RVmagnetics state-of-art sensing technology is unique combination of ability to withstand chemically aggressive environment, ability to resist high production temperatures present in many oil, gas and utilities operations, ability to detect the sensor signal even when affected by heavy electro-magnetic fields (produced by ferro-magnetic materials such as steel that are typically present in pipelines, drilling operations, storage) and ability to conduct contactless sensing where technology meets the need of spark-less sensing requirement of the oil & gas industry.
The smooth and efficient transport of utilities is a critical challenge in the oil and gas sector. MicroWire technology enables continuous, real-time monitoring of pipeline quality and key operating parameters, such as temperature, pressure, and vibration. This monitoring allows for the optimization of utility supply, reducing service costs while enhancing safety and efficiency.
MicroWire technology provides structural health monitoring for composite, plastic, and metallic pipelines. It enables non-destructive testing, real-time monitoring, and fault detection without direct contact with the material. This technology identifies critical issues such as delamination, cracks, and non-magnetic or non-metallic inclusions in metallic pipelines.
For composite and plastic pipelines, MicroWire sensors distinguish between high-quality and defective materials. They detect structural faults, prevent installation of faulty pipes, and add no additional weight. In metallic pipelines, the sensors detect inclusions and other material defects, helping identify wear and potential failure points early. The sensors can also monitor parameters such as temperature and vibration, triggering emergency warnings when thresholds are exceeded.
By preventing material defects and faulty pipeline installations, MicroWire technology reduces the risk of pipeline accidents, minimizes environmental damage, and helps companies avoid financial losses and reputational harm. Additionally, its ability to support predictive maintenance enables more efficient planning and long-term operational safety.
Flow and Volume
Total volume, flow rate, and velocity.
Fluid Levels
Monitoring fluid levels to ensure consistency in transport.
Temperature and Pressure
Detecting overheating and maintaining safe operating pressures.
Position
Identifying pipeline movement or misalignment.
Efficient and safe drilling operations require precise monitoring of down-hole conditions and drilling equipment. MicroWire technology offers real-time monitoring solutions to track critical parameters such as temperature, pressure, vibration, and tensile stress. By embedding MicroWire sensors into drilling heads, bits and other equipment, operators can prevent risks like overheating, overpressure and fire hazards.
Drilling systems face unique challenges, including harsh environmental conditions and technical or chemical limits that have previously made certain measurements impossible. MicroWire sensors overcome these challenges by operating reliably in extreme conditions, providing real-time data to optimize performance, meet HSEQ R&F requirements and reduce environmental risks.
Traditionally, gas leakages are detected manually using high-sensitivity microphones to identify high-frequency sounds, often in inaccessible locations such as elevated structures.
This method is labor-intensive and prone to inefficiencies, leading to significant financial losses. The smart gasket replaces this approach by transmitting data through wireless technologies such as Wi-Fi, Bluetooth, Sigfox, optical cables, or Z-Wave. This enables seamless automation and centralization of pressure and leakage monitoring.
MicroWire technology transforms traditional bearings into smart systems capable of advanced monitoring and improved reliability. By embedding sensors directly into the bearing, this innovative solution ensures precise, real-time data collection.
MicroWire technology offers an efficient solution for fluid level measurement in storage tanks
