In the harshest environments onshore and offshore, dolphitech provides a safe and adaptable non-destructive testing platform to the Energy Industry.
As the energy transition gains momentum, the ways that companies are meeting their customers’ power needs have grown to encompass a diverse energy portfolio. Conventional and renewable energy sources are changing, with wind, nuclear, geothermal, oil and gas, all bringing their own challenges. With downtime commanding a premium, ensuring the integrity of equipment, materials and components lie at the heart of energy generation success. Our cutting-edge Ultrasonic Testing (UT) inspection technology can confirm sizing for defects, damage, and degradation early, before your issues lead to discontinued operations and major shutdowns. The dolphicam2 is ideal for detecting and characterising flaws in wind energy assets, including lightning damage delamination, heat damage, impact damage, disbonds, corrosion, cracking and more.
Dolphitech’s intelligent approach to problem-solving has delivered cutting-edge Ultrasonic Technology (UT) equipment to the market, providing powerful visualizations of your inspection data instantly. The knowledge you will gain using our dolphicam2 enables improved safety and assurances and as a result, better decision making. From wind blades to pressure vessels, onshore and offshore, the condition of your assets is visible with dolphicam2.
A Scottish inspection company, approached dolphitech with the requirement to perform delamination and thickness checks on polypropylene (PP) lined Glass Fibre Reinforced Polymer (GFRP) pressure vessels in a chemical processing plant.Read the capability study
Dolphitech’s flagship UT, dolphicam2 is an ideal platform to detect and inspect damages, defects and degradations. Dolphicam2’s compact, portable, precise system is ideal for manned and robotic inspections of the materials that make up a wind turbine’s tower and blades.
Dolphicam2 is exceptionally good at enabling quick and accurate inspection of materials common to the Wind industry such as: metals, carbon fiber reinforced polymer (CFRP), glass fiber reinforced plastic (GFRP), glass-reinforced aluminium laminate (GLARE), multi-materials and composites.
• Manufacture, fabrication, site and in-field testing
• Advanced and reliable NDT for materials, metals and composites
• Quick and easy to use and deploy
Read how a transducer TRM-EA-1.5MHz without a delay line, provided maximum penetration power required for complex composite materials used in the construction of turbine blades.Read more