For large storage tanks, 3D laser scanning offers a fast, highly accurate method for capturing the true geometry and structural condition of tank surfaces. Unlike traditional measurement techniques—which require multiple manual readings and extended downtime—laser scanning captures millions of data points in a single session, producing a comprehensive digital model of the tank.
This allows engineers and inspectors to analyze tank roundness, deformation, tilt, settlement, and other critical metrics with unmatched precision. The result is faster inspections, better documentation, and smarter decisions for maintenance, retrofits, or compliance reporting.
"*" indicates required fields
3D laser scanners can capture very accurate measurement information in a short period of time. Captured data is then analyzed either in the office or on a mobile computer to provide:
Many of these measurements from 3D scanners can be used to provide additional information for tank applications, such as:
For structural design projects or tank modifications, such as replacing a roof or seals, the true shape and condition of the tank can be critical for ensuring that the design fits the existing conditions; hence reducing costly delays or rework. 3D Tank Scanning provides a way to quickly and accurately obtain the existing condition information. While tank thicknesses are effective for the monitoring of structural integrity, positions obtained from 3D laser scanners can be used to complement thickness measurements by analyzing the deformation or movement of the tank over time.
In addition to tank inspection applications, 3D laser scanners can also be used for tank calibration— creation of accurate filling tables. In contrast to traditional methods of strapping or measuring with a total station, the technique involves placing the 3D scanner inside the tank, while out of service, to capture the tank interior. Data for both the tank floor or sump and filling volume are recorded in a single operation, and an estimation of tank thicknesses is not required as the internal cavity is directly measured.
In conclusion, 3D scanning services offer reduced data collection time, less time in the tank interior, reduced labor costs, higher accuracy and more comprehensive data.
Experience with scanning tanks in oil & gas, chemical, food & beverage, water treatment, and power plants
Millimeter-level accuracy using top-tier scanners
Ability to scan in confined, hazardous, or hard-to-reach areas
Minimal disruption to operations
Fast turnaround on deliverables and reports
Fully trained scanning technicians with industrial safety certification
Arrival 3D helps engineers, asset managers, and plant operators get a full understanding of their tank structures with reliable and repeatable 3D data. Our services improve inspection workflows, reduce site time, and ensure you have the data you need for smarter planning.
ENGIE Chile Unveils How Digital Twins Can Enhance Efficiency of Solar Plants...
From Modeling to Decommissioning 3D laser scanning services make producing safe, accurate...
Helps with safety measures Updating an oil plant is hard work and...
Preserving history and creating a replica as an art piece For years...
Providing noninvasive and much more accurate scans Gas and oil companies are...
Helping the sites become more productive and profitable Oil and gas sites...