Alfa Laval - Fat & Oil Processing’s Post

When dosing chemicals such as acids or alkalines, it can be dangerous to under or over fill the chemical. In some cases, overdosing can also impact profitability. For this reason, the chemical industry is a major adopter of Coriolis technology. Coriolis flowmeters offer accuracy and durability as well as the ability to hold a fluid at a precise pressure for a certain period and can measure multiple chemicals without disrupting production. Find out more about ABB's CoriolisMaster: https://lnkd.in/e4T2S8WD #ABB #measurementmadeeasy #MeasurementAndAnalytics #technology #coriolis #chemical

According to Future Market Insights (FMI), the global market size for dry vacuum pumps reached USD 2,340.7 million in 2018. The demand for dry vacuum pumps globally growed by a Compound Annual Growth Rate (CAGR) of 5.3% in 2022, indicating market expansion. Over the period 2023-2033, the market is projected to experience a CAGR of approximately 7%, with an expected market size of USD 5,296.2 million by 2033. The growth of the global dry vacuum pump market is attributed to the increasing demand for vacuum pumps across various industries, including semiconductor manufacturing, pharmaceuticals, food & beverage, chemical processing, and oil & gas. These industries need reliable and efficient vacuum pumps for specific procedures such as material handling, packaging, coating, and drying processes. Environmental regulations pertaining to emissions and energy efficiency contribute to the preference for dry vacuum pumps. Dry vacuum pumps offer advantages over conventional oil-sealed pumps as they eliminate the need for oil usage. For more information about all products: 📩satis@gunalsanpompa.com ☎️ +90 212 613 41 42 #Hugepump #HugeFluidSolutions #DiaphragmPump #Santoprene #Neoprene #BunaN #EPDM #Teflon #Viton #Transfer #Storage #TransferAndStorage #AggressiveChemicals #EXPROOF #liquidlevelcontrol #pneumaticpump #airoperatedpump #Manufacturing #Manufacturers #highpressurepumps #chemicalpump #pulsationdampener #fluidhandling #chemicalequipment #dairyindustry #liquidtransfer #acidpumps #membranepumps

ways to mitigate the carbamate solidification issue in amines processing When making amines from alcohol amination process, either using ammonia, dimethylamine or the like, carbon dioxide generated from alcohol decomposition at higher temperatures is inevitable. These carbon dioxide will react with amines in the downstream distillation columns to form carbamate, a precursor of urea. Carbamate is a solid at ambient or higher temperature, which tends to accumulate in the column condenser or column pipe leading to the condenser, thus blocking the line and equipment over time. A labor-intensive periodic cleaning is required at the plant. We are soliciting novel ideas on how to completely eliminate this solid carbamate issue when we are designing a new process unit. If you have any suggestions, please send me a note, thanks!

#magneticgearpump Magnetic gear pumps are versatile devices that utilize magnetic coupling to transfer fluids. They have a wide range of applications due to their unique features, including: 1.Chemical Industry: Used for handling corrosive and hazardous chemicals safely, as there is no risk of leakage due to the magnetic coupling. 2. Ideal for transferring sensitive fluids, including drugs and biopharmaceutical products, since they ensure a contamination-free environment. 3. Food and Beverage: Suitable for processing food items and beverages without contamination, meeting sanitary standards. 4.Oil and Gas: Used in the transfer of crude oil and other fluids, where efficiency and reliability are critical. 5.Water Treatment: Employed in various processes, including seawater desalination and wastewater treatment, due to their ability to handle viscous fluids. 6.HVAC Systems: Utilized in heating and cooling applications to circulate fluids efficiently. Marine Applications: Used in pumps on ships for transferring fuels and oils securely. 7.Industrial Applications: Common in manufacturing environments for transferring lubricants, coolants, and various industrial fluids. The reliability, efficiency, and contamination-free operation make magnetic gear pumps a popular choice across these diverse industries.

Large flow filter element/Filter Bag 1. The design of large flow filtration area increases filtration flow prolongs service life, and improves filtration efficiency; 2. Coreless design reduces waste; 3.The structure that flows inward and outward al lows all pollutants to be intercepted by a single open filter. 4. Suitable for drinking water, domestic water, ultra-pure water equipment security system and oil field water injection, chemical liquid, electroplating liquid and other electronic, petroleum, chemical, pharmaceutical, food industry liquid filtration. #wastewatertreatment #watertreatment #waterindustry #industrialwatertreatment #Tapwater #Faucetwaterpurifier #waterboard #waterway #Kitchenequipment

Blanketing Regulators - What is tank Blanketing? Tank Blanketing, sometimes referred to as “tank padding” or “nitrogen blanketing”, is the process of filling the empty space of a liquid storage tank with an inert gas, most likely nitrogen, to reduce oxidation and product contamination. Nitrogen is often the tank blanketing gas of choice due to its inert properties, availability, and relatively low cost. Why is tank blanketing Important? Blanketing protects people, the environment, the product, and equipment. If the media in the tank is combustible, nitrogen blanketing removes the oxygen and prevents combustion. By eliminating oxygen and water in the vapor space, blanketing protects food and other sensitive products from oxidation, water absorption, contamination, or evaporation. Removing oxygen also reduces corrosion caused by oxidation, helping to maintain the integrity of the tank. Vapor recovery, as part of the tank blanketing process, prevents harmful vapors from escaping into the atmosphere. Which Industries Use Tank Blanketing? Virtually all the process industries use tank blanketing. The bulk of tank blanketing applications are found in the Chemical, Petrochemical and Oil & Gas Industries with a smaller percentage in Food & Beverage, Biopharmaceutical, Personal Care, Cosmetics and Semiconductor. A variety of products are protected by gas blanketing including but not limited to adhesives, catalysts, chemicals, deionized water, fats and oils, flavors, foods, fragrances, fuels, industrial coatings, inks, juices, pharmaceuticals, photographic chemicals, sealants, soaps, solvents, volatile combustibles, and water for injection. How do Blanketing Regulators Work? Tank Blanketing regulators, also referred to as “Padding” or “Make-up” regulators, are controlling the pressure inside the tank. The blanketing valve is typically mounted on top of a storage tank. The piping from the blanketing gas supply is connected to the regulator inlet and the regulator outlet is piped to the tank. In most cases, a pressure sensing line runs from the tank to the regulator sensing port. When the regulator senses a decrease in the pressure, it opens to introduce more gas into the tank until the vapor pressure in the tank reaches the desired set-point. When the pressure reaches or begins to exceed the set-point, the regulator moves to the closed position and pressure returns to the set-point. #blanketing #regulators #processcontrol #processsafetymanagement #foodandbeverage #chemicalindustry #pharmaceuticalmanufacturing #makeinindia #valves #manufacturingexcellence For Enquiries - Email - sales1@onusgroup.net Contact - 8169203879 #manufacturer #manufacturingexcellence #valves #processcontrol #mechanicalengineer #engineeringexcellence #innovation #pharmaceuticalmanufacturing #chemicalmanufacturing #processingequipment #processindustries #makeinindia

Heat exchange units are widely used in various industries and application scenarios, including: 1. Petrochemical Industry: Used for heating and cooling in refining and chemical production processes, such as condensing and cooling cracked gases in steam cracking units, and heating crude oil and naphtha in refining units. 2. Power Industry: Applied in cooling boiler circulating water and heating/cooling desulfurization agents in flue gas desulfurization units of thermal power plants. 3. Steel and Metallurgical Industry: Used for cooling and heat recovery of coke oven gas. 4. Chemical Industry: Widely used for cooling and heating various reactors to control reaction temperatures and improve production efficiency. 5. Food and Beverage Industry: Used for heating and cooling food products, such as heating and sterilization in dairy processing, and cooling/heating in beverage production. 6. Pharmaceutical Industry: Applied in drug production and processing, such as temperature control in drug synthesis, and in concentration and drying processes. 7. Refrigeration and Air Conditioning Industry: Used for cooling and heating refrigerants, playing a crucial role in air conditioning systems and heat pump systems. 8. Bioengineering Industry: Used for temperature control and cooling of culture media, especially in fermentation processes. Additionally, heat exchange units are extensively used in industrial production, energy utilization, and environmental protection fields. It's worth noting that different types of heat exchange units (such as plate heat exchangers) may have specific advantages in certain application scenarios, and selection should be based on specific requirements and comprehensive considerations. #phe #HeatExchanger #PlateHeatExchangers #HVACIndustry #IndustrialEquipment #MechanicalEngineering #ProcessEngineering

🌟 Unlocking the Power of Vacuum Distillation 🌟 Ever wondered how industries separate complex mixtures into valuable components? Enter vacuum distillation, a game-changing process that revolutionizes traditional distillation techniques. 💡 What is Vacuum Distillation? Vacuum distillation is a method used to separate substances that have high boiling points. By reducing the pressure within the distillation system, the boiling points of the components decrease, allowing for separation at lower temperatures, thus minimizing thermal degradation and enhancing efficiency. 🔬 How Does it Work? 1️⃣ Lowering Pressure: By creating a vacuum environment, the pressure is reduced, which lowers the boiling points of the substances being distilled. 2️⃣ Thermal Protection: With reduced temperatures, heat-sensitive compounds are spared from thermal degradation, preserving their quality. 3️⃣ Enhanced Efficiency: Vacuum distillation enables separation of high-boiling-point compounds with greater precision and energy efficiency. 🚀 Applications: ✅ Petrochemical Industry: Separating crude oil into its constituent components like gasoline, diesel, and jet fuel. ✅ Pharmaceutical Sector: Purifying heat-sensitive medications and isolating active ingredients. ✅ Food and Beverage: Extracting flavors, fragrances, and essential oils from natural sources. 🌍 Impact: ✨ Environmental Benefits: Lower energy consumption and reduced emissions contribute to a greener footprint. ✨ Economic Advantages: Increased yield and product purity translate to higher profitability. ✨ Technological Innovation: Continual advancements in vacuum distillation techniques drive progress across industries. 💡 Next Steps: Harnessing the potential of vacuum distillation requires expertise and innovation. Stay tuned as we delve deeper into the evolving landscape of separation technologies and their transformative impact on industries worldwide. #VacuumDistillation #Innovation #IndustryInsights #ChemicalEngineering #Technology #LinkedInPost

Allmech is dedicated to offering a diverse range of industrial water treatment chemicals tailored to meet your boiler needs. Our solutions are designed to deliver top-notch performance and efficiency, ensuring your boiler plant operates at its best. Food-Grade Chemicals SABS approved - (SANS 1827): Allmech A100/2 Fire Tube Boiler Treatment: Efficiently reduces corrosion and mitigates scale formation in high-temperature areas of your boiler plant. Allmech A100HA Fire Tube Boiler Treatment: Effectively reduces corrosion and limits scale formation in high-temperature areas with high pH and alkalinity conditions. Allmech A101+ Treatment: Ideal for electrode boiler plants fed with demineralised/RO water, providing corrosion inhibitors, TDS control, and anti-scaling properties. Non-Food-Grade Chemicals: Allmech A102: A total steam and condensate protection chemical, not intended for use in food, pharmaceutical, or beverage industries where steam may come into contact with the process product. Allmech A103 Electrode Boiler Treatment: Developed for water treatment with a focus on TDS control and scale dispersion, but not suitable for food or pharmaceutical industries due to anti-corrosive properties. Our industrial water treatment chemicals are formulated to ensure maximum effectiveness while adhering to industry-specific requirements. Count on Allmech for reliable solutions that safeguard your boiler, extend its lifespan, and optimise your operations! #watertreatment #boilers #energyefficiency #Allmech