Mangan Inc.

At #Mangan Inc, we believe that our employees are our greatest asset. We are currently looking for skilled individuals to join our team and contribute to our continued success. Our company culture fosters innovation, growth, and collaboration, creating a dynamic and exciting work environment. Don't miss out on the chance to work for a company that values its employees and rewards hard work. View our current openings online: http://ow.ly/173i50NfOPH . . . #hiring #nowhiring #joinourteam #careeropportunity #workwithus #jobposting #engineeringjobs #engineeringcareers

What Materials Are VE Probes & Thermowells Made Of? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: What materials are VE probes & thermowells made of? This discussion focuses on the premium materials selected to ensure VE Technology performs reliably in extreme industrial environments. . . . VE probes and thermowells are manufactured using high-performance alloys such as stainless steel, Hastelloy, and Inconel. These materials are chosen for their exceptional resistance to corrosion, high temperatures, and harsh chemical exposure. The post explains how material selection is based on specific process conditions, ensuring long service life, structural integrity, and consistent measurement accuracy. For a detailed exploration of the materials used in VE probes and thermowells, check out our post at: https://lnkd.in/gRJxm5iC #VETechnology #Thermowells #IndustrialMaterials #AnalyzerEngineering

Mangan Process Analyzers & CEMS will be at the ATC Show at the Galveston Island Convention Center from April 28 – May 2, 2025. With over 25 years of experience and 130+ continuous emissions monitors and process analyzer projects under our belt, our team is ready to showcase innovative, vendor-neutral solutions that drive operational excellence. Stop by our booth to discuss how our turnkey analyzer shelters, CEMS engineering services, and custom integration strategies can support your facility’s unique needs. See you at #ATC2025. https://lnkd.in/gE59vVsh #ProcessAnalyzers #CEMS #EngineeringExcellence #Innovation #Mangan

Where Can VE Technology Be Used? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: Where can VE Technology be used? This discussion highlights the broad range of industrial environments where VE Technology delivers enhanced performance and reliability. . . . VE Technology is designed for demanding applications across industries such as oil and gas, petrochemical, power generation, refining, and environmental monitoring. The post explains how its patented vortex elimination design makes it ideal for high-flow, high-pressure, and high-temperature conditions—where sample integrity, structural durability, and safety are critical. VE probes and thermowells ensure accurate measurements while minimizing maintenance and downtime. For a detailed exploration of where VE Technology can be applied, check out our post at: https://lnkd.in/grpTh9AK #VETechnology #IndustrialApplications #ProcessMeasurement #AnalyzerEngineering

How Does a VE Probe & Thermowell Differ from a Standard Probe & Thermowell? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: How does a VE probe & thermowell differ from a standard probe & thermowell? This discussion highlights the key advantages of VE Technology over conventional designs. . . . VE probes and thermowells are engineered with Vortex Elimination (VE) Technology, which prevents flow-induced vibrations that can cause structural fatigue and measurement inaccuracies. Unlike standard probes that require wake frequency calculations to assess vibration risks, VE probes feature helical strakes and aerodynamic designs that naturally eliminate vortex shedding. This results in greater durability, improved sample integrity, and enhanced safety in high-velocity process environments. For a detailed exploration of how VE probes and thermowells outperform standard designs, check out our post at: https://lnkd.in/gn6i9vZG #VETechnology #IndustrialMeasurement #VortexElimination #AnalyzerEngineering

What Is Vortex Elimination and Why Is It Important? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: What is vortex elimination and why is it important? This discussion explores how vortex elimination improves the accuracy and reliability of sampling and measurement systems. . . . Vortex elimination refers to the process of preventing the formation of vortices or turbulent flows around probes and thermowells. These vortices can lead to inaccurate readings and damage to equipment. The post explains how VE Technology's innovative design eliminates these flow-induced disturbances, ensuring stable, accurate measurements and prolonging the life of industrial equipment in challenging environments. For a detailed exploration of vortex elimination and its benefits, check out our post at: https://lnkd.in/d5V_zGJk #VortexElimination #FlowStability #IndustrialEquipment #AnalyzerEngineering

What Does VE Stand For? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: What does VE stand for? This discussion explains the meaning behind VE Technology and its significance in industrial applications. . . . VE stands for Vortex Elimination, a patented technology designed to enhance the reliability and accuracy of sampling probes and thermowells. By eliminating vortex-induced vibrations, VE Technology ensures stable operation, reduces mechanical stress, and improves sample integrity in high-velocity gas and liquid streams. This innovation is crucial for industries requiring precise and consistent measurements in challenging environments. For a detailed exploration of VE Technology and its benefits, check out our post at: https://lnkd.in/gfzg5c2s #VETechnology #VortexElimination #IndustrialInnovation #AnalyzerEngineering

Are Wake Frequency Calculations Required for VE Probes & Thermowells? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: Are wake frequency calculations required for VE probes & thermowells? This discussion explains the importance of wake frequency in industrial sampling and how VE Technology addresses this challenge. . . . Wake frequency calculations are typically required to ensure probes and thermowells can withstand flow-induced vibrations without failure. However, VE Technology’s patented design, including vortex elimination features like helical strakes, minimizes the need for these calculations by preventing vortex shedding and reducing stress on the equipment. This enhances durability, improves measurement accuracy, and ensures long-term operational reliability. For a detailed exploration of wake frequency calculations and how VE Technology eliminates these concerns, check out our post at: https://lnkd.in/gvdcdTMB #VETechnology #WakeFrequency #IndustrialSafety #AnalyzerEngineering

What Is Vortex Elimination and Why Is It Important? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: What is vortex elimination and why is it important? This discussion explores the role of vortex elimination in improving the accuracy and reliability of sampling and measurement systems. . . . Vortex elimination is crucial for preventing flow-induced vibrations that can compromise probe stability, cause structural fatigue, and lead to inaccurate sampling. The post explains how VE Technology integrates vortex elimination features, such as helical strakes and aerodynamic probe designs, to minimize turbulence, enhance measurement precision, and extend equipment lifespan in high-velocity gas and liquid streams. For a detailed exploration of vortex elimination and its benefits, check out our post at: https://lnkd.in/d5V_zGJk #VortexElimination #FlowStability #SamplingAccuracy #AnalyzerEngineering

Where Can VE Technology Be Used? In our latest FAQ entry at Analyzer Engineering, we delve into the topic: Where can VE Technology be used? This discussion highlights the versatility of VE Technology across various industrial applications. . . . VE Technology is designed for use in industries that require precise sampling and measurement, including oil and gas, petrochemical, power generation, and environmental monitoring. The post explains how its advanced design enhances sample integrity, minimizes contamination, and ensures reliable performance in high-pressure and high-temperature environments. By improving accuracy and efficiency, VE Technology plays a crucial role in optimizing industrial processes and maintaining compliance with regulatory standards. For a detailed exploration of where VE Technology can be applied, check out our post at: https://lnkd.in/grpTh9AK #VETechnology #IndustrialApplications #ProcessOptimization #AnalyzerEngineering