Egypt Refining Company ERC Mostorod Hydrocracker Reference

3. Contractor Map

The ERC Mostorod project was developed by the Egyptian Refining Company, with EPC and project execution delivered through a consortium of international engineering and construction firms working alongside Egyptian execution partners. Process licensors for the hydrocracker and supporting units typically include the major global refining technology providers (Chevron Lummus, Honeywell UOP, Axens or similar), with project specifications cascading down to EPC-level vendor lists for piping bulk material.

For a public reference, see the IFC project disclosure record on the ERC Refinery and the dedicated project pages by NS Energy, MEED and Oil & Gas Journal listed in the Sources section.

4. Typical Materials & Standards Profile

A hydrocracker complex of the ERC Mostorod class typically requires a piping material spec that includes:

• Carbon steel and low-alloy fittings, flanges and bends for low-temperature, low-pressure service.
• Chrome-moly grades (1.25Cr-0.5Mo, 2.25Cr-1Mo, 5Cr-0.5Mo) for high-temperature high-pressure service in the hydrocracker reactor circuit, supplied to ASTM A234 WP11 / WP22 / WP5 fittings, ASTM A182 F11 / F22 / F5 flanges and matching pipe grades.
• Stainless overlay or solid stainless materials for sour, high-temperature service in hydrotreater and stripper sections.
• ASME B16.5 / B16.47 forged flanges and ASME B16.9 butt-welding fittings under ASME B31.3 piping code.
• NACE MR0103 compliance for refinery wet-sour services where applicable, plus stringent positive material identification (PMI) protocols.

For benchmarking, reference product families are listed under seamless butt-welding pipe fittings, forged flanges and non-standard forgings and hot induction pipe bends.

5. Procurement Lessons for International Buyers

First, hydrocracker chrome-moly fittings, flanges and bends are a long-lead segment with a narrow Tier-1 supplier base; suppliers without documented heat treatment and PMI procedures rarely qualify on first attempt. Second, the ERC Mostorod project's late-2010s execution period is now also a reference for spares and turnaround procurement; the same material grades that were installed are the ones that will be ordered for replacement in maintenance windows. Third, Egyptian refining sector projects generally combine international EPC standards with national content expectations, so suppliers must align with both layers.

Procurement teams modeling refinery turnaround and capital project sourcing can engage via the inquiry portal.

6. Reference Takeaway

The Egypt Refining Company ERC Mostorod hydrocracker complex is a well-documented public reference for hydrocracker-class refining piping and for North Africa downstream procurement. With ~4.7 mtpa of throughput, full startup achieved in 2020 and a defined product slate, the ERC Mostorod hydrocracker case is a useful benchmark for international procurement engineers tracking both new refinery capital projects and ongoing turnaround sourcing in the region.

Sources

• https://www.nsenergybusiness.com/projects/erc-mostorod-refinery/
• https://www.meed.com/mostorod-new-refinery/
• https://www.ogj.com/refining-processing/refining/article/14189543/egyptian-refinings-mostorod-refinery-reaches-full-production-rates
• https://disclosures.ifc.org/project-detail/SPI/29128/erc-refinery
• https://ercegypt.com/

Hebei Haihao does not claim involvement in this project.