.
Fiber Optic Monitoring: High-fidelity detection at the leak site.
It is an integrated IoT solution that uses sensors to monitor oil and gas pipelines for leaks, pressure drops, and structural integrity, ensuring safe and continuous transport of energy.
We use sensitive IoT sensors that detect vapor emissions and pressure fluctuations. Even pin-sized holes can be identified by analyzing ultrasonic waves and magnetic flux data.
According to researchers, corrosion is the primary cause, accounting for 61% of total leakage. Other factors include high pressure, mechanical vibrations, and natural disasters.
Yes. Our IoT architecture is designed for remote area detection. It uses low-power gateways and cloud-based transmission to ensure connectivity even in uninhabited locations.
The system immediately triggers a real-time alert sent to the control room and supervisors. In cases of major failure, the system can automatically initiate a pipeline shutdown.
By detecting leaks early, companies avoid massive product loss, environmental cleanup costs, and heavy regulatory fines. It also allows for targeted maintenance instead of costly full-line inspections.
A smart pig is an inspection tool sent inside the pipe to detect cracks and welding defects using ultrasound waves, which Trackster's platform can integrate and analyze.
Yes, we monitor temperature, pressure, and pulses in motors and compressors to ensure they are operating within safe parameters and to prevent emissions.
Fiber optic sensors can detect temperature changes and acoustic vibrations at the exact site of a leak, providing high-precision location data for repair teams.
Yes, Trackster’s solution is built to help companies meet global regulatory compliance for safety and environmental protection in the energy sector.