FEDES’ Post

https://lnkd.in/d6YDS7tn Video Description: In this video, we present a comprehensive overview of the key aspects involved in the construction and installation of piping systems, with a focus on Saudi Aramco's specifications. Covering everything from material selection to trench construction and above-ground pipe installation, this presentation is designed to guide you through the critical requirements and best practices. We delve into specific topics such as pipe bedding, burial depth, backfilling, and the handling of multiple pipes within the same trench, ensuring you understand the essential elements needed to achieve quality and compliance in your projects. With clear explanations and visual presentations, this video is a valuable resource for professionals in the field of civil engineering and construction. **Chapters:** 0:00 - Introduction 1:15 - Presentation Content 2:30 - Material Selection for Piping as per SAES-L-132 5:45 - Trench Construction 8:00 - Pipe Bedding 8:42 - Burial Depth 9:10 - Backfilling 9:25 - Settlement 9:45 - Pipe Cast in Concrete 13:29 - Multiple Pipes in the Same Trench 15:00 - Above Ground Pipe Installation 15:30 - SAES-S-070 - Installation of Utility Piping Systems 16:25 - SAES-L-450 - Construction of on-Land and Near Shore Pipelines Don't forget to like, share, and subscribe to stay updated with our latest videos covering crucial engineering standards and construction guidelines! #2iconstructions #civilqs #aramco #concretefinishing #PipingConstruction #EngineeringStandards #SaudiAramco #CivilEngineering #PipingSystems

R/11 A Method Statement for Underground Drainage Piping installation and testing is a crucial document that outlines the step-by-step procedures for the installation of piping systems. It serves as a blueprint for ensuring the quality, safety, and efficiency of the installation process. By following a well-defined Method Statement, Plumbing contractors can ensure that piping systems are installed to the highest standards, leading to optimal performance, energy efficiency, and occupant comfort. #MEP #CONSTRUCTION #QC #DOCUMENTATION

Yard Piping Overview Yard piping forms the main arterial system of any industrial plant. It comprises extensive process lines that connect equipment across significant distances and facilitate the transport of fluids in and out of various units. This network also includes utility headers that deliver essential services such as steam, air, gas, and water to the process equipment. In addition to these, yard piping accommodates all relief and blowdown headers and often serves as a support system for instrument lines and electrical conduits via yard steel structures. Specifications, Flow Diagram, Plot Plan, and Layout Specifications: The design and construction of yard piping adhere to strict engineering specifications, ensuring that the network can handle process pressures, temperatures, and flow rates efficiently. Material selection, corrosion allowances, and welding standards are tailored to meet the unique demands of the process fluids and environmental conditions. Flow Diagram: The flow diagram visually represents the yard piping system, outlining the movement of process fluids, utilities, and waste streams. It includes critical information such as flow directions, control points, and interconnections between process units. This diagram serves as a vital tool for understanding and maintaining the plant's operational dynamics. Plot Plan: The plot plan provides a comprehensive view of the plant layout, detailing the relative positions of equipment, piping, and structural elements. It ensures that yard piping is optimally arranged to minimize pressure losses, reduce material costs, and maintain accessibility for inspection and maintenance activities. Layout with Relief Lines and Process Headers: The layout of yard piping incorporates medium-diameter relief lines and process headers to safely and efficiently handle excess pressures and fluid transport. Relief lines are strategically positioned to direct discharged fluids away from critical areas, while process headers are configured to optimize flow distribution. The arrangement is meticulously planned to integrate with the plant's overall infrastructure while maintaining compliance with safety and regulatory standards. This combination of specifications, flow diagram, plot plan, and detailed layout ensures a robust and efficient yard piping system, forming the backbone of the plant's operational success. Piping Design Handbook 1999 John J. McKetta Dekker #backbone #regulatory #standards #layout #relief #yard #piping #specifications #plant #operational #process

A Method Statement for Underground Drainage Piping installation and testing is a crucial document that outlines the step-by-step procedures for the installation of ductwork systems. It serves as a blueprint for ensuring the quality, safety, and efficiency of the installation process. By following a well-defined Method Statement, Plumbing contractors can ensure that ductwork systems are installed to the highest standards, leading to optimal performance, energy efficiency, and occupant comfort. #MEP #CONSTRUCTION #QC #DOCUMENTATION

Have you seen U-shaped pipes sections in piping systems in your city, oil gas facilities, alongside the highways, etc and wondered why and what for? These are expansion loops, one of the most widely used methods to deal with expansion and contraction in piping systems, which could result in significant stress in piping systems. Expansion loops allow the pipe to expand or contract without causing excessive stress on the pipe, supports and equipment connected to the system as these increase the piping system flexibility and, in this way, the thermal displacements generated are absorbed in piping system itself. In the video below we have a pump connected to a pipe, you can see in the first setup (without expansion loop) how the elbows, valve and pipe at the pump inlet fail, and then in the second setup (adding expansion loop) all these elements withstand the stresses since the flexibility of the pipe is increased and the loads transmitted to the pump’s nozzles are reduced. These calculations were performed using PASS SUITE   It is important to verify the loads transmitted to the equipment nozzles in accordance with the standards to have a good piping design and therefore a good operation of the equipment, in the case of pumps, the API 610 standard in its appendix F provides a design basis for evaluating the loads on pump nozzles. Symmetric or asymmetric expansion loops can be installed, the longer the loop leg, the more flexible and less stressed the piping becomes, depending on the piping system sometimes it is required to install multiple expansion loops. Other used methods to handle pipe expansion and contraction are: Zig Zag bends Expansion joints

For piping engineers and designers, it is crucial to comprehend piping classes and specifications. These standards offer precise instructions for planning, building, and maintaining pipe systems, guaranteeing that they adhere to industry standards and operate efficiently. By adhering to these guidelines, engineers can improve piping systems' dependability, efficiency, and safety, which will improve industrial operations.

https://lnkd.in/dswS-chn Video Description: In this video, we dive deep into the quality and construction requirements for the installation of piping systems, following Saudi Aramco's stringent standards. From utility piping systems to on-land and nearshore pipelines, we cover everything you need to know to ensure compliance and best practices in your projects. We'll walk you through essential topics such as trench construction, backfill material testing, soil classification, and much more, all supported by actual on-site photos to enhance your understanding. Whether you're new to the field or a seasoned professional, this video will provide valuable insights into the meticulous standards and procedures that ensure the integrity and durability of piping systems. Chapters: 0:00 Introduction 0:50 Table of Contents 3:15 SAES-S-070 - Installation of Utility Piping Systems 4:08 SAES-L-450 - Construction of on-Land and Nearshore Pipelines 7:50 Fill Vs Backfill 9:55 Trench Construction 10:22 Backfill Material Sampling and Testing - Contaminated/Rejected Material 13:15 Type of Soil as Per CSM/Trench Requirements 16:15 Sloping, Benching, and Shoring Methodology 17:50 Bedding Layer Preparation 18:30 Backfilling 19:00 Water Flooding/Shedding 19:40 Warning Tape 20:15 GFRP Manhole Backfilling by Water Flooding 20:40 FDT Compaction Testing 22:20 Thrust Block 24:18 Road Crossing 26:42 Minimum Depth Requirement for Crossing 27:10 Pipe Cast in Concrete 29:25 Multiple Pipes in Same Trench 30:40 Referenced Documents Make sure to like, share, and subscribe for more detailed guides and insights into construction standards and practices! #2iconstructions #education #aramco #concretefinishing #civilengineering #aci #PipingSystem #Construction #SaudiAramcoStandards #Engineering #CivilEngineering

Yard Piping: The Arterial System of a Plant Yard piping serves as the main arterial system in industrial facilities, ensuring the seamless flow of process fluids, utilities, and other essential services. This network interconnects distant equipment and integrates various units within the plant. Located within this framework are long process lines, utility headers, relief and blowdown systems, and sometimes even instrument and electrical supply conduits, all supported on robust yard steel structures. Utility headers in yard piping play a crucial role in delivering steam, air, gas, and water to various process units, maintaining consistent operation. Relief and blowdown headers ensure safety by providing pathways for excess pressure and material release. These systems work in harmony to support smooth plant operations and prevent disruptions. Cost efficiency in yard piping depends heavily on its layout and design. Factors such as pipe routing, support structures, and critical dimensions significantly influence installation and maintenance expenses. For example, optimizing pipe runs and reducing unnecessary complexity in routing can help minimize material usage and construction time. Yard piping also accommodates auxiliary systems, including instrument lines and electrical conduits, adding to its multifunctionality. Supporting these systems requires careful coordination to ensure safety, accessibility, and compliance with design standards. Figure 7 from the Piping Design Handbook highlights the key dimensions and considerations for yard piping design, underscoring the importance of a strategic approach to planning. By addressing these factors early in the design phase, engineers can achieve a cost-effective and operationally efficient yard piping network that meets both functional and safety requirements. In conclusion, yard piping forms the backbone of industrial plant infrastructure, integrating multiple systems and ensuring operational continuity. Thoughtful design and optimization are essential to achieving reliable and cost-effective performance. Piping Design Handbook 1992 John J. McKetta Marcel Dekker #piping #yard #systems #wiring #network #arterial