The Sulfur Recovery process is a vital operation in the oil and gas industry, where sulfur is extracted from acid gases produced during oil refining or natural gas processing. One of the most prominent systems used in this process is the Claus Process, which serves as the backbone of sulfur recovery, achieving efficiency rates of 95-98%. In this process, harmful hydrogen sulfide (H₂S) is converted into pure elemental sulfur through a series of complex chemical reactions, including partial combustion and reaction with specific catalysts. The significance of sulfur recovery lies not only in the elimination of toxic gases and the reduction of environmental impact but also in its utilization in various other industries such as fertilizer production and pharmaceuticals, as well as in the manufacture of rubber and many other products. The Sulfur Recovery process exemplifies how harmful substances can be transformed into valuable resources, promoting a circular economy and contributing to environmental conservation.

This word describes a #chemical process in which an electric potential drives a chemical reaction, typically to enable a reaction that would not spontaneously happen at that pressure and temperature. When producing #ammonia, applying this process to water yields hydrogen, one of ammonia's building blocks. Adding nitrogen, derived from the air using a nitrogen generation unit, will result in the so-called green ammonia. Green ammonia can help lower the carbon footprint of ammonia production, improving the #sustainability of fertilizer, energy and shipping industries. Do you know what word we are talking about? Unscramble the anagram and comment with your answer. Learn more about green ammonia: https://lnkd.in/e3Bnydxq #greenammonia #fertilizers #greenenergy #MAIRE

I want to discuss the importance of Crude Oil, often referred to as the lifeblood of modern industry. Crude oil is a naturally occurring fossil fuel, extracted from the earth, and serves as the primary raw material for an array of essential products. It is refined into various fuels, including gasoline, diesel, and jet fuel, which power our transportation systems and industries. Beyond fuel, crude oil is a crucial feedstock for the petrochemical industry, giving rise to plastics, synthetic fibers, pharmaceuticals, and countless other products that are integral to our daily lives. At Sperlux-Energy, we are committed to the responsible extraction, refining, and utilization of crude oil, ensuring that we meet current energy demands while also investing in sustainable practices for the future. By balancing innovation with environmental stewardship, we aim to secure a reliable and sustainable energy supply for generations to come. #CrudeOil #EnergyIndustry #SustainablePractices #SperluxEnergy"

If your site has a history of exposure to petroleum-based products and other organic compounds, it's crucial to consider the removal of hydrocarbons. NPE's Hydrocarbon removal systems are an excellent solution for this issue. These systems are highly efficient, with a single-pass efficiency of 99.9%. They can remove hydrocarbons, colloidal heavy metals, organic polymers, and persistent organic pollutants. The system's filter is rated at 10 L/s, with a maximum total flow of 20 L/s, depending on the system configuration. You can choose from plug-and-play systems or customise them to fit your project's specific requirements. Once the system captures pollutants, they are chemically bonded and will never be released back into the water streams. NPE's hydrocarbon removal system has been successfully used on many sites around Australia, making it a reliable and proven solution. You can trust NPE's hydrocarbon removal expertise and efficient systems to provide a safe and effective solution. https://lnkd.in/gaBKmk6S #hydrocarbon #NPEsolution #watertreatment

Aluminum trichloride, a cheap, abundantwaste product of the chemical indus­try, forms a gel with carbonates and on mixing with alkalis. Laboratory and field tests showed that aluminum trichloride can be used as a gel-forming agent for reducing the permeability of water-conducting channels (Garifullin et al., 1996). #Globechem #oilandgas #chemical #chemicalindustry #oilandgasindustry #waterfiltration #watermanagement #gashydratecontrol #wax #depostion #lubricants #oil #gas

Petroleum naphtha, a product of processed crude oil, is a crucial component in the production of a wide range of products including plastics and chemicals that we use every day. Products made from plastics are all around us — from medical devices to communications technology to toys and food containers. But traditional production of plastics is one of the most greenhouse-gas intensive industries in all of manufacturing. Infinium #eNaphtha can change all that. Produced utilizing renewable power, water, and CO2, with nearly zero process emissions, it is a cleaner product that can be used to decarbonize the #chemical and #plastic industries.

