Introduction

  • What is Oil Refining Plant Monitoring?
    • Continuous observation and management of refinery operations to ensure safety and efficiency.
    • Uses advanced technologies, sensors, and data analysis for real-time monitoring of processes and equipment.

Key Value Proposition

Combines all benefits to increase profitability.

  1. Improved Safety

Real-time detection of critical issues like gas leaks and equipment malfunctions.

2. Enhanced Efficiency

    Optimizes refining processes, reduces waste, and increases high-quality product yield.

    3. Predictive Maintenance

      Reduces downtime and costs by addressing issues before failures occur.

      4. Environmental Compliance

        Tracks emissions and waste to ensure adherence to environmental regulations.

        5. Energy Management

          Lowers energy costs and carbon footprint by optimizing usage.

          6. Process Optimization

            Improves product quality and reduces costs through data-driven adjustments.

            7. Data Security

              Protects sensitive operational data from cyber threats.

              8. Supply Chain Optimization

                Enhances inventory, procurement, and logistics planning.

                9. Reduced Operational Costs

                  Combines all benefits to increase profitability.


                  Core Features

                  1. Pump Station Monitoring
                    • Tracks parameters like pressure, temperature, vibration, and flow.
                    • Utilizes flow meters and vibration sensors.
                  2. Oil Pipeline Monitoring
                    • Monitors pressure, temperature, and vibration to ensure seamless transportation.
                  3. Tank Storage Monitoring
                    • Provides data on liquid levels, pressure, and temperature in storage tanks.
                  4. Plant Equipment Monitoring
                    • Tracks key equipment like pumps, compressors, centrifuges, blowers, and generators using wireless vibration and temperature sensors.
                  5. Fuel Station Monitoring
                    • Monitors fuel dispenser meters, liquid levels, and potential alarm triggers.
                  6. Equipment Safety Status
                    • Ensures safety through gas leak detectors, earthquake sensors, water level monitoring, and emergency shut-off valves.

                  How It Works

                  Step 1: Sensor Integration

                  • Sensors monitor parameters and transmit data via LoRa, Ethernet, or 4G.
                  • Existing sensors can be integrated into the system without replacement.

                  Step 2: Data Collection and Transmission

                  • Data is collected from equipment and sent to a gateway.

                  Step 3: Cloud-Based Analysis

                  • Data is processed in the cloud for real-time insights.

                  Step 4: Accessibility

                  • Accessible from offices, homes, or remote locations using PCs, tablets, or mobile devices.


                  Industries Served

                  Oil Refining

                  Transportation

                  Energy Management

                  Environmental Compliance

                  FAQ

                  1. What is TARS?

                  TARS stands for Technical Assessment and Renewable Solutions. It specializes in industrial automation and condition monitoring, using advanced technologies such as IIoT (Industrial Internet of Things).

                  2. When was TARS founded?

                  TARS was established in 2022 by a team of engineers and renewable energy enthusiasts.

                  3. What industries can benefit from TARS solutions?

                  TARS solutions are applicable across various industries including manufacturing, oil and gas, power plants, and other heavy industries that rely on machinery.

                  4. What is condition monitoring?

                  Condition monitoring involves tracking parameters like vibration and temperature in machinery to detect potential faults and ensure safety and efficiency.

                  5. Why is condition monitoring important?

                  It reduces downtime, extends asset life, enhances safety, and lowers repair costs by enabling predictive and planned maintenance.

                  6. What types of data does TARS collect?

                  TARS collects vibration (RMS, Peak) and temperature data across multiple axes and uses advanced FFT (Fast Fourier Transform) analysis for fault detection.

                  7. What makes TARS unique?

                  TARS integrates advanced IoT technology with user-friendly software, offering real-time monitoring, customizable dashboards, and automated alerts via email, SMS, and WhatsApp.

                  8. What platforms are TARS applications available on?

                  TARS software can be accessed via mobile applications, web browsers, and desktop applications.

                  9. What notification options does TARS provide?

                  TARS sends notifications through email, SMS, and WhatsApp for critical alerts, warnings, and daily updates.

                  10. How far can TARS sensors transmit data?

                  TARS sensors use LoRaWAN technology to transmit data up to 10 km in rural areas and 3 km in urban environments.

                  11. How are sensors powered?

                  TARS sensors can be powered by a battery or cable. Battery-powered sensors have a life of up to 3 years with updates every 30 minutes.

                  12. What is the role of FFT analysis in TARS?

                  FFT analysis decomposes vibration signals into frequencies, helping to detect issues such as imbalance, misalignment, and bearing faults.

                  13. Can TARS adapt to custom monitoring standards?

                  Yes, users can define custom standards for monitoring equipment with specific operational characteristics, such as older machines with high constant vibrations.

                  14. What language options are available in the TARS interface?

                  Currently, TARS supports Azerbaijani and English, with plans for further language additions based on customer needs.

                  15. How can maintenance be logged in the TARS system?

                  The Maintenance section allows users to log and track issues, solutions, and equipment servicing details.

                  16. Has TARS been implemented in real-world projects?

                  Yes, TARS has been implemented in industries such as oil and food factories, and polyethylene plants.

                  17. Does TARS offer on-site installation?

                  Yes, TARS provides sensor installation and ensures proper configuration for seamless data collection and monitoring.

                  18. How can I contact TARS for support or inquiries?

                  You can reach TARS via email at [email protected] or call +90 535 103 69 29 / +99 450 300 21 24.