Feasibility Studies
Evaluate project viability from technical, operational, and economic perspectives to support informed decision-making.
Service Overview
At Engineering Design Services, the feasibility studies we conduct for our clients help them evaluate whether a project concept is technically, economically, and operationally viable before committing significant capital or resources. We take a structured, engineering-led approach to assessing early-stage ideas, ensuring decisions are grounded in real-world constraints and practical execution considerations.
Our team works closely with stakeholders to define project objectives, evaluate design options, and assess key technical requirements. From process modifications and facility expansions to new greenfield developments, we analyze the critical factors that determine whether a concept can be successfully executed.
By combining engineering analysis with constructability and operational insight, we deliver feasibility studies that reduce uncertainty, identify risks early, and provide a clear path forward for project development and decision-making.
Engineering Challenge We Solve
Early project concepts often move forward without a full understanding of technical constraints, cost drivers, or execution risks. Our approach addresses these challenges by:
Validating Technical Viability: Determining whether the concept can be engineered and built successfully.
Identifying Key Constraints: Highlighting process, site, and infrastructure limitations early.
Reducing Capital Risk: Preventing investment in concepts that are not practical or cost-effective.
Comparing Execution Options: Evaluating multiple approaches to determine the most viable solution.
Supporting Investment Decisions: Providing clear, engineering-based input for go/no-go decisions.
Core Capabilities
Our team provides comprehensive feasibility study services across a wide range of project types:
Technical Feasibility Assessment: Evaluation of engineering requirements and system compatibility.
Concept Screening & Comparison: Analysis of multiple design or execution alternatives.
Preliminary Design Development: High-level engineering to test concept viability.
Site & Infrastructure Evaluation: Review of existing conditions and integration requirements.
Utility & Capacity Analysis: Assessment of system limitations and available margins.
Risk Identification: Early detection of technical, operational, and constructability risks.
Advanced Tools & Technical Expertise
We apply practical engineering methods and multidisciplinary insight to ensure reliable feasibility outcomes:
Engineering Standards: Use of applicable industry codes and design practices for early validation.
Cross-Discipline Evaluation: Integration of process, mechanical, structural, electrical, and civil inputs.
High-Level Modeling & Analysis: Use of simplified engineering models to test concepts efficiently.
Cost & Constructability Awareness: Early consideration of installation complexity and capital impact.
Decision-Focused Deliverables: Outputs tailored to support management and capital planning decisions.
Industries We Support
Our feasibility study services support industries where early validation is critical to project success:
Petrochemicals: Unit upgrades, capacity expansions, and process modifications.
Energy: Oil & gas developments, LNG facilities, and power generation projects.
Sustainable Infrastructure: Hydrogen production, carbon capture, and renewable energy systems.
Industrial Manufacturing: Facility expansions, process optimization, and modernization projects.
Themed Entertainment: Infrastructure upgrades and operational system improvements.
Aerospace: Facility development and specialized operational system planning.
Deliverables
We provide clear, decision-ready outputs to support project evaluation and investment planning:
Feasibility Study Reports: Comprehensive evaluation of technical and operational viability.
Concept Option Analysis: Comparison of alternative project approaches.
Preliminary Engineering Summaries: High-level design and system requirements.
Risk Assessment Documentation: Identification of key project risks and mitigation considerations.
Order-of-Magnitude Cost Indicators: Early cost insights to support financial planning.
Recommendation Summary: Clear guidance for project advancement or refinement.