🌐 Exploring the Future of Oil Refining! 🛢️ Did you know hydrotreating units are key for cleaning up diesel and gasoline? 🦸♂️💪 They’re crucial as we shift towards making fuels with less sulfur, especially with rules like IMO 2020. 🚀 The market is moving, especially with petrochemicals, demanding cleaner and lighter fuels. HVO (Hydrotreated Vegetable Oil) is stepping up, working with plant materials and special conditions. 🌿⚙️ Here some facts: Global hydrotreating is on track to hit 68,438 Mbpd installed capacity by 2025! 📈 The U.S. leads at 17,097 Mbpd, with Russia, China, India, and Japan making up over half of that. 🌍 These numbers show it’s not just about growing—it’s about staying competitive globally. What is key for this technology? Yes - it’s the catalyst which makes the difference in the game to make sure these units keep working well. 🔄 Are we heading for a greener future? Absolutely, because we can regenerate the important factor of the plant! Keep talking about it! 💬🔧 #Hydrotreating #OilRefiningFuture #SustainabilityJourney #FollowUsBeyond

#GreenTech vs #OilGas #Energy - Watch the link: https://lnkd.in/gfdWG3QT #BestAdvice towards why the #Oil #productivity will continue to increase even if we all switch to #EV and run our #households 💯% on #electricity ! 🔝 10 items made from oil, excluding fuel and lubricants: 1. #Plastics:** Including #bottles, containers, packaging, #toys, #mobile #phones, #tablets, #appliances and many other household items. 2. **Synthetic Fibers:** Such as #polyester, #nylon, and #acrylic used in #clothing, #textiles, and #carpets. 3. #JetFuel:** #Fuel for #airplanes, #airtransport, #privatejets, #transporting goods and #human #travel. 4. #Rubber and #Synthetic Rubber:** Used in #tires, #hoses, #gaskets, #seals, and various industrial applications, produced from petroleum-derived monomers where natural rubber is not suitable. 5. #Asphalt:** Used for road #construction, #roofing materials, and waterproofing. 6. #Fertilizers:** Many #fertilizers are derived from #petroleum for #agricultural use, such as nitrogen-based fertilizers. 7. #Petrochemicals:** Used as #rawmaterials in the production of various #chemicals, including solvents, #detergents, and #plastics additives. 8. #Cosmetics:** Ingredients like #petroleumjelly, #mineral oil, and #paraffin #wax are common in #skincare and #beauty #products. 9. #Paints and #Coatings:** Oil-based paints and coatings are widely used in #construction, #automotive, and #industrial #applications. 10. #Plastic #Packaging:** Film #wraps, #bags, and #containers used for #food #packaging, #storage, and #transportation. These items demonstrate the extensive use of oil-derived products across various industries beyond just fuel and lubricants. #OilAndGas #OilIndustry #Markets #Future #Strategy #Industry #Education #Efficiency #Futurism #Culture #Innovation #Creativity #Economy #Technology #BigData #Engineering #Sustainability #Analytics #UserExperience #Business #Manufacturing #Economics #WhatInspiresMe #Strategy #ElectricVehicle #Car #Mandate #India #Sales #NetZero #NetZeroCarbon #CleanEnergy #Combustion #AutomotiveIndustry #Canada #Europe #Enviroment #Renewables #Marketing #SocialMedia #Inspiration #AlternativeEnergy #SaudiArabia #ElectricVehicles #ClimateChange #Climate #ClimateAction #Pollution #Environment

Post : 66 𝕆𝕧𝕖𝕣𝕧𝕚𝕖𝕨: 𝗛𝘆𝗱𝗿𝗼𝗴𝗲𝗻 𝗦𝘂𝗹𝗳𝗶𝗱𝗲 𝗚𝗮𝘀 🅗➋🅢.. • Hydrogen Sulfide is a Colourless, flammable extremely hazardous gas with a "rot-ten egg" smell. Hydrogen sulfide is one of the leading causes of workplace gas inhalation deaths. • Hydrogen sulfide is used in several industries and is a by-product of many industrial processes including oil refining, mining, tanning, wood pulp processing, food processing, craft paper production, and rayon manufacturing. #H2s #sulfurdioxide #hazardouschemicals

It is very interesting idea to convert oil to two basic molecules, ethane and propane. Just to solve a problem with co2 footprint and other ecological questions that are connected a steam cracker. You should use or ethane steam cracker or propane dehydrogenation to get the highest selectivity to ethylene or propylene.