Static Equipment Engineer – Milan
Pubblicato il 03-10-2026 - Dovre Solutions in Milano
Function
Project Scope of Work
Located proximity 20 km to the east of the Gulf line and approximately 12 km Southwest of the existing Safaniyah GOSP-1 facility, the objective of this Budget Item is to provide water supply from three (3) sources; the existing Safaniyah GOSP-1, the new Zuluf AH Central Processing Facility (CPF), and Jaladi aquifer water for the purpose of treatment and injection. The facility will process 1,400MBCD of water for injection to cover the production forecast up to 2035; to ultimately maintain the existing Safaniyah Field’s Maximum Sustainable Capability (MSC). In addition, the scope will expand water facilities in Safaniyah GOSP-1 to accommodate the surplus produced water that exceeds the overall existing formation water system capacity up to year 2035
Company Information
Aramco is one of the world’s largest integrated energy and chemicals companies.
Aramco Europe is headquartered in The Hague with offices across the continent.
For over 60 years we have supported Aramco with a wide range of activities from facilitating safe and reliable delivery of energy to customers around the globe to pushing for breakthroughs in research and innovation.
Our services include in-depth technology advice and support in established and emerging sectors of oil, gas and energy, as well as finance, HR, legal, PR and communications.
We work with the very best industry suppliers to drive our operations to secure our position as a world leader in energy and chemicals.
Job Purpose
Development of discipline design basis, technical specifications, pro-active management of vendor technical interfaces, leadership in the identification, submittal and resolution of scope changes and deviations, coordination with other disciplines. Position involves ensuring conformance to applicable engineering codes and standards as well as company QA system, policies and procedures.
Key Responsibilities and Duties
- Prepare and/or review design calculations for pressure vessels and ta