Services
Test and Evaluation
Inspection, Evaluation and Certification
Customer and Market Research
Expert Services
Education
Empowerments
Annual Survey Capacity
Annual Emission Test Capacity
Annual Inspection Capacity
The Number of Validation Domains
Number of Human Resources
Digitalization of Inspection Services in Refinery Revamp Projects; The Role of Data in Engineering Decision-Making
In recent years, the oil and gas refining industry has undergone a significant transformation: a shift from traditional inspection methods based on field visits toward digital and data-driven inspections. In refinery revamp projects, the large volume of technical information, the complexity of activities, and strict time constraints have made traditional methods insufficient to meet modern
Post-Crisis Inspection of Industrial Structures and Machinery: The Era of Smart Inspections
Relying on traditional manual and visual inspection methods in post-crisis environments is not only time-consuming but also poses significant risks to the safety of inspectors due to inaccessible heights or hazardous conditions. The integration of modern technologies has shifted the inspection paradigm from “reactive” to “proactive and precise.” Part 1: Keen Eyes in the
Post-Crisis Inspection of Industrial Structures and Machinery: A Roadmap to Resuming Production
Industrial disasters—ranging from earthquakes and floods to widespread fires—do not merely target physical assets; they challenge “business continuity.” In such circumstances, the pressure for a rapid return to the production line can lead to hasty decisions and irreversible secondary accidents. Smart recovery management is not a rushed process, but a precise engineering operation anchored in
How Does Post-Crisis technical Inspection of Industrial Structures and Machinery Reduce Production Downtime Risks?
Technical inspection and health assessment of industrial structures and machinery following natural disasters (e.g., earthquakes, floods) or operational incidents (e.g., fires, explosions) constitute a core pillar of Business Continuity Management (BCM). This process prevents sudden and prolonged production shutdowns by identifying latent damages before they escalate into complete system failures. Identification of Latent Damages
Technical Inspection of Damaged Equipment in the Oil and Gas Industry and the Role of Modern Technologies
Due to the high‑risk nature of the oil and gas industry, the technical inspection of equipment is one of the most critical activities for maintaining safety, reducing production downtime, and preventing industrial accidents. Equipment used in this industry—including pipelines, pressure vessels, heat exchangers, offshore platforms, and turbines—is exposed to harsh operating conditions such as high
Technical Inspection of Damaged Equipment in the Oil and Gas Industry: Assessment of Thermal Damage to Metallic Equipment in Refineries
Nature and Importance of Thermal Damage in Refinery Equipment: In refineries, metallic equipment is constantly subjected to harsh operating conditions. When this equipment suffers thermal exposure due to fires, uncontrolled temperature excursions, insulation failure, or direct flame impingement, a series of complex changes occur. These changes are far more significant than what is visible to
Technical Inspection of Damaged Equipment in the Oil and Gas Industry: Final Decision Making, Risk Management, and Post‑Assessment Monitoring
In the oil, gas, and petrochemical industries, process equipment such as pressure vessels, pipelines, heat exchangers, compressors, and distillation columns operate under severe conditions, including high pressure, elevated temperature, corrosive environments, and varying mechanical loads. Under such conditions, various types of damage such as corrosion, cracking, plastic deformation, wear, and thermal degradation may occur. Once
Technical Inspection of Damaged Equipment in the Oil and Gas Industry: Corrosion Detection in Oil and Gas Pipelines
Pipelines in the oil and gas industry are among the most important infrastructures for transporting crude oil, petroleum products, and natural gas. These pipelines often operate under harsh conditions such as high pressure, varying temperatures, exposure to corrosive chemical compounds, and humid or underground environments. One of the most significant factors that can damage these