Rawal Devices, Inc. manufacturer of the APR Control - the Rawal Valve solution!’s Post

Another win for KECO’s Model 204 Hydrocarbons in Water Analyzer!💧👏🏽 Williams faced the challenge of preventing cooling tower explosions by detecting hydrocarbon leaks in heat exchangers... Watch the video to know more! ⬇️ 🤔 What safety measures has your company implemented to prevent potential explosions in its cooling towers? Protect your people, profits, and the environment by using KECO’s proven liquid and gas analyzers: https://lnkd.in/gSskyyi7 #LiquidAnalyzer #GasAnalyzer #IndustrialAutomation #ProcessMonitoring #QualityControl #ChemicalAnalysis #EfficiencyBoost #RealTimeData #OilandGas #OilandGasIndustry #AnalyticalSystems #KECO #SouthTexas #WestTexas #H2S #VOCs #Crude #Oil #Water #PreventiveMaintenance #Calibration

In the gas distribution industry, managing odorant loss is a complex yet crucial task. At Burgess Pipeline Services, we specialize in understanding and addressing the various factors influencing odorant loss. From gas flow rates to temperature, pressure, and pipe diameter, each parameter plays a crucial role in determining the effectiveness of odorization. By considering these factors during pipeline construction and maintenance, operators can enhance safety protocols and ensure the reliability of odorized natural gas transportation systems. #BurgessPipelineServices #GasOdorization #Odorfade https://wix.to/ALc4IQp www.burgessps.com

Gas sweetening removes H2S and CO2 from natural gas; the amine-based process is the most economical and widely used process of its kind. Learn how Peerless can assist with the correct selection of amine and design of units from FEED to the commissioning stage. #oilgas #gassweetening #environmentaltechnologies https://okt.to/d1yYVS

Final Alignment Activity for Wash Water Pump #NGL3100 Gas Refinery

In a typical #Steam System, water hammering can be observed in 2 locations: - Water hammering in Steam Header - Water hammering in Condensate Header We know that water hammering can occur whenever there is a dual phase flow of Steam & condensate, so to maintain a healthy piping network in a typical steam system we should focus on minimizing water hammering. This can be done by understanding the root causes for each case of water hammering. - Water hammering in Steam Header: (1) Lack of drain traps in Header. It is recommended to install a Steam Trap for condensate draining every 30m in a Steam header. (2) Failure of Traps in Fail-to-close (Plugged) condition. These traps can not discharge neither steam or condensate which results in water logging leading to hammering in steam header. - Water hammering in Condensate Header: (1) Failure of Traps in Fail-to-open condition. Traps which are Passing (Leaking) steam in the condensate header cause dual phase flow leading to hammering in condensate header. So, how do we resolve this? We can conclude that by checking the healthiness of Steam Traps we can understand the root causes of issues in any typical steam system. #Armstrong offers Steam Traps Audit services where we do an in depth audit of your entire steam network & submit a through report on the current status of Steam Traps & action to be taken for each failure condition. Support mail ID : armstrong.sales@gasarabian.com. Comment #Steam to know more about it & schedule a knowledge sharing session in your organization. Follow for more information related to conserving steam energy. hashtag #GAS #ArmstrongInternational

Gas sweetening removes H2S and CO2 from natural gas; the amine-based process is the most economical and widely used process of its kind. Learn how CECO Peerless can assist with the correct selection of amine and design of units from FEED to the commissioning stage. #oilgas #gassweetening #environmentaltechnologies https://okt.to/b6mhc0

🥶🥶🥶❄️❄️🛢 Hydrates are ice-like crystalline structures that form when water and natural gas combine under specific pressure and temperature conditions. In oil and gas pipelines, these conditions can occur during transportation, leading to blockages that disrupt flow and pose safety risks. Here are some key points about hydrate formation in pipelines: * Composition: Hydrates consist of water molecules forming cages around gas molecules, typically methane, ethane, or propane. * Conditions: Formation is favored by low temperatures (below 25°C) and high pressures (above 25 bar). * Impact: Blockages can significantly reduce or even stop product flow, leading to production losses and operational challenges. * Prevention: The oil and gas industry employs various strategies to prevent hydrate formation, such as pipeline insulation, heating, and chemical inhibitors. #oilandgas #fpso #connectwithme #processengineering #petroleumengineering

Gas sweetening removes H2S and CO2 from natural gas; the amine-based process is the most economical and widely used process of its kind. Learn how CECO Peerless can assist with the correct selection of amine and design of units from FEED to the commissioning stage. #oilgas #gassweetening #environmentaltechnologies https://lnkd.in/gt2NxrtT

Gas sweetening removes H2S and CO2 from natural gas; the amine-based process is the most economical and widely used process of its kind. Learn how CECO Peerless can assist with the correct selection of amine and design of units from FEED to the commissioning stage. #oilgas #gassweetening #environmentaltechnologies https://lnkd.in/gt2NxrtT

Explore the crucial role of Water Treatment in Oil & Gas. 🔄 Dive into the science that safeguards efficiency. #ChemicalTreatment #OilAndGas #SmartChemicalSolutions #PermianBasin #EagleFord #Delaware #Haynesville #MidCon #Niobrarra #Bakken