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Une gamme complète de services de terrain et d'ingénierie pour vos centrales de production d'électricité et de traitement de la vapeur
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Learn how Tetra Engineering can help plant operators develop a Covered Piping Systems (CPS) Program that satisfies ASME B31.1 condition reporting requirements and how PipeVue can help store and organize large amounts of inspection data in one network-based solution.
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At Tetra Engineering, we understand the critical importance of regular piping inspections in maintaining the safety, reliability, and efficiency of your power piping systems. Our comprehensive inspection services are designed to detect potential damage early, ensuring your plant operates smoothly and profitably.
Risk-based inspection (RBI) is an approach for ranking the priority of inspection and maintenance according to an assessed risk to the component or system integrity. One key aspect of any RBI program is to carefully select the locations for non-destructive examination (NDE) that are most susceptible to damage, according to the component's design and past and project operating mode, while considering the resources and time available during an upcoming inspection. Using multi-disciplinary experience and tools (thermal simulation, life assessment, structural calculations….) Tetra will help you get the most out of your NDE campaigns, by providing pre-outage planning, on-site supervision and post-inspection review.
Tetra Engineering provides a full-scope service for the modelling and operation analysis of all types of natural or forced circulation Power Boiler and HRSGs, including supercritical and once-through designs. This can be integrated into a full plant model to incorporate the steam turbine and steam cycle balance of plant.
The borescope is an essential tool for inspecting of power plant components. Commonly used in high-value rotating power-plant equipment such as steam turbines, gas turbines and generators it is also extremely useful for checking the internal or to reach external surfaces of boiler and HRSG tubes and piping.
The offline (or cold) inspection is an essential O&M activity at any thermal power or process plant. For steam generating equipment, whether it's a small industrial package boiler or a large utility-scale supercritical coal boiler, this is especially critical since only during a shutdown can the condition of all internal components be assessed in detail.
The broad experience acquired over years of providing expert technical support to plants operating conventional and CFB radiant boilers or HRSGs is now available to operators of concentrated solar power (CSP) and hybrid steam power plants incorporating thermal energy storage (TES).
Discover cost-effective solutions for decarbonizing power generation with hydrogen and ammonia fuels. Tetra Engineering evaluates their impact on thermal power plants, including performance and emissions.
As your Heat Recovery Steam Generator (HRSG) advances in service life, it is advisable to assess the replacement of pressure components. This proactive evaluation aims to fortify the structural integrity of your unit, mitigate operational and maintenance costs, and extend the overall operational lifespan of the plant.
Solutions d'ingénierie complètes pour le secteur de l'énergie
