5IG® is our philosophy. It is based on the principles of project management, advanced technologies and modern methods.
The core of 5IG® project is the information-filled model of the capital facility in full or its part within specification of the Customer.
Beyond facility’s visualization it allows us to provide the Customer with up-to-date information on parameters and characteristics of the Facility systems’ elements, and also on the scope of materials and works at each stage of the project on a real-time basis.
5IG® it is five states, which any capital facility passes through during its life cycle. And at each of those stages there are a number of challenges we are ready to meet together with the Customer.
IDEA (conceptual modeling)
- Design concept of an idea
- Elaboration of design and cost variants
DESIDN (design modeling)
- Visualization of design results in the form of information content model
- Facilitation of communication between the Customer and Design engineer
- Reducing of design period by means of introduction of modern design technologies
Implementation
Implementation
- Rendering of complex engineering services as per scheme EPC / EPCM
- Services of technical advisor on the maintenance of the project
- Control of time-frames and resource, improvement of communication between the Customer and Design engineer
Service maintenance
- Planning of service works
- Routine maintenance performance
- Optimization of the Customer’s services
Monitoring and audit
- Elaboration of variants of facility’s modernization, renovation, restructuring
- Determination of necessary work scope
- Financial analysis of expenses
5IG® for us is:
- United informational area for all project’s participants
- Possibility of on-line information exchange on the project
- Formation of the project team regardless its participants location, boards and time zones
5IG® for our Customer is:
- Access to up-to-date information, reflecting the progress of the project’ implementation.
- Possibility to operate all parameters effectively
- Multidimensional information filled model