Feasibility studies evaluate proposed projects to determine technical viability, economic attractiveness, and implementation practicality before significant investment. These studies provide decision-makers with information needed to proceed, modify, or abandon project concepts.

Technical feasibility examines whether proposed equipment and processes will perform as intended, identifying technology risks and technical challenges requiring resolution. Economic feasibility analyzes capital costs, operating expenses, revenue or savings projections, and financial metrics like NPV, IRR, and payback period.

For fabrication and equipment projects, feasibility studies address equipment availability and lead times, fabrication complexity and risk, material availability and cost, installation requirements and site constraints, and regulatory compliance requirements. Studies may include conceptual engineering, budgetary estimates, schedule assessments, and risk analysis.

Feasibility study quality determines decision quality. Studies require appropriate detail for the decision being made—not engineering projects requiring exhaustive detail, but sufficient analysis to confidently assess viability. Objectivity is essential; studies should identify problems, not advocate for predetermined conclusions.