-Review and approve the following FEED Contractor’s deliverables:Equipment design and development.System design, including concept sketches and layouts.Testing of materials.Specifications and design calculations.Designs, drawings and data by other Contractors’ or by Vendors.Engineering studies and reports.Material Requisitions for equipment & materialsMaterial quantity estimates. -Designs, drawings and data by other Contractors’ or by Vendors. -Review and approve within the specified approval durations, the FEED Contractor key deliverables and other works within the Mechanical (Rotating Equipment) discipline, ensuring compliance with Mechanical (Rotating Equipment) design requirements and the Licensors’ PDP’s, which involves the interpretation and review of calculations, specifications, plans, investigations, surveys, structures, system or equipment with relatively few complex features. -Review and approve key design documents from Vendors, equipment manufacturers or Subcontractors and prepare comments and recommendations incorporating any comments received from the Owner. -Attend all Project technical sessions by the FEED Contractor such as: Design Review Meetings, 3D Model Review Meeting, Constructability, SIL, EIA, HAZOP and HAZID etc. -Ensure quality and accuracy of FEED Contractor’s Mechanical (Rotating Equipment) Engineering design activities, system integration, and design selection. -Equipment design and development. -Supervise and manage the review and approval of FEED Contractor’s work, ensuring compliance with Owner and Project specifications, relevant codes and standards, and industry best practices. -Identifying, evaluating, and resolving Mechanical (Rotating Equipment) Engineering issues during the FEED phase. -Attend technical meeting with Owner, Licensor, FEED Contractor and Vendors. -Coordinate the required Engineering participation in the development and analysis of various design options and business models. Contribute input and expertise in the development and analysis of various design options and business models to ensure design optimization and validation for the Owner. -System design, including concept sketches and layouts. -Testing of materials.
-Engineering studies and reports.
-Expanding globally through steady growth and acquisition. -Broadened reach in Canada, China, the U.S., and beyond. -Merged with Parsons E&C in 2004. -Delivers full-lifecycle services from concept to decommissioning. -Partners on major global projects across energy, chemicals, resources, and power. -Innovates in low-carbon energy and carbon capture. -Large-scale direct air capture engineering in the U.S. -Unified subsidiaries under single identity in 2023, reinforcing integrated engineering model.
Industrial
Energy
Chemicals
Resources
Infrastructure
Water Resources
Utilities
Government
Wind
Solar
Nuclear
Pipeline and Midstream
Heavy Oil Facilities
