GrayWolf’s Post

Modularization is a construction technique where all the steel structures (e.g pipe rack modules, equipment modules) and the releated pipe spools and equipment fabricated, coated, tested, erected, and inspected off-site, and then transported to site for final installation and interconnection between modules. #Modularization #construction #oilandgasindustry

Schmitt Stahlbau GmbH "Rohrlager" in the context of pipeline construction refers to pipe supports or pipe aupport structures. These are devices or structures used to hold or secure pipes in place within a piping system. They help to prevent excessive movement or vibration of the pipes, maintain proper alignment, and support the weight of the pipes and the fluid they are carrying. Rohrlager typically include various types of supports such as pipe clamps, brackets, hangers, and rollers, which are designed to accommodate different types of loads (such as vertical, horizontal, or angular loads) and thermal expansion and contraction of the piping system. Properly designed and installed Rohrlager are essential for ensuring the integrity, stability, and longevity of a pipeline system. They aid in preventing stress, distortion, or damage to the pipes and associated components, and help maintain the overall efficiency and safety of the piping system.

Five Steps to Installing the Axial Split Case Pump The axial split case pump installation process includes basic inspection → installation of the pump in place → inspection and adjustment → lubrication and refueling → trial operation. Today we will take you to learn more about the detailed process. Step one: View Construction Drawings Step Two: Construction Conditions Step Three: Basic Inspection For more, pls find https://lnkd.in/g-KGRpEh

🔥 LAST CHANCE! 🔥 Our February Anniversary Sale ends in a few days with SPECIAL PRICING on our AUTOMATIC Concrete Compression Machines! Get yours at this special pricing before our March Sale begins! 👇 IN STOCK AND READY TO SHIP SAME DAY 👇 https://ow.ly/8c7M50QvAWy #concrete #worldofconcrete #testing #materialstesting #engineering #concreteconstruction #construction #buildingmaterials

Steel structure project installation in a cool weather

🔩 How to Choose the Right Fastener 🔩 Choosing the right fastener is crucial for the success and longevity of your projects. But with so many options available, how do you know which one to pick? Our latest blog post breaks down everything you need to know to make the best choice. From understanding the different types of fasteners and their specific applications to considering materials, coatings, and environmental factors, we cover all the essential aspects. Check out our comprehensive guide here: How to Choose the Right Fastener Whether you're working on datacom, waterworks & fire protection, or electrical infrastructure projects, the right fastener can make all the difference. #Fasteners #Construction #Engineering #DIY #PUPCO #ResourceReport

In any #piping system, it is necessary that the support and support system be configured to behave as intended in the piping #design. The support must be physically configured to provide the type of restraint that was assumed in the design. For example, if the particular support was intended to act as a guide, i.e. to provide lateral restraint for loads such as wind or seismic, then it must be strong enough and stiff enough in the lateral direction to provide the required restraint. With an FRP piping system, there are additional support considerations, including: - FRP piping should never be supported directly on steel structure. - Supports should be configured to avoid point loads on the FRP pipe. - Supports must be stiff enough to keep the pipe round. - Supports must be sized to properly fit the pipe. - In-line equipment should be independently supported. - Supports should be located to avoid interference with pipe joints. -FRP pipe typically does not have the same outside diameter as steel pipe, so it shouldn’t be assumed that a support intended for steel pipe will properly fit FRP pipe. #FRPpiping #pipingdesign #FRPpipesupports Go here to access our Pipe Supports Catalog, designed specifically for FRP piping systems: https://lnkd.in/eU5Ms9wA 

In the realm of construction and reinforcement, ensuring the accuracy of steel weights is paramount. One significant factor influencing this accuracy is the rolling margin, a differential between the actual and theoretical weight of round bars. Let's delve into the details and calculations surrounding rolling margin, particularly as outlined in IS Codes 1786: 2008. www.reinforcement-bbs.in #reinforcement #civil #construction #concrete #engineering #civilengineering #rebar #steel #civilwork #structuralengineering #civilengineer #engineer #civilengineers #steelfixing #buildingconstruction #infrastructure #constructionmanagement #tmt #tmtbars

The recent update V2.5 to StrSof Spread Footing Software includes a revision to the algorithm for Punching Shear check, aligning it with Clause 3.7.6 of BS 8110-1 concerning 'Effective Shear Forces in Flat Slabs.' StrSof - Structural Engineering Software Sunita Kulkarni #construction #industrialdesign #warehouses #engineering #civilengineering #industrialengineering #oilandgas #logistics #supplychain #oilandgasindustry #resume #infrastructure #project #building #resumes #steelstructures #structuralengineering #warehousing #oilindustry #refinery #civilengineers #warehouse #urbandesign #steel #buildings #geotechnical #fabrication #structuraldesign #industrial

🔩🏗️ Ensuring Stability: The Role of Pipe Supports and Hangers in Structural Design! 🏗️🔩 Pipe supports and hangers may seem like small components, but their importance in structural integrity cannot be overstated! 🌐💡 These meticulously designed elements play a crucial role in transferring loads from pipes to supporting structures, ensuring stability and safety in various applications. When employing pipe supports and hangers, it's imperative to account for a range of factors to guarantee optimal performance: Pressure Load: The force exerted by the contents flowing through the pipe, which must be properly managed to prevent structural strain. Thermal Load: Fluctuations in temperature can cause expansion and contraction of pipes, necessitating support systems that accommodate thermal movements without compromising stability. Seismic Loads: In earthquake-prone regions, pipe supports must withstand seismic forces to prevent catastrophic failures during tremors. Wind Loads: External forces such as wind can exert significant pressure on pipes and their support systems, requiring robust designs to withstand these loads. Water Hammer: The sudden change in fluid flow velocity can create hydraulic shock waves, placing additional stress on pipes and support structures. Properly designed supports help mitigate the effects of water hammer. Relief Valve Forces: In systems with relief valves, the forces generated during valve operation must be accounted for to ensure the integrity of pipe supports and hangers. By addressing these factors in the design and implementation of pipe support systems, engineers can ensure the longevity and reliability of piping infrastructure across various industries. Invest in stability, invest in quality pipe supports and hangers with Anchorage https://lnkd.in/gD6-xUfS #pipingengineering #pipefittings #pipelineintegrity #StructuralIntegrity #PipeSupports