Storage tank calibration services utilizing advanced EODR (Electro-Optical Distance Ranging) technology combined with 3D laser calibration offer accurate, reliable, and efficient solutions for measuring and calibrating storage tanks, silos, and containers. EODR 3D laser calibration technology enhances the precision, speed, and quality of tank calibration processes, ensuring compliance with regulatory standards, industry guidelines, and quality assurance requirements. EODR 3D laser calibration technology provides high-precision measurement capabilities for accurately determining the dimensions, volumes, and contents of storage tanks. Laser scanning and optical distance ranging techniques enable precise data acquisition, analysis, and calibration of tank geometries and profiles. EODR 3D laser calibration eliminates the need for physical contact with the tank surface, minimizing the risk of measurement errors, surface wear, or contamination. 


Non-contact measurement methods ensure accurate and consistent tank calibration results, without affecting the integrity or condition of the tank structure. Advanced EODR 3D laser calibration enables rapid and efficient data collection of tank dimensions, liquid levels, and geometric features. Laser scanners capture detailed point cloud data, enabling quick analysis, visualization, and modeling of tank volumes, capacities, and contents for calibration purposes. Storage tank calibration services utilizing EODR 3D laser technology enable comprehensive analysis, assessment, and reporting of tank calibration data. Detailed 3D models, diagrams, and volume calculations facilitate accurate measurement verification, volume certification, and documentation of calibration results. Certified tank calibration ensures the accuracy, reliability, and safety of tank operations, product storage, and inventory management. Tank calibration services utilizing EODR 3D laser technology help detect and prevent leaks, spills, or containment issues in storage tanks as well as storage tank dimensional measurement services. Monitoring tank levels, volumes, and discrepancies through calibration data enables early detection of anomalies, ensuring environmental protection, risk mitigation, and operational safety. Fuel oil storage tank volume measurement shall be performed by API MPMS 2.2D and API 650 standards.


Tank strapping services involve the measurement and calibration of storage tanks using physical measurement techniques to determine the liquid volume or capacity of the tank. This process is crucial for industries such as oil and gas, chemical, and water treatment, where accurate volume measurement is essential for inventory management, process control, and regulatory compliance. Tank strapping services provide accurate measurements of the liquid volume or capacity of storage tanks. By physically measuring the tank dimensions and using mathematical calculations, the volume of liquid or product stored in the tank can be determined with precision. Tank strapping services help ensure that storage tanks comply with regulatory standards and requirements. Accurate volume measurements are necessary for reporting purposes, environmental compliance, and adherence to industry guidelines. Accurate tank strapping enables effective inventory management by providing real-time information on the quantity of liquid or product stored in the tank. This data is essential for optimizing production schedules, managing stock levels, and minimizing the risk of shortages or overstocking.

Incorrect volume measurements can lead to overfilling or underfilling of tanks, which can compromise safety, cause product loss, and result in regulatory violations. Tank strapping services help prevent these issues by ensuring the accurate measurement of tank contents.. Tank strapping services can also help in maintenance planning by providing accurate information on the tank’s capacity and condition. Accurate volume measurements obtained through tank strapping services can lead to improved operational efficiency. By having precise data on tank contents, operators can make informed decisions regarding production, logistics, and resource allocation.