This article is about SAES-L-810 which is about Design of Piping on Offshore Structures and download SAES-L-810 PDF for piping and mechanical engineers, supervisors and project managers. This is saudi aramco standard based on international codes and standards and useful for piping and mechanical engineering knowledge to get job as engineers, QC Supervisors and QC managers, Engineering managers and technicians.
SAES-L-810 PDF Download
SAES-L-810SAES-L-810 Design of Piping on Offshore Structures
This standard complements API RP 14E and SAES-L-310 by providing additional design requirements specifically for piping systems on fixed offshore platforms. It specifies the necessary guidelines and criteria for the design of these piping systems to ensure their safe and efficient operation in the offshore environment.
Piping Design
The design engineer responsible for designing and analyzing piping systems on offshore structures must possess the necessary qualifications and experience. Their qualifications will be verified by the Consulting Services Department (CSD) and approved by the Project Management Team (PMT) or the project proponent. The following minimum criteria must be met:
- Completion of an engineering degree.
- Minimum of 10 years of experience in designing and analyzing pressure piping systems on offshore structures. Deviation from these requirements may be considered on a case-by-case basis, subject to review and prior approval by the Chairman of the Piping Standards Committee in the Consulting Services Department.
The design and installation of new piping systems on all Saudi Aramco offshore platforms must adhere to the standards outlined in ASME B31.3 (Process Piping) and API RP 14E (Recommended Practice for Design and Installation of Offshore Production Platform Piping Systems).
High-pressure piping, as defined in ASME B31.3, must meet the requirements specified in Chapter IX of the code.
The design of the piping system must consider dynamic effects, in accordance with paragraph 301.5 of ASME B31.3. These effects refer to factors such as vibrations, fluid transients, and other dynamic forces that can impact the performance and integrity of the piping system.
Formal stress analysis, as outlined in SAES-L-120 (Piping Stress Analysis), must be conducted for all piping systems. This analysis ensures that the piping system can withstand the anticipated loads, pressures, temperatures, and other relevant factors without experiencing excessive stress or deformation.
Piping Layout
The design of the piping layout should aim to optimize the available space on the platform. This involves considering factors such as pipe length, routing (whether the pipes go below or above decks), and spacing between pipes. The objective is to ensure that the flow pattern and process requirements can be met while minimizing the utilization of platform space and minimizing weight.
It is important to maintain unobstructed passage for safe exit from all working areas on the platform decks. This requirement ensures that in the event of an emergency, personnel can evacuate the area easily and quickly. For detailed guidelines on maintaining unobstructed passages, refer to SAES-B-009.
The design should provide adequate working space and access to valves, instrumentation, and other components. However, this space should not be larger than necessary for operation and routine maintenance purposes. The goal is to optimize the layout to strike a balance between providing sufficient access for maintenance activities while minimizing the overall footprint of the piping system.
FAQs about SAES-L-810 PDF Download
Q1: What is SAES-L-810?
A1: SAES-L-810 is a standard issued by Saudi Aramco that supplements API RP 14E and SAES-L-310. It defines additional design requirements governing piping systems located on fixed offshore platforms.
Q2: What is the purpose of SAES-L-810?
A2: The purpose of SAES-L-810 is to provide specific design requirements and guidelines for piping systems on fixed offshore platforms. It ensures the safe and reliable operation of these systems in accordance with industry standards and best practices.
Q3: Which piping systems are covered by SAES-L-810?
A3: SAES-L-810 covers all piping systems located on fixed offshore platforms. This includes various applications such as process piping, utility piping, and other systems necessary for the platform’s operation.
Q4: Does SAES-L-810 replace API RP 14E and SAES-L-310?
A4: No, SAES-L-810 does not replace API RP 14E and SAES-L-310. Instead, it supplements these standards by providing additional design requirements specifically tailored for piping systems on fixed offshore platforms.
Q5: Who should follow SAES-L-810?
A5: SAES-L-810 is primarily intended for engineers, designers, and contractors involved in the design, installation, and operation of piping systems on fixed offshore platforms. It is important for these professionals to adhere to the guidelines outlined in the standard to ensure compliance and safety.