ENGIC supports clients with engineering and design services that help turn project requirements into technically viable, commercially realistic, and executable solutions.
Our engineering approach focuses on practicality. We consider constructability, operability, maintainability, lifecycle cost, safety, regulatory requirements, environmental impact, procurement constraints, and long-term asset performance.
From early concept development to FEED and execution support, ENGIC helps clients reduce uncertainty, improve technical definition, and make better project decisions.
Conceptual Studies
Defining the right project strategy from the start
Early project decisions have a major impact on cost, schedule, risk, operability, and return on investment. ENGIC's conceptual studies help clients evaluate alternative development options and select the most suitable technical and commercial direction before committing to major capital expenditure.
Our studies assess technical, legal, financial, environmental, operational, safety, and regulatory factors. The objective is to determine whether a concept is feasible, compliant, cost-effective, and aligned with the client's long-term operational goals.
Our conceptual study services include:
- →Concept definition
- →Technical feasibility studies
- →Process technology assessment
- →Process simulation support
- →Flow assurance considerations
- →Loss prevention strategy
- →Material selection support
- →Cost and weight estimation
- →Lifecycle cost assessment
- →Business case support
- →HSE evaluation
- →Environmental screening
- →Regulatory and permitting assessment
- →Third-party evaluations
Front End Engineering Design — FEED
Maturing the selected concept into an executable project
Front End Engineering Design develops the selected concept into a technically defined, constructible, operable, and costed project solution.
FEED supports the final investment decision and provides the basis for EPC tendering, detailed engineering, procurement planning, long-lead item identification, construction planning, commissioning preparation, and regulatory approvals.
ENGIC's FEED work reduces uncertainty before major capital commitment by clarifying scope, validating assumptions, identifying risks, improving cost definition, and strengthening project execution readiness.
FEED with lifecycle thinking
Our FEED specialists consider the full lifecycle of the asset, from fabrication, installation, commissioning, and start-up through operations, maintenance, integrity management, modification, and eventual decommissioning.
This helps clients make technical decisions that support not only project execution, but also long-term reliability, availability, maintainability, and lifecycle value.
Our FEED services include:
- →Strategic business assessment
- →Technical scope definition
- →Detailed execution planning
- →Design basis development
- →Plot plan and critical equipment layout
- →Equipment lists and datasheets
- →Materials management planning
- →Safety and quality management planning
- →Integrity management and structural design
- →Constructability reviews
- →Training, commissioning, and start-up plans
- →RFQ preparation
- →Environmental permit support
- →Validation and improvement of third-party process designs
- →Capital cost estimates
- →Value improvement practice reports
- →EPC tender support
Detailed Engineering
From defined concept to construction-ready deliverables
Detailed engineering turns the FEED definition into the deliverables a project is actually built from: procurement specifications, construction drawings, installation procedures, and the evidence of design verification that regulators and clients require.
ENGIC coordinates multidisciplinary detailed engineering with constructability, operability, and maintainability carried through from the earlier phases, so what is issued for construction is buildable, operable, and maintainable.
Detailed engineering coverage includes:
- →Process engineering
- →Technical safety and HSE engineering
- →Piping and layout
- →Mechanical engineering
- →Electrical, instrumentation, and telecommunications — EI&T
- →Structural and civil engineering
- →3D modelling, laser scanning, and survey
- →Technical requisitions and procurement specifications
- →Construction drawings
- →Installation procedures
- →Start-up and commissioning support
- →Maintenance, modification, and operations input to design
