Stamicarbon

Pen Testing - short for Penetration Testing - is a simulated cyberattack on a system or application to evaluate its security. By identifying vulnerabilities before malicious actors do, companies can safeguard their digital infrastructure and maintain trust. At Stamicarbon, cybersecurity is at the core of every digital solution we bring to the nitrogen industry. That’s why we’re proud to share that our NX STAMI™ Digital Process Monitor recently passed an independent penetration test with the highest possible safety rating. This achievement reinforces our commitment to delivering robust, secure, and future-ready digital tools for plant operators worldwide. Read more about the pen test here: https://lnkd.in/gMB9xfyj See you next week with a new word! #WordOfTheWeek #PenTesting #PenetrationTesting #CyberSecurity #DigitalSolutions #StamiDigital #ProcessMonitor #Stamicarbon #NEXTCHEM #MAIRE 

It's time for a new kind of adventure—one where quick action and expertise save the day... 🦸   We're excited to introduce our first-ever comic, featuring Dr. Stami—the expert who stops a dangerous leak in a urea reactor before it becomes a full-scale catastrophe. Armed with deep technical expertise, a toolbox of his incredible inventions, and a keen eye for potential risks, he's always there to help keep your plant running safely and efficiently.   This story may be fictional, but it's based on a real-life case. The lesson learned is that with expert inspections and equipment support, failures can be prevented before they disrupt your operations.   Explore the full story and learn how Stamicarbon Equipment (SEQ) helps protect your plant’s performance: https://lnkd.in/e7CTU_NR   Don’t miss this first adventure and stay tuned for more.   #Stamicarbon #Equipment #SEQ #Urea #NEXTCHEM #MAIRE

Join us at The Fertilizer Show in Orlando, Florida, United States from April 8 to 10, 2025!   Don't miss our sessions to explore sustainable technology solutions and see how we’re driving the future of fertilizer innovation! Visit us at Booth 4018 to connect with our team, and enjoy the Networking Lounge, proudly sponsored by Stamicarbon. We look forward to seeing you there!   #TFS25 #TheFertilizerShow #Fertilizer #Sustainability #Innovation #Ammonia #Stamicarbon #NEXTCHEM #MAIRE

This fundamental reaction plays a key role in multiple industrial processes, including ammonia conversion, nitric acid production, and emission control systems.   By carefully controlling it, fertilizer plants can boost yield, reduce waste, and improve efficiency across key chemical operations.    Unscramble the #anagram to find out what it is: I Do No Taxi = ?   #WordOfTheWeek #ChemicalEngineering #FertilizerProduction

How can you minimize downtime, maximize plant reliability, and cut maintenance costs in fertilizer operations? By choosing a proven partner to design and supply the critical equipment your plant depends on. At Stamicarbon, we know that superior equipment isn’t just about materials, it’s about expertise. It takes the right knowledge, people, and experience to apply those materials in the best possible way. With Stamicarbon Equipment (SEQ), we’re strengthening our role as a trusted industry leader, delivering cutting-edge, high-performance solutions for a more sustainable future. Read more about Stamicarbon Equipment here: https://lnkd.in/eY9VtZ6e #Stamicarbon #Equipment #SEQ #Urea #NEXTCHEM #MAIRE

This Ultra-Low Energy Pool Condenser, designed by Stamicarbon, has left Belleli Energy CPE's production facility in Italy and is now ready to be shipped to China. This proprietary vessel features the latest Stamicarbon innovations that significantly enhance the reliability and energy efficiency of urea production. Engineered with advanced materials and built to the highest industry standards, this high-pressure vessel has been thoroughly tested to ensure durability and top-tier performance. Like all Stamicarbon Equipment, it reflects our ongoing drive to deliver innovative, reliable, and efficient solutions for the fertilizer industry. #Urea #UltraLowEnergy #Stamicarbon #NEXTCHEM #MAIRE

The Stamicarbon team is heading to Tulsa, Oklahoma for the @Nitrogen + Syngas USA Conference from April 1–3! Join us at our Booth 77 and don’t miss our presentations on cutting-edge fertilizer technologies. See you there! #CRUNitrogenUSA #Stamicarbon #NEXTCHEM #MAIRE

In the chemical industry, the circular economy is reshaping how we think about resources. Instead of the traditional “take-make-dispose” approach, it focuses on reducing waste, reusing materials, and recycling valuable resources to create a more sustainable production cycle. For nitrogen-based industries, this means optimizing processes to minimize emissions and energy consumption, recovering valuable byproducts, or even turning waste into valuable resources. Whether through using renewable feedstocks, employing carbon capture, waste stream utilization, or innovative recycling technologies, our goal is to make industrial production more sustainable. #WordOfTheWeek #CircularEconomy #Sustainability #ChemicalEngineering #Innovation #Stamicarbon #NEXTCHEM #MAIRE

Another milestone achieved – the Ultra-Low Energy urea reactor, designed by Stamicarbon, is now on its way from Belleli Energy CPE’s production facility in Lombardy, Italy to its new home at the XLX Urea plant in China. Once installed, it will become a key part of the plant, driving energy-efficient fertilizer production.   Engineered with cutting-edge materials and built to the highest industry standards, this advanced equipment has been thoroughly tested to guarantee durability and operational excellence. As with all Stamicarbon Equipment (SEQ), it underscores our dedication to delivering innovative and efficient solutions for the fertilizer industry.   Discover more about Stamicarbon Equipment: https://lnkd.in/eQdH3UcY   #Stamicarbon #BelleliEnergy #SEQ #Urea #NEXTCHEM #MAIRE

In ammonia production, pressure drop—the loss of pressure as gas or liquid flows through pipelines, reactors, or heat exchangers—is a critical factor in maintaining process efficiency. While pressure drop is a key design consideration, it tends to increase over time, leading to efficiency losses throughout a plant’s lifecycle. Minimizing pressure drop through optimized design, regular maintenance, and catalyst management enhances energy efficiency, reduces operational costs, and helps maintain production rates and profitability. To learn more about ammonia technology, visit: https://lnkd.in/eubiTNmj See you next week with a new word! #Ammonia #WordOfTheWeek #Stamicarbon #NEXTCHEM #MAIRE