AARDING Thermal Acoustics

99.7% Reliability!   Did you know there are two key configurations for Combined Cycle Gas Turbine (GTCC) plants and they impact reliability and efficiency in different ways?   Single-Shaft GTCC: More compact; Higher reliability; Better efficiency at part load Multi-Shaft GTCC: More scalable; Common in 60 Hz grids; Efficiency loss at part load   So, which one is better? It depends! In our latest breakdown, we compare both configurations and their impact on power plant performance. Swipe through the carousel to see how they stack up!   For more information about single-shaft and multi-shaft power plants click here: https://lnkd.in/ghaVWPXz For more information about AARDING Thermal Acoustics industrial solutions click here: https://lnkd.in/eZD7Vxdw

We kicked off March with an insightful town hall meeting! Martin Pranger, Hans van Essen, Tamara de Groot, Martin van Rijswijk, and John Fransen shared an update on the performance of 2024 and an optimistic outlook for 2025. After the presentation, we gathered for drinks and snacks to celebrate our achievements together 💪🏼 #teamwork #businessgrowth #burgessmanning #quietandclean

We are seeking a Business Development Manager for discovering, developing, and generating new business opportunities to help achieve the assigned markets and the company's financial targets on a global scale. This role involves collecting and maintaining market information and conducting competitive analyses related to the business. Additionally, it includes monitoring business opportunities for new partnerships and exploring expansion options with existing customers. Our future colleague will manage and develop projects with both new and existing customers. This position requires collaboration with our commercial teams to ensure we meet our Annual Operating Plan (AOP). The ideal candidate should be able to analyze market trends and assess their impact on AARDING Thermal Acoustics. 🔗 If you are interested, please click the link below for more information and to apply: https://bit.ly/3FIRxP6

In today’s evolving energy market, gas turbine power plants must operate with greater flexibility. The increasing demand for peaker operations is driven by the need to stabilize the grid while integrating renewable energy sources such as wind and solar. Traditional combined cycle power plants, originally designed for baseload operation with a focus on high efficiency, require long start and stop cycles. This makes them unsuitable for the fast response and adaptability needed for peaker operations. As a result, many of these plants are either being shut down or converted for flexible peaker operation. As a trusted partner in the power generation industry, AARDING Thermal Acoustics offers solutions to convert existing combined cycle power plants into flexible, peaker-capable facilities. Our solutions enable continued operation while ensuring compliance with current noise and exhaust gas emission regulations—extending the lifespan of your gas turbine assets and adapting them to the demands of today’s energy landscape. If you are looking to enhance operational flexibility and maximize the value of your gas turbine assets, we would be happy to discuss your conversion options. 🔗 Learn more: https://bit.ly/3FhMIfN #simplecycle #combinedcycle #aarding

✨ Aarding Thermal is Attending EXA - Energy Exchange in Perth, Australia March 11-13 ✨ This prestigious event has been a cornerstone of the oil, gas and energy market for over 40 years. Previously known as AOG Energy, EXA continues its strong legacy while introducing a modern outlook with exciting new opportunities. Our colleague Florent Ozil will be there to represent our team! Feel free to connect with him for insightful conversations about industry developments or to explore potential collaborations. 🔗 Learn more about our industrial solutions at: https://bit.ly/4hroa1D #aarding #EnergyExchangeAustralia #EXA2025 #AOGEnergy

From breaking barriers to shattering glass ceilings—women are redefining the future! Happy International Women's Day! Theresa Minigell Veselina Polinder-Belcheva Cathleen Lombardo-Waters Tamara de Groot Aileen Evia Marieke Verhagen Stacy Treadway Rosita Sayyar Pin ni yoong #IWD #IWD2025

✨Invest in the right Expansion Joint today and save on costly repairs tomorrow!✨ Expansion Joints absorb movement and reduce stress which helps extend the life of your equipment. At AARDING Thermal Acoustics, we specialize in high-performance Expansion Joints designed for extreme conditions in a variety of industries that require Gas-Fired Power such as: • Engine Test Cell • Natural Gas Transmission • Oil & Gas • Power Generation 🔗 Learn more about our solutions: https://bit.ly/43ki1jM #engineering #innovation #aarding

Game-changing inline silencer in action!❇️ Cut noise without sacrificing performance. Seeing is believing - watch how this innovative design maintains optimal flow while reducing noise levels up to an acceptable level. Perfect for anyone looking to improve their workplace environment and meet noise regulations. Learn more about our silencer solutions at: https://bit.ly/4iiiYO0 #engineering #inlinesilencer #aarding

CECO Environmental Corporation has reported Q4 and full-year 2024 financial results, highlighting another remarkable year of success! 🌟 Here’s to more milestones and continued growth together! 🌟 #environmentalservices #investors

Sound is a type of vibrational energy that falls within our audible range. Noise, on the other hand, is a kind of sound that is typically unpleasant, unwanted, and irritating. What Is Industrial Noise? Industrial noise refers to the excessive or disruptive sounds produced by machinery, equipment, and industrial processes in places like factories, power plants, and construction sites. According to the International Organization for Standardization (ISO), noise is defined as "unwanted sound," which, in the industrial environment, typically comes from operations such as metal cutting, welding, grinding, and the movement of heavy machinery (ISO 1996-1:2016). The Occupational Safety and Health Administration (OSHA) recognizes industrial noise as an occupational hazard when sound levels exceed recommended limits, as prolonged exposure can harm workers' health and lead to hearing loss (OSHA, 29 CFR 1910.95). Noise is typically measured as sound pressure level, Lp or SPL in decibels (dB), and exposure to sound pressure levels above 85 dB over time is linked to hearing damage and other health concerns (World Health Organization, 2021). Is your facility safe from noise hazards? Discover effective industrial noise solutions to protect your workforce today. 🔗 https://lnkd.in/g5sErUrr #noisecontrol #engineering #innovation