Amber Mosher’s Post

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Enormous amount of heat is daily wasted in chemical and process industry. This wasted heat can effectively be utilized for electricity and steam production. To help energy-intensive industries to evaluate the potential of their process of using waste heat to produce electricity and/or steam, we launched the 👉🏼 Heat2Power® tool 👈🏼. Heat2Power® is an algorithm that i) calculates the maximum amount of electricity and/or steam which can be generated out of waste heat respecting all the constraints determined by the user and ii) estimates the capital and operating expenditures and, the space required to install and run the electricity/steam generation unit. Check the published case study below to get more insight on what the Heat2Power® tool is capable of! https://lnkd.in/eBj-kQVx #wasteheatrecovery #optimization #electricity #steam #steelindustry

👉🏼 Heat2Power® tool 👈🏼. Let us convert wasted heat to electricity and steam! Check below to know what the Heat2Power® tool is capable of!

🔧 Advanced #NitrogenGeneration: The #SaiweiFluid Energy-Saving Modular Nitrogen Generator utilizes pressure swing adsorption (PSA) to produce high-purity nitrogen gas on-site. 🔗 Modular Flexibility: Its modular units can be easily combined to meet the specific #nitrogen needs of various industries. ⚡ Energy Efficiency: A key feature of this system is its energy-saving design, which significantly reduces power consumption compared to traditional nitrogen generation methods. #NitrogenGenerator #ModularDesign #HighPurityNitrogen #PSA

When facing #noise challenges, modal attenuators like the Fisher™ 6060 WhisperTube are finding widespread use in natural #gas pressure reduction applications. More: https://lnkd.in/giDzhpWB #Emerson #Fisher #Whisper #valves

Improperly draining condensate is wasting energy and a safety risk for your employees. Spirax Sarco steam experts created an eguide to help you understand the avoidable risks that can be minimized in your steam system. Download the guide now! https://bit.ly/3U5DwjL #spiraxsarco #condensate #energy #energywaste #safety #safetyrisk #steamsystem

Energy Audit Tips for Steam Systems When conducting an #energyaudit of a #steamsystem, here are some key areas to focus on based on recommendations from " Steam System" of the Bureau of #EnergyEfficiency's guide on #energyconservation: 🔸 Monitor #steamtraps - check if they are working properly and not leaking #steam 🔸 Fix #steamleaks - can lead to major #energy and financial losses 🔸 #Insulate steampipes and equipment - prevents wasted #heat, calculate optimal insulation thickness 🔸 #Recovercondensate - contains up to 30% of #energy in steam, returns clean distilled #water 🔸 Remove #air and non-condensable gases - impede #heattransfer and #pipecorrosion 🔸 Use lowest acceptable #steampressure - improves #efficiency through higher latent #heat 🔸 Size #steampipes correctly - balance pressure drop vs pipe cost 🔸 #Install separators and steam traps properly - prevent accumulation of condensate 🔸 #Recoverflashsteam - can replace live steam in low pressure applications What other tips would you add for an effective #steamsystem #energyaudit? Let me know in the comments! #energy #energyefficiency #steam #steameducation #energyaudit

It is a nice way to recover energy instead of pressure-regulating valves, which impose an energy loss on the system.

In power plants, various processes can lead to the emission of gases such as carbon monoxide (CO), sulfur dioxide (SO2), nitrogen oxides (NOx), and methane (CH4). These gases, if not properly monitored, can pose significant risks including fires, explosions, and health hazards for workers. Continuous monitoring is crucial to detect leaks or abnormal concentrations of gases, enabling prompt action to mitigate any potential dangers. Pergamon, a leader in the field of gas detection and monitoring systems, has extensive experience in providing reliable solutions to power plants. Our systems are designed to ensure the highest levels of safety and operational efficiency. Through constant innovation and improvement, Pergamon offers cutting-edge technology tailored to meet the specific needs of the power generation sector. Pergamon's gas monitoring systems incorporate advanced sensors and analytics to provide real-time data and alerts. These systems are capable of detecting even the slightest changes in gas concentrations, ensuring early detection of potential hazards. Our technology not only meets but exceeds industry standards, providing peace of mind to our clients. One of Pergamon's notable projects involved the installation of a comprehensive gas detection system at a major power plant. The challenge was to provide a solution that could seamlessly integrate with the plant's existing infrastructure while offering superior monitoring capabilities. Our team conducted a thorough site assessment to understand the specific needs and risks associated with the plant's operations. Based on our findings, we deployed a tailored gas detection system equipped with multi-gas sensors strategically placed throughout the facility. The system was integrated with the plant's central control system, enabling real-time monitoring and automatic alerts. The results were impressive. The plant reported a significant improvement in safety standards, with early detection of gas leaks preventing potential incidents. The system's reliability and ease of use also meant minimal training was required for the plant's staff, ensuring a smooth transition and ongoing operation. At Pergamon, we believe in continuous improvement. We regularly update our systems with the latest technological advancements and provide ongoing support to our clients. Our commitment to safety and reliability means we are always available to assist with any issues and provide maintenance and upgrades as needed. #pergamon #gasdetection #o2 #hazards #powerplant #monitor

When optimizing the performance of a direct-fired heater, it is important to focus on several key factors.   First, maximizing efficiency is crucial to ensure that the heater is operating at its highest potential.   Setting the correct draft is important to maintain proper airflow through the system.   Utilizing an O2 meter for monitoring the levels is necessary to ensure complete combustion and prevent any excess emissions.   Reducing emissions should also be a priority to minimize the environmental impact.   Finally, minimizing fuel gas consumption is essential to reduce operating costs and increase profitability.   Let our project execution team assist when tuning your direct-fired heater, so you can achieve optimal performance and maximize its benefits. https://lnkd.in/gA_ATbcb #OPF #firedheater #fieldservices #oilandgas