POWERING THE FUTURE WITH DYNAMIC BEAM LASERS
Advanced Welding Solutions for Power Generation
Meeting the Demands of Modern Power Generation
The global energy landscape is evolving rapidly, with growing demand for renewable sources, advanced nuclear technologies, and safer decommissioning processes. Across all sectors—nuclear, wind, fusion, and more—precision welding is a critical component in ensuring safety, durability, and efficiency.
Civan’s Dynamic Beam Lasers (DBL) offer transformative welding solutions tailored to the
unique challenges of the power generation industry, enabling high-precision, deep-
penetration welds in even the most demanding environments.
Decommissioning of Nuclear Plants
Decommissioning nuclear plants requires extreme precision and safety to
dismantle and process radioactive materials. Traditional methods are often slow and labor-intensive, increasing exposure risks.
Civan’s DBL offers a safer, faster solution:
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Remote-controlled laser welding and cutting to minimize worker exposure
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High-precision cuts and welds for dismantling complex reactor components
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Reduced heat input, minimizing the risk of material degradation
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Efficient processing of thick-walled reactor parts and containment vessels
​Result: Safer, faster, and more cost-effective nuclear decommissioning.
Welding of Wind Towers
Wind energy is a cornerstone of renewable power generation, but manufacturing large-scale wind towers presents welding challenges due to thick sections and long weld seams.
Civan’s DBL optimizes wind tower production:
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Full-penetration welds on up to 60mm thick steel sections
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Up to 10x faster welding speeds compared to traditional methods
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​Minimal distortion for perfect alignment of tower segments
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Significant reductions in consumables and post-weld corrections
Welding for Fusion Energy Reactors
The development of fusion energy reactors requires cutting-edge materials and complex welds capable of withstanding extreme temperatures and pressures.
Civan’s DBL provides:
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High-precision welding for thick and dissimilar materials
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Deep penetration welds without compromising material integrity
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Flexible beam shaping to adapt to complex geometries
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Minimal heat-affected zones (HAZ), critical for high-stress
environments
Civan’s laser technology is well-suited for building the next generation of
fusion reactors, ensuring the structural integrity needed for this
groundbreaking energy source
Nuclear Vessel Pressure Tanks & Other Thick-Section Welding
Welding nuclear vessel pressure tanks and other thick-walled components demands the highest levels of precision and durability.
Civan’s Pure Laser Welding delivers:
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Full-penetration welds for sections exceeding 60mm thickness
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Low heat input, reducing distortion and ensuring structural integrity
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​Single-pass welding in many cases, reducing cycle times and costs
Whether for nuclear reactors, hydropower turbines, or thermal power plants, Civan’s DBL technology handles the most challenging thick-section welding tasks with ease.
