Roper Pump Company的动态

Post : 281 ?????????????????? ???????? ???????????? ????????????? ???????????????? ?????? ?????? ??????????????????? ????????????????????... All the Below Contents include in this document... ? Application Evaluation: Air Compressors, √ Air Compressor Types, i) Reciprocating Piston Compressor, ii) Rotary Air Compressor. ? Correct Lubricant: Composition of Synthetic Oils, √ Esters versus alkylated naphthalenes: Hydrolytic stability, √ Esters versus alkylated naphthalenes: Reduced Acidity. √ Esters versus alkylated naphthalenes: Oxidation resistance. ? Energy Savings, ? Lower Traction fluids, ? Low-Temperature Properties, ? Demulsibility and corrosion protection, ? Other uses for synthetic oils, ? Conclusion, ? Working towards standardisation of the Oil Storage Regulations. #lubricants #oilandgas #lubrication #compressor #equipment #blending #agitation #naphthalene #baseoils #additives #petrochemical

Emulsion break testing is a crucial process in the oil field for separating oil and water emulsions that form during production and transport of the crude oil. Optimizing the emulsion breakers for our clients will improve oil quality as well as reduce processing cost! ? By conducting emulsion break testing, oilfield professionals can select the most appropriate demulsifier for their specific crude oil and operational conditions. This translates to better quality oil, reduced processing costs, and minimized environmental impact! #ACI #AdvancingChemistry #EmulsionBreakTesting

Over the past years, the recovery process of oil increased due to dependency of the industry to them and the requirements to petrochemical products. But the quantity of heavy oil wells were explored widly and the characteristics of these oils include low API gravity, high viscosity, and asphaltene content, therefore the Enhanced Oil Recovery (tertiary recovery) was the path of increasing oil recovery. ?The fluid resistance to flow is called viscosity. Reduction of this quantity leads to increasing the mobility value as temperature is increased or any other factor of oil viscosity reduction. This fact states the significance of enhanced oil recovery (EOR) processes, in which the generated heat at the surface or in situ from steam, hot water, gases, or chemical is injected through the porous media, and accordingly, oil well recovery rate increases. #OilRecovery #EnhancedOilRecovery

???????? ?????????? ?????? ?????? ?????? ???????????? ???? ?????????? ???????? ?????????? ?????? ?????????????? ????????????????????. Check out the amazing results this customer experienced with HotSoss! So good—here's what the Production Engineer at this site had to say: "???? ?????? ???????? ???? ?????? ?????? ???????????? ?????????????? ???? ?????????????? ?????? ?????? ?????????? ???????? 50% ????????. ?????? ???????? ????????????, ???????? ???? ???????? ???? ?????????? ?????? ??????????????, ???? ???????? ?????????? ?????????? ???? ?????? ??????????????." ?????? ??????????????: ?? 40% increase in oil production. ?? 50% decrease in treatment cost. ?? 20% increase in well run-time compared to hot oil and xylene. ???????? ?????? ???????? ?????????? ???????? ?? https://lnkd.in/ghAY6mdz When you're ready, contact us and Create a Better Future by eliminating production-robbing deposits from your oil wells with HotSoss! ?? https://lnkd.in/gHWtCAhK

All-volatile treatment (oxidizing), or AVT(O), has emerged since the 1990s as the much preferred treatment for feedwater systems that only contain all-ferrous materials (copper alloys can be present in the condenser). In these cases, a reducing agent should not be used during any operating or shutdown / layup period. Ammonia or an amine, FFP, blend of amines of lower volatility than ammonia is added at the Condensate Pump Discharge or condensate polisher outlet (if a polisher is included within the cycle). This is the treatment of choice for multi pressure combined cycle / HRSG plants that have no copper alloys in the feedwater. In combined cycle / HRSG plants with relatively good control of air in-leakage (oxygen levels in the range 10–20 ppb (μg/kg)), the resulting feedwater will yield a mildly oxidizing positive ORP. Under optimum conditions, a multiple pressure combined cycle plant should be able to operate with corrosion product levels of total Fe<2 ppb (μg/kg) in the feedwater and <5 ppb (μg/kg) in the drums.

???????? ?????????? ?????? ?????? ?????? ???????????? ???? ?????????? ???????? ?????????? ?????? ?????????????? ????????????????????. Check out the amazing results this customer experienced with HotSoss! So good—here's what the Production Engineer at this site had to say: "???? ?????? ???????? ???? ?????? ?????? ???????????? ?????????????? ???? ?????????????? ?????? ?????? ?????????? ???????? 50% ????????. ?????? ???????? ????????????, ???????? ???? ???????? ???? ?????????? ?????? ??????????????, ???? ???????? ?????????? ?????????? ???? ?????? ??????????????." ?????? ??????????????: ?? 40% increase in oil production. ?? 50% decrease in treatment cost. ?? 20% increase in well run-time compared to hot oil and xylene. ???????? ?????? ???????? ?????????? ???????? ?? https://lnkd.in/ghAY6mdz When you're ready, contact us and Create a Better Future by eliminating production-robbing deposits from your oil wells with HotSoss! https://lnkd.in/gHWtCAhK

Chemical injection underusing in Oil & Gas production can accelerate pipe corrosion and create hydrate blockage. Watch how to reduce your risk with Rheonik meters. https://lnkd.in/gE_tMCj3 WA: https://wa.link/ookbnb

?? ?????????????????????????? ?????????????????? ?????????????? ???? ???????????????? ???????????????????? ?? In refineries and chemical plants, one essential unit operation is the stripping column. Its primary function is to efficiently remove lighter components, such as dissolved gases or light hydrocarbons, from a liquid stream. ?? How does it work? A vapor, often steam or another gas, is introduced at the bottom of the column, rising through trays or packing material. As the vapor ascends, it comes into contact with the liquid feed flowing downward. During this interaction, lighter, more volatile components are stripped away and carried upwards with the vapor, exiting the top of the column. The heavier components, unable to vaporize, remain in the liquid phase and are discharged from the bottom. This process is crucial for refining high-quality products while ensuring efficiency and safety in plant operations. #RefineryOperations #ChemicalEngineering #ProcessOptimization #StrippingColumn #Distillation #EngineeringInsights

A fixed roof tank is a widely used above-ground storage solution, designed with a permanent roof that remains stationary, making it ideal for storing liquids with low volatility and minimal temperature sensitivity. Commonly utilized in the storage of Class IIIA and IIIB combustible liquids, these tanks offer superior safety by reducing the risk of vapor release, minimizing emission losses, and ensuring regulatory compliance in petroleum and chemical industries. Thanks to their robust design, fixed roof tanks play a critical role in maintaining safety standards while offering cost-efficient storage for a variety of liquids such as petroleum products, chemicals, and even water. Their ability to contain high-flashpoint liquids with minimal evaporation makes them indispensable in industrial storage solutions. #FixedRoofTanks #StorageSolutions #IndustrialStorage #PetroleumStorage #CombustibleLiquids #TankSafety #EmissionControl #TankDesign #OilAndGasIndustry #ChemicalStorage #SafeStorage #EngineeringInnovation #ProcessSafety #IndustrialEquipment

* J&D Lubricant Weekly Knowledge Share: PAG used as a fully synthetic compressor oil base oil Polyethers can be used in the formulation of gas compressor oils such as air, inert gas, and hydrocarbons. Such polyethers have the following characteristics: Excellent high temperature stability, not easy to produce carbon deposits and coking at high temperatures, and enhance the working safety of compressors at high temperatures; Excellent viscosity-temperature performance, the oil can still maintain good fluidity under extremely low temperatures; Excellent thermal stability and chemical stability, which can keep the equipment running for a long time; Good cleanliness, reducing cleaning costs; Ultra-high viscosity index, can meet a wide range of operating temperatures; Low hygroscopicity, prevent capillary blockage, no hydrolysis, no corrosion, and no precipitation after long-term use. #PAG #Baseoil #compressoroil #lubricant #lubricants #lubricantoils #industryoils #JDLubricants