Montrose Environmental Group’s Post

Join me later today to learn how it all got started! #FERC #History Plus, excited to learn from Harvey Reiter who teaches this topic at GWU Law!

#Gas #pressurization# (#Compression#)projects in offshore gas fields are one of the most important and sensitive engineering projects that require a comprehensive study of all aspects of engineering such as providing power supply for compressors on the platform, supply of required chemicals in the new platform, material selection and protection against corrosion and so on. All mentioned aspects should be considered as an engineering design package. The topic of corrosion studies would be one of the most significant parts of this project, especially when it is decided to combine liquids and gases from several different wells and then send the mixed fluid from the offshore platforms to onshore refineries. Certainly, simulating the composition of process streams in the platform equipment and the change in the amount of acid gases and salty ions can be very important in terms of corrosion studies. Gas delivery superficial speed in transmission pipelines is one of the most important parameters in controlling the flow regime and corrosion rate inside the pipelines. All the points mentioned so far are well understood by all corrosion engineers. But since this project is an engineering package, special attention should be paid to it, in terms of process conditions. Now let's take a look at this issue from the process point of view. Since this mixed and pressurized flow is supposed to be introduced in the same refinery as before, considering the potential issues in downstream units in the refinery can be the bottleneck of this huge project. For example, if the amount of calcium and sulfate ions after mixing the flow of the wells in #offshore #platforms are significantly higher than the initial conditions, the refinery operator would not be able to have a stable production, because hard scales (e.g. CaSO4) would be precipitated on the surfaces of hot areas (such as heat exchanger tubes) and greatly reduce the efficiency of these equipments and even lead to unit shutdowns and affect the sustainability of production. This was just one example of the problems that should be considered in carrying out such a project. So, the #field #experience of operational experts who have worked in different operating units is the most valuable asset that should be taken into account while doing this important project. Visit my #researchgate page via the following link: https://lnkd.in/eJbvFg5Q

Mark your calendars for the upcoming Atten2 webinar, "Benefits and Lessons Learned From Online Gas Turbine Monitoring". This event is essential for anyone looking to optimize maintenance strategies and boost system efficiency. Join expert speaker Guillermo Miró, Senior Applications Engineer at Atten2, as he delves into three pivotal topics that can revolutionize your approach to gas turbine monitoring: 1. Don't Panic: Avoiding catastrophe through the combination of data correlation and OilWear S120. 2. Journey inside a gas turbine: Learn how planned shutdowns affect the condition of a gas turbine. 3. Will it start?: Monitoring a gas turbine start-up system. Join us online on June 6th from 9AM-10PM CDT. Secure your spot by signing up here: https://lnkd.in/g_cfyFcN If you're interested in improving system health and preventing unforeseen failures, this webinar is for you! #Atten2Webinar #PredictiveMaintenance #ReliabilityEngineering #AssetManagement #MaintenanceOptimization

Feel free to join my webinar with DMS Global and DMS Universe where I will be sharing insights about challenges faced on multi-million $ Fire and Gas upgrade project and how to overcome them.

This is awesome. If you are a #naturalgas / #LNG analyst or dependent on one, RBAC, Inc. will take your market analysis to the next level - for trading, M&A, investment, you name it. Any questions? Let me know! #natgas #ONGT #energytransition #emissions

Mark your 📆 FREE Webinar!! 🆓 October 11th at 2:00 PM ET Benefits of connected gas detection, worksite safety, visibility & compliance. REGISTER NOW ⬇️

Our gas distribution panels address the issues that cause costly problems. We use different subsystem options to design and assemble a gas distribution system right for you. Choose a design that delivers more value: https://bit.ly/47YO9tq

Depending on the specific application in which entrained gas is present, it may either be required or unwanted. Watch this video to learn how to master liquid applications with entrained gas. It describes how stable and repeatable Coriolis mass flow measurement can be obtained even in the event of gas entrainment of up to 100% by volume in the fluids. The KROHNE technology "Entrained Gas Management" (EGM™) makes it possible to handle gas entrainment in liquid applications. With EGM™ a robust and reproducible Coriolis mass flow measurement for gas entrainment in liquid media can be achieved.

Detecting Natural Gas and Hydrogen in One Instrument Teledyne Gas & Flame Detection is releasing an enhanced version of the popular Gasurveyor 700 (GS700), known as the GS700-Hydrogen. This upgraded model incorporates the capability to detect hydrogen (H2), in addition to its existing ability to detect natural gas (NG). This integration of natural gas and H2 detection within a single instrument enhances versatility and performance across various gas utility applications. Notably, extensive testing and collaboration with major UK gas utility companies played a crucial role in the development of this new instrument.