In complex environments characterized by high temperature, high pressure, hydrogen exposure, corrosive media, and strong electromagnetic fields, internal defects in energy infrastructure can lead to unplanned outages or safety incidents. RAYSOV X‑ray, leveraging its portable high‑frequency X‑ray system and field‑operable design, offers a comprehensive inspection solution that spans the entire energy value chain—from exploration and production to end‑use transmission and distribution—covering both equipment manufacturing and in-service field operations.

Pressure Vessels and Reactors:

Inspect the butt welds, overlay welds, and composite‑material linings of thick‑walled vessels such as hydrogenation reactors, ammonia synthesis towers, and spherical storage tanks, and detect hazardous defects including cracks, lack of fusion, and delamination.

Process Piping and Long-Distance Pipelines:

On-site digital radiographic inspection is performed on process pipelines in petrochemical plant areas and on circumferential welds of long-distance oil and gas transmission pipelines, enabling rapid assessment of internal weld quality and meeting the requirements for precise defect measurement.

Transmission, Transformation, and Switchgear:

Inspect the welds and sealing surfaces of GIS switchgear enclosures, internal porosity and cracks in basin-type insulators, the erosion condition of contacts in high-voltage circuit breaker arc-extinguishing chambers, internal defects in composite insulator cores, as well as the casting quality of power hardware and wire clamps.

Refractory Materials and Graphite Electrodes:

Analyze the porosity, crack distribution, and sintering uniformity of refractory bricks and castables used in high‑temperature kilns; inspect the internal defects and joint‑connection quality of graphite electrodes for electric arc furnaces.

Conventional islands of wind, hydro, and nuclear power:

It covers the manufacturing and installation inspection of critical equipment, including wind turbine gearbox housings and main shafts, welds on hydro turbine runner blades, and steam–water separators and reheaters in the conventional island of nuclear power plants.

RAYSOV’s portable high‑frequency X‑ray systems and cyclotrons are specifically designed for field‑based and on‑site inspection applications, featuring a lightweight structure, exceptional reliability, and stable operation across a wide temperature range—unfazed by harsh environments. Whether at remote oil and gas facilities deep in the desert, hydropower stations nestled in steep canyons, or offshore wind‑farm platforms, RAYSOV consistently upholds professional quality at the forefront of the energy sector, ensuring the safe and reliable operation of critical energy infrastructure.