Comprehensive overview of hydroelectric power plant process
Maximize turbine lifetime, plant availability and optimize hydropower performance
Increase plant availability, protect critical turbine assets and improve operational efficiency through continuous sediment monitoring and digital performance insights. Our hydropower solutions help operators detect sediment-related risks early, reduce turbine wear and optimize maintenance using reliable process data and real-time monitoring. By turning operational data into actionable insights, operators can prevent unplanned outages, extend asset lifetime, maximize energy production and lower maintenance costs.
- Protect critical turbine components and extend asset lifetime through continuous sediment monitoring, enabling early detection of erosion and wear risks while reducing unplanned downtime
- Improve turbine efficiency, power generation and plant availability with optimized sediment control and real-time operational insights
- Reduce maintenance costs and optimize hydropower operations with predictive maintenance strategies and transparent performance insights
- Increase operational efficiency with secure remote access to asset and process data
- Turn measurement data into performance advantages, driving higher reliability, improved uptime and long-term plant optimization
Process overview of a combined cycle power plant
Maximize efficiency and reliability in combined cycle power plants (CCPP)
Increase plant availability, optimize operational efficiency and ensure continuous emissions compliance with reliable measurement technologies and real-time process insights. Our dedicated combined cycle power plant offering enables operators to detect process deviations early, protect critical assets and optimize water-steam cycle performance through accurate monitoring and advanced analytics. By combining continuous condition monitoring, precise combustion control and reliable emissions measurement, operators can reduce unplanned downtime, lower maintenance costs and maximize power generation efficiency while meeting regulatory requirements.
- Ensure compliance with CO, NOx, NH₃, CO₂, O₂ and H₂O emission limits through continuous gas analysis and emissions monitoring
- Increase plant availability and reduce unplanned downtime through early detection of process deviations, equipment issues and overheating conditions
- Improve efficiency, process stability and emissions performance with accurate real-time process data, optimized combustion and reduced fuel consumption
- Protect critical equipment and maximize asset availability with reliable pressure and level monitoring combined with continuous condition monitoring and predictive maintenance
- Maximize heat recovery and overall plant efficiency through optimized water-steam cycle control
Air pollution control process with flue gas treatment and emissions monitoring
Ensure compliance and reduce operational cost in flue gas treatment
Enhance regulatory compliance, protect plant uptime and optimize environmental performance by continuously monitoring emissions and integrating smart measurement solutions across your air pollution control processes. Our dedicated offering enables proactive control of flue gas treatment systems, improved operational safety and reduced risk of costly non‑compliance.
By detecting issues early and standardizing emissions control workflows, organizations can streamline operations, mitigate potential fines and ensure reliable long-term performance.
- Ensure compliant, auditable environmental reporting through certified CEMS integration, meeting EN 14181, EN 15267, and EPA 40 CFR Part 60 and Part 75 requirements
- Gain accurate, real-time flue gas insights with certified in-situ, extractive gas, dust, and flow measurement technologies for emissions monitoring and control
- Support stable emissions control and process efficiency across SCR, FGD, CCUS, and stack emission applications
- Detect emissions deviations early to reduce downtime, mitigate safety risks, and avoid regulatory penalties
Accurate monitoring enables high availability and efficiency along the hydrogen value chain
Increase safety and achieve optimum quality in green hydrogen
Optimum quality of feedwater leads to increased availability and reduced LCOH (levelized cost of hydrogen). Monitoring H2S content in hydrogen from cavern storage helps to avoid corrosion issues downstream.
- Ensure highest purity of hydrogen as well as enhanced lifetime of the electrolyzer thanks to reduced risk of leaching metal ions into the feed water
- Non-invasive temperature sensors enable time-saving and user-friendly installation without process interruption
- Monitor the feedwater quality reliably while collecting data: increase process efficiency and availability thanks to enhanced process insights via Netilion, a cloud-based IIoT ecosystem
- Rely on accurate TDLAS technology to monitor hydrogen quality accurately: detect trace moisture and trace H2S in the ppm range
Accurate and stable measurement increases thermal power plant availability
Maintain compliance, increase availability and efficiency in your thermal power plant (TPP)
Our products enable reliable, accurate monitoring of emissions, fuel, water, steam and lime slurry, therefore enhancing availability, efficiency and safe operation while reducing cost.
- Maintain compliance and increase safety by monitoring emissions with a multi-component system housed in a single cabinet
- Increase availability and efficiency by avoiding foaming in cooling towers and carbon capture, and by preventing formation of scale in boilers and turbines
- Monitor pH and gypsum concentration to reduce consumption of lime slurry and achieve optimum DeSOx, therefore reducing SOx emissions
Smart Support
Direct access to Endress+Hauser expertise through our online knowledge base and remote support sessions with technical engineers who ensure availability and prompt response times.
- Maximize process availability and meet production objectives
- Enhance plant and operator safety with minimized exposure to hazardous conditions
- Reduce unnecessary travel-related emissions to contribute to your sustainability and net zero targets
Deeper insights into process and instrumentation performance
Smart sensors collect real-time data from processes and monitor equipment and health, keeping you informed about product and asset performance. Digitizing production processes provides data visualization opportunities for personnel working with the process who typically do not have access to the data, creating data transparency. Endress+Hauser's Netilion can do just that, empowering end users to make the best decisions.
