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Before handover, every system is rigorously tested to SAES standards, such as performing hydrostatic testing on pipelines or load testing on foundations, ensuring all performance and safety requirements are met before the asset is commissioned.
During construction, the is legally binding. A contractor cannot pour a mat foundation for a gas compressor without an Aramco Civil Inspector verifying rebar spacing, concrete slump, and cylinder sampling. Non-conformances are documented in the Non-Conformance Report (NCR) system, and three NCRs on a single project can lead to suspension of work or blacklisting. This rigor explains why Aramco-built facilities—from the Jazan Refinery to the Shaybah oil field—show minimal concrete spalling or settlement even after decades of operation.
Saudi Aramco engineering standards do not completely replace international codes; rather, they build upon them. SAES documents act as a layer of modifications, additions, and deletions tailored to regional environmental conditions and industrial safety thresholds. Key reference bodies include:
Saudi Aramco Engineering Standards (SAES) establish the mandatory administrative and technical requirements for the design, construction, operation, and maintenance of all Saudi Aramco facilities. For civil and structural engineers, compliance with these standards ensures safety, reliability, and longevity in some of the world's most demanding environmental and operational conditions.
In Saudi Arabia, civil engineers must navigate two distinct codes: the Kingdom-wide Saudi Building Code (SBC) and the company-specific SAES for Aramco projects. While the SBC is the national standard, it is typically the minimum requirement. On any facility under Aramco's control, its more stringent SAES take precedence. The SBC is based on international codes like the IBC, adapted for the local climate and conditions, and is enforced by municipal authorities for general construction. SAES builds upon international standards like ACI, ASCE, and ASTM, but adds decades of specific operational experience in harsh hydrocarbon environments. Saudi Aramco Engineering Standards For Civil
Disclaimer: Engineering standards are subject to change. Always refer to the latest Saudi Aramco Engineering Standards (SAES) document directly from the source.
mandates that all foundations must be designed based on a certified geotechnical investigation.
Foremost among these is the prevalence of sabkha soils—flat, saline depressions found in coastal and desert areas. These soils are notoriously poor for construction due to their high salt content, high water table, and potential for subsidence. The SAES civil standards contain rigorous directives for ground improvement and foundation design in such conditions. They mandate specific testing protocols to determine the sulphate and chloride content of the soil, which directly informs the concrete mix design. Where international codes might offer general parameters, Aramco standards mandate specific concrete density, cover thickness, and the use of sulphate-resisting cement to prevent the rapid deterioration of reinforced concrete.
The Saudi Aramco Engineering Standards for Civil may have some limitations, including: Before handover, every system is rigorously tested to
This standard defines the design requirements for non-building structures, such as pipe racks, vessel supports, and equipment foundations.
SAES-A-114 governs all excavation, placement of structural fill, backfilling, and compaction operations for plant and non-plant areas.
To understand Aramco’s civil standards, one must first understand their hierarchy. The civil engineering requirements are primarily encapsulated in (for buildings and facilities) and SAES-M-100 (for general civil construction), among others. However, these are supported by a library of Saudi Aramco Building Procedures (SABP) and Materials System Specifications (SAMSS) . Unlike general international codes (such as ACI or ASCE), which provide a baseline, Aramco standards act as a "supercode." They adopt a specific version of an international code (e.g., ACI 318) but then layer on dozens of amendments, climatic adjustments, and operational constraints that override the original text.
Mandates specific fireproofing and industrial coating systems according to SAES-H standards to prevent atmospheric corrosion. 6. Blast-Resistant Design (SAES-M-100) SAES documents act as a layer of modifications,
: Standards for buildings, pipe racks, and equipment supports. Geotechnical & Foundations
In the landscape of global energy infrastructure, few entities command as much technical authority as Saudi Aramco. Beyond its role as the world’s largest oil exporter, Aramco functions as a rigorous standardization body. The for civil engineering represent a unique fusion of international best practices, stringent desert-environment adaptations, and a safety philosophy so conservative that it often exceeds U.S. and European norms. For engineers and contractors, navigating SAES is not merely a compliance exercise; it is a critical discipline that dictates project approval, structural longevity, and operational safety in one of the harshest climates on earth.
While primarily electrical, civil engineers use this for designing substation buildings and cable trenches. 3. Geotechnical and Earthworks