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Discover the opportunity to enhance your expertise in power plant operation, maintenance, and troubleshooting with our exclusive training sessions in the picturesque South of France. Led by seasoned industry professionals, these sessions offer practical knowledge, real-world solutions, and invaluable networking opportunities.
Sulfuric acid deposits in combustion and exhaust systems can silently damage equipment, reduce efficiency, and lead to costly downtime. Tetra Engineering’s advanced fouling assessment services identify the root causes of deposit formation and provide tailored solutions to keep your operations running smoothly. Protect your equipment, enhance efficiency, and ensure uninterrupted power generation with Tetra Engineering. Learn more today!
Duct burners operate in some of the most extreme environments, enduring hurricane-force winds and blistering temperatures round-the-clock. Inadequate or improperly engineered equipment often leads to issues such as failing or fractured on burners.
CFD analysis resolved a major performance issue at a natural gas plant. By identifying and correcting bypass flow in the HRSG, optimal steam and power output were restored. This showcases the effectiveness of CFD in solving complex industrial problems.
Grade 91 is a CSEF (creep strength enhanced ferritic) alloy introduced in the late 20th century for high temperature service in power boilers. ASME BPVC-II develops material properties based on time-to-rupture data after 100,000 hrs, with a safety factor of 3.5.
Tetra Engineering is excited to once again participate in the upcoming 501F Users Group Conference! Come visit our booth our engineers will be set up and ready to discuss our services for HRSGs, High Energy Piping, Cold Weather Readiness & Digital Transformation.
HRSGs and power boilers are built by assembling large numbers of components, mostly by welding. Design choices in optimizing heat transfer against overall cost lead to configurations that aim to minimize the number of welds per square meter of heat transfer surface. In addition, fabrication of the modules is frequently subcontracted by the OEM for manufacture in regions where manpower is cheaper. The OEM becomes in effect an integrator of components built by others. How can Product Quality for pressure parts be assured in that context?
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