Relying on its extensive experience in the field of Engineering & Design, Engineering Unit of Rasa PetroTech is able to examine all aspects of the project from theoretical and practical point of view.
Rasa PetroTech with its extensive knowledge in unit operations can partner with technical know-how suppliers to ensure that the customer receives maximum benefits. The successful completion of designs and specifications for multi-disciplinary projects is achieved by the availability of a full spectrum of engineering and design services.
All designers and engineers are selected on the basis of industry-specific experience and know-how.
Rasa PetroTech continuously strives to timeously deliver the most cost-effective designs early in a project to minimize costly changes and additions during later phases.
Although different approaches to the conceptual design of a project can prove critical to its overall success or failure, Rasa PetroTech’s multi-disciplinary engineers come from a variety of backgrounds, many of them having worked directly for operating companies.
This gives a broad understanding of operational constraints which may exist both in project design and implementation, so allows the formulation of appropriate strategies to meet key objectives.
Rasa PetroTech is able to address constructability issues at almost preliminary stages, in some instances identifying parallel activities and provide early project completion while maintaining quality and shortening return on investment period.
Rasa PetroTech has a structure built on the foundation of quality engineering and management procedures, headed by experienced chartered engineers.
Engineering
Technical-economic studies and feasibility studies of projects
Examining the existing processes according to the quality and quantity of the product, efficiency, execution time, expenses, degree of automation and management method
Carrying out technical-economic studies of various processes
Examining the available facilities, including utilities and other needs of the project
Investigating the environmental effects of the project
Presenting the proposed technology report, basic flow diagrams and mass and energy balance tables
Carrying out conceptual design in various engineering units and safety-operational needs of the project
3
Basic engineering
PFD drawings and process descriptions, mass and energy balance tables, lists and specifications of major equipment
UFD and P&ID drawings
Process safety studies
Classification of the degree of danger of the premises
Specifications and technical data of mechanical, electrical equipment and precision instruments
Placement of the unit
Design and operational specifications of pipes
List and design specification of insulation of pipes and equipment
Drawings, documents and basic information of civil, structure and architecture, electricity and precision instruments
Specific technical specifications of mechanical, electrical and precision instruments
Standard drawings of different units
4
Detailed design and engineering services in the following sections