Capital projects succeed when engineering is defined correctly before execution begins. Rosnik Solutions provides FEED Engineering Services that help refinery, petrochemical, and process industry companies establish a strong technical and commercial foundation for successful project delivery.
Our FEED engineering consultants support project managers, procurement teams, and project sponsors by improving project definition, reducing execution risk, and increasing confidence in cost and schedule estimates before detailed engineering and construction begin.
Project Managers and Procurement Teams frequently encounter:
These challenges often originate before construction begins.
A structured FEED engineering phase and best practices on outsourcing FEEd work helps reduce uncertainty and improves confidence in project execution.
We develop the technical foundation for the project through:
Process design criteria
Heat and material balances
Process Flow Diagrams (PFDs)
Utility and process requirements
Design basis documentation
Our team defines the engineering scope required for successful project execution, including:
Piping and Instrumentation Diagrams (P&IDs)
Equipment specifications
Plot plans and layouts
Preliminary engineering deliverables
Technical requirement documentation
Our FEED engineering process includes structured identification of technical, commercial, and execution risks to improve project outcomes and reduce uncertainty.
We assist procurement teams through:
Equipment specification development
Technical bid evaluations
Vendor coordination support
Procurement strategy planning
Typical FEED engineering deliverables include:
Process Flow Diagrams (PFDs)
Equipment datasheets
Plot plans and facility layouts
Design basis documents
Utility summaries
Preliminary cost estimates
Project execution plans
Risk assessments
Procurement specifications
Rosnik Solutions supports FEED Engineering projects across:
Refineries
Petrochemical plants
Specialty chemical facilities
Process manufacturing operations
Energy infrastructure projects
Our industry-focused approach helps clients address the unique technical and operational challenges associated with complex downstream projects.
Industry Expertise: Experience supporting downstream oil & gas and petrochemical projects.
Integrated Project Lifecycle Support: From Business Case Feasibility and Early-Stage Development through FEED, Detailed Engineering, and Project Management.
Risk-Based Approach: Focus on reducing uncertainty and improving project outcomes.
Global Delivery Capability: Flexible engineering support and collaboration across international project teams.
Client-Focused Execution: Emphasis on cost, schedule, quality, and operational performance.
Early Phase Engineering, also known as Front-End Engineering Design (FEED), is the stage where project requirements are converted into a technically defined engineering package before detailed engineering begins. A well-executed FEED helps improve cost estimate accuracy, define project scope, identify technical risks early, and prepare projects for successful procurement and construction.
A typical FEED package includes:
These deliverables provide the technical foundation for Detailed Engineering and EPC execution.
FEED Engineering identifies technical issues before procurement and construction begin. By defining project scope, validating process design, and producing reliable engineering deliverables, organisations can:
FEED focuses on defining what will be built by developing the project’s engineering basis, preliminary design, cost estimate, and execution strategy.
Detailed Engineering focuses on how it will be built by producing construction-ready drawings, specifications, and procurement documentation.
A strong FEED package significantly improves the quality and efficiency of Detailed Engineering.
One of the primary objectives of FEED Engineering is to develop a realistic capital cost estimate that supports investment decisions. The level of accuracy depends on project maturity and available data, but FEED generally provides a significantly more reliable estimate than conceptual engineering, giving stakeholders greater confidence before moving into procurement and construction.