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Introducing Cryonorm's Water-Heated Vaporizers: Efficiency and Reliability for Industrial Applications At Cryonorm, we are committed to providing cutting-edge solutions for your industrial needs. Our water-heated vaporizers are designed to operate continuously with any dependable water source, ensuring uninterrupted performance. Key features of our water-heated vaporizers include: 🔹 Simplicity and Efficiency: Utilizing a vaporizing tube bundle within a shell, these units are straightforward and highly effective. The shell side can be connected directly to a cooling water circuit or provided with a separate circuit, offering flexibility to suit various setups. 🔹 Advanced Design: Equipped with unique inserts, our tube bundles prevent film boiling and minimize surge/pressure fluctuations, ensuring a smooth and consistent operation. 🔹 Cooling Capabilities: Our vaporizers can ease the burden on cooling towers by offering efficient cooling capabilities, thereby optimizing your plant's cooling resources. 🔹 Cost-Effective: By integrating process heat, our vaporizers help reduce overall operational expenses (OPEX), making them a cost-effective choice for your plant. 🔹 Versatile Applications: Perfect for a wide range of industrial applications, our water-heated vaporizers provide consistent and reliable vaporization of liquefied gases. Choose Cryonorm's water-heated vaporizers for a dependable and efficient solution to your vaporization needs. Contact us today to learn more about how we can support your operations! #CryonormGroup #waterheatedvaporizers #Hydrogen #Oxygen #Nitrogen #LNG #vaporizer #cryogenics 

Introducing Rhine Ruhr Pty Ltd's DynaMesh Mist Eliminator, a key component in the Cooling and Separation method of hydrogen production. This process involves cooling the gas, leading to the condensation of water vapor into liquid droplets. These droplets are efficiently captured by our wire mesh mist eliminator. Our mist eliminator works by offering a large surface area to the gas stream. The fine liquid droplets in the gas stream collide with the wire mesh, coalesce, and form larger droplets. These larger droplets, due to their increased weight, separate from the gas stream under gravity and are collected in a drain. The result? A cleaned gas stream, free of mist contamination, ready to proceed through the system. Rhine Ruhr Pty Ltd’s wire mesh mist eliminators are cost-effective, highly adaptable, and efficient at removing liquid entrainment from gas streams. They can be customized to fit most vessel shapes and sizes, making them a popular choice for tackling gas/liquid separation challenges. They are employed in electrolysis processes for hydrogen production. Please note that the specific design and operation of our wire mesh mist eliminator can be tailored based on the specific requirements of your process and the design of your plant. For a detailed understanding, we recommend referring to technical documents or consulting with a professional in the field or contact Rhine Ruhr Pty Ltd #RhineRuhr #MistEliminator #Hydrogen

One of the most widely used technologies for removing acid gases from gas streams is absorption using aqueous amine solutions. While various configurations exist based on the specific amine, desired gas purity, pressure, composition, and other factors, the core process typically includes an absorber and a regenerator linked by a lean-rich heat exchanger for energy efficiency. The absorption process is exothermic, while solvent regeneration generally involves heating the solution in a reboiled stripping column. In some cases, a series of pressure reductions into flash drums can effectively strip the solvent for reuse in the absorber. Curious about the right tools for simulating your amine units? Read this article by Optimized Gas Treating, Inc. #ProTreat

BlueVCount is a highly accurate gas volume measurement tool that works in real-time across various reactions. It automatically adjusts readings for humidity, pressure, and temperature. It's suitable for use in diverse settings, offering easy access to data and requiring no additional calculations. https://lnkd.in/gcTagFH #gasvolumemeasurement #offgasanalysis #labequipment #bioprocesses

I am glad to share our publication of Energies MDPI: 📑 Title: Heat Transfer Enhancement in a 3D-Printed Compact Heat Exchanger 👥 Authors: Marcin Kruzel, Tadeusz Bohdal and Krzysztof Dutkowski You can find the publication at the link below: https://lnkd.in/ghPz8EnG 🔊 This article belongs to the Special Issue "Modeling, Optimization and Experimental Investigation of Heat Exchangers for Power Plants" by Dr. Robert Kaniowski as Guest Editor: https://lnkd.in/g7dxVtvd 💡 We also welcome all to join in our Special Issue. #energy #energies #heatexchanger #heattransfer #masstransfer #powerplant #multiphaseflow #boiling #microencapsulation #refrigerant #heatflux

🚨Check out our recent article! We used a diaphragm with optimised components and conditions to lower the voltage for acidic CO2 #electrolysis! Link: https://lnkd.in/et8-TSm3

A Natural Gas Analyzer that can measure H2S, H2O and CO2 in one unit is not a new phenomenon, Hobré has been doing this for years. Our Tisomic analyzer not only measures these components but can also provide you with a Methane number. Additionally, an Oxygen result can be output through the analyzer. The TISOMIC analyzer will give you almost a complete package of concentration measurements you will need on your sales-gas or metering applications (H2S, CO2, H2O, O2, CH4). Another great benefit is that our analyzer can also measure these components and many other applications like lean or rich natural (produced) gas or on H2S & CO2 removal skids. Our state-of-the-art, Photo Acoustic Tunable Diode Laser (PA TDL) technology provides a greater assurance that the components you are looking for are the only ones that get measured. Another added benefit of the Tisomic is its operating temperature range that can go as high as 176 deg/F. This is ideal for keeping your samples warm and out of the hydrocarbon dewpoint range, especially with the temperature swings that can be experience in the field from the Gulf of Mexico to Montana with rich gasses or vaporized NGL’s.  If you are looking for a robust analyzer that can manage multiple components with a minimal amount of sample, Hobré has the answer. Call us if you want to know the DIFFERENCE! #Hobré #TISOMIC #ORCA #SoundTechnology #PATDL #RideTheWave

Ammonia has the potential to play a key role in hydrogen technologies. Ammonia from green hydrogen is an energy carrier with high economic potential. It is more energy-efficient to transport than hydrogen, can be used to transport larger amounts of energy over long distances in less space and there is already a globally established transportation infrastructure that is safe and efficient. With our CONTHOS 3 TCD process gas analyzer we can continuously measure hydrogen in ammonia with a nitrogen background. This makes it perfect to monitor and control processes involving these three gases. With sample wetted parts of only stainless steel, ceramic and glass (no epoxy, no O-rings) our CONTHOS’ TCD is resistant to the corrosive effects of ammonia. To measure hydrogen with a TCD, a stable background gas is generally needed. The uniquely wide temperature range of our CONTHOS 3 TCD allows us to make use of the thermal “Sweet-Spot” where ammonia and nitrogen have very similar specific thermal conductivities. Using this “Sweet-Spot”, the cross interference between ammonia and nitrogen is strongly suppressed thus resulting in an accurate hydrogen analysis. If you want to know more about our products, please visit us at www.LFE.de. #ammonia #hydrogen #greenhydrogen #gasanalyzer #processgasanalyzer #processcontrol

Chalcogenide perovskite BaZrS₃ bulks for thermoelectric conversion with ultra-high carrier mobility and low thermal conductivity https://lnkd.in/ghBt-Qcc

🌿 Embracing a Greener Future with Cryonorm's Electric Heated Vaporizers! 🌿   As industries move towards environmentally friendly processes and zero emissions at the point of use, Cryonorm's Electric Heated Vaporizers have become an essential component for efficient vaporization and superheating of cryogenic fluids. Our innovative vaporizers use electric heating elements to provide the necessary heat, ensuring optimal performance and reliability. 🔸 Key Features: - Efficient Heat Transfer: Submerged heating rods in a water bath guarantee effective heat transfer to the cryogenic fluids. - Versatility in Design: Available in cylindrical and rectangular designs, with options in stainless steel and painted carbon steel. - Adaptability: Easily integrated into existing systems without requiring additional fuel sources or major infrastructure changes. - Safety & Compliance: Suitable for both safe zone and ATEX areas, ensuring adherence to strict safety standards.   Ideal for industries such as healthcare, manufacturing, and food and beverage processing, our vaporizers are capable of handling a wide range of cryogenic fluids. By utilizing renewable electricity, these units represent the cleanest powered vaporizer design available.   Discover how Cryonorm's Electric Heated Vaporizers can elevate your processes to new heights of efficiency and sustainability. Learn more: https://lnkd.in/eRrTTfJJ   #Cryonorm #ElectricHeatedVaporizers #SustainableIndustry #Cryogenics #ZeroEmissions #GreenTechnology #IndustrialSolutions #SafetyFirst #Industrialgases #Oxygen #Nitrogen #Argon #CO2