Feasibility Studies
Project Feasibility Study
A project feasibility study tests a defined proposition before management commits to implementation. The question is not whether the concept sounds attractive; it is whether the proposed scale, location, operating model, investment and timetable can work together under realistic market and financial assumptions.
EXMC structures project feasibility around the decision the client must make: proceed with the defined project, revise its configuration, compare an alternative, or stop before further capital is committed.
Define the project before testing it
A useful study needs a clear project boundary. “Open a facility”, “launch a platform” or “expand the business” is not yet a testable proposition. The project must be translated into a set of assumptions that can be challenged.
These commonly include:
- the product or service to be delivered;
- target customer and geography;
- proposed site or location criteria;
- capacity, unit volume or utilisation assumptions;
- proposed pricing and revenue model;
- capital expenditure and implementation budget;
- operating structure and key resources;
- target opening or commissioning date; and
- the investment or return threshold expected by the approving stakeholder.
Where several configurations remain possible, the study should compare them rather than prematurely lock the analysis to one version.
When a project feasibility study is warranted
The study is particularly valuable before decisions that are costly to reverse. These include committing to land or a long lease, ordering major equipment, approving construction or fit-out expenditure, entering a new operating market, securing project finance, increasing capacity, or seeking board or investor approval for a significant investment.
It is also useful when a project already has a business case but the assumptions are no longer current. Demand may have shifted, construction or equipment costs may have changed, the competitive landscape may be different, or the expected implementation date may have moved. A feasibility refresh can determine whether the original economics still hold.
Commercial feasibility: is there enough demand for this project?
The market analysis should be specific to the project configuration. It needs to test who will buy, how much they may buy, what they currently use instead, what price the market can support and how quickly the proposed project could reach a credible level of demand.
Depending on the project, this may involve:
- addressable demand and customer segments;
- current and expected supply or capacity;
- competitor locations, propositions and pricing;
- customer decision criteria and purchasing behaviour;
- route-to-market and channel requirements;
- market-share assumptions;
- seasonality or cyclicality; and
- ramp-up from launch to steady-state operations.
The objective is to create defensible revenue assumptions for the financial model. If the project requires a level of demand capture that cannot be supported by the market evidence, the issue should be visible before capital is committed.
Operational feasibility: can the project be delivered as proposed?
A commercially attractive concept can still fail the feasibility test if the delivery model is unrealistic. The operating assessment should examine what the project needs in order to function at the proposed scale.
This can include capacity, staffing, suppliers, utilities, logistics, technology, site dependencies, licences, implementation sequencing and the lead time required before revenue can begin.
The purpose is not to substitute commercial consulting for specialist engineering, legal or regulatory advice. Where a project depends on technical design, environmental studies, engineering calculations or formal approvals, those requirements should be identified and their specialist inputs incorporated transparently into the feasibility case.
Financial feasibility: do the economics justify the commitment?
The financial model brings the project definition, market case and operating requirements together. It should show the capital required to launch, ongoing operating cost, working-capital needs, expected revenue and cash flow over an appropriate period.
Important questions include:
- What is the total investment before operations stabilise?
- How much working capital is required during ramp-up?
- When does the project reach operating and cash break-even?
- Which assumptions have the greatest effect on the result?
- How does a delay in opening affect funding and returns?
- What happens if volume, price or utilisation is below the base case?
- Does the return remain acceptable after realistic downside testing?
Depending on the mandate and capital-allocation framework, the analysis may include net present value, internal rate of return, payback period or other relevant measures. The metric is useful only when the underlying assumptions are credible.
Build scenarios around project decisions
A project rarely has a single possible outcome. Scenario analysis should therefore reflect real management choices and risks rather than arbitrary percentage changes.
A base case can represent the most supportable set of assumptions. An upside case may test stronger demand or a more efficient ramp-up. A downside case should capture plausible adverse conditions such as slower customer adoption, lower pricing, higher capex, operating-cost pressure or delayed commissioning.
Sensitivity analysis then isolates the variables that most influence the economics. This tells management where additional evidence, negotiation or mitigation has the greatest value before approval.
The evidence base
The evidence should be proportionate to the importance of the decision. Management forecasts and internal estimates are useful inputs, but they should be distinguished from independently tested information.
A project study may draw on:
- official statistics and government data;
- sector and industry sources;
- competitor and price observations;
- primary interviews or customer research;
- supplier or operator quotations;
- site and technical information;
- management operating data; and
- specialist third-party inputs where required.
The source and date of material assumptions should be recorded so the model can be updated when conditions change.
Established project-appraisal practice follows the same integrated logic. UNIDO’s feasibility guidance connects market research, technical considerations, financial analysis and investment appraisal. In the UAE, project feasibility can also form part of specific institutional processes: Emirates Development Bank, for example, lists a technical and financial project feasibility study among requirements for its foreign-direct-investor solution. This is a programme-specific requirement, not a guarantee that any feasibility report will secure financing.
Speak with an adviser
Defined mandates on fixed fees, ongoing counsel on retainer, and customised scopes for complex requirements.
What the client receives
A project-specific engagement should leave the client with a decision package, not simply a narrative document. Depending on scope, outputs can include:
- an executive decision memo;
- project definition and assumptions register;
- market and demand assessment;
- competitor and pricing analysis;
