Endress+Hauser Group

🔜 https://eh.digital/4hImgwB Wie schaffen Unternehmen mehr Transparenz in ihren Prozessen und wie werden Optimierungspotenziale gezielt genutzt? Vom 24. bis 26. November sind wir auf der SPS in Nürnberg und freuen uns, Sie in Halle 7A | Stand 141 & 142 willkommen zu heißen. Erfahren Sie, wie aus zuverlässigen Messwerten wertvolle Erkenntnisse werden, die Transparenz schaffen, Optimierungspotenziale aufdecken und die Grundlage für effizientere Prozesse bilden. Wir freuen uns auf Ihren Besuch. #EndressHauserDeutschland #SPS2026 #Prozessoptimierung

Small process deviations can have a big impact on biodiesel yield. But where do these losses originate, and how can producers identify them before they affect production? In our latest article, we explore the critical factors influencing transesterification and share practical insights into how reliable process measurement can help you: 🔹 Maintain accurate reactant ratios and stable reaction conditions 🔹 Detect early signs of process instability 🔹 Improve phase separation and purification 🔹 Reduce avoidable losses and maintain consistent biodiesel quality Discover which measurements matter most at each stage of production and how better process visibility can help you get more from your feedstock.

What happens inside a polymerization reactor can determine product quality, yield and overall production performance. Even small changes in temperature, catalyst activity or feed composition can affect reaction rates, increase off-spec production and lead to avoidable material losses. So where should manufacturers focus to keep polymerization under control? In our latest article, we explore how reliable process measurement can help manufacturers: 🔹 Maintain stable reaction conditions and manage exothermic reactions 🔹 Understand how catalyst activity and reaction kinetics influence polymerization 🔹 Detect process deviations before they affect product quality 🔹 Reduce off-spec production and avoidable material losses Discover which measurements matter most, how critical process variables interact and how earlier intervention can support more consistent polymerization performance.

Ethernet-APL (Advanced Physical Layer) brings high-speed Ethernet communication directly to field instruments, making industrial networks faster, simpler and better connected. But what does this mean for process automation in practice? Traditionally, accessing valuable data from field devices has been limited by communication speed and network complexity. Ethernet-APL addresses these challenges by combining power and data transmission over a single two-wire cable, enabling seamless integration of smart field instruments into Ethernet-based networks. The technology offers several advantages for industrial operations: 🔹 High-speed communication: Data transmission at 10 Mbit/s enables faster access to device information and diagnostics. 🔹 Simplified installation: A single two-wire cable carries both power and data, reducing wiring complexity and installation effort. 🔹 Extended connectivity: Cable lengths of up to 1,000 meters support communication across large industrial facilities. 🔹 Reliable operation: Intrinsic safety and explosion protection enable deployment in hazardous industrial environments. 🔹 Future-ready integration: Support for standard Ethernet protocols helps connect operational technology (OT) with IT systems and Industrial Internet of Things (IIoT) applications. By making field-level data more accessible, Ethernet-APL lays the foundation for greater process transparency, more efficient maintenance and smarter industrial operations. 👉 Want to understand how Ethernet-APL works and what it takes to implement it? Explore its features, benefits, network topologies and practical applications in the Endress+Hauser Learning Center: https://eh.digital/4s1YaQG

Op zoek naar een eenvoudige manier om uw niveaumetingen te verbeteren? Combineer de FlexView FMA90-besturingseenheid met uw radar-, ultrasone of hydrostatische niveausensoren voor duidelijk inzicht in het proces, verbeterde regeling en een betrouwbare werking. ➡ Meer informatie: https://eh.digital/4y5iX7C

Van eenvoudige niveaumeting tot beter inzicht in het proces. De FlexView FMA90 combineert niveaugegevens van radar-, ultrasone of hydrostatische sensoren met intuïtieve visualisatie en geïntegreerde besturingsfuncties. Het resultaat is meer inzicht in de water- en afvalwaterprocessen, waardoor weloverwogen operationele beslissingen kunnen worden genomen.➡ Meer informatie: https://eh.digital/4yBKLBy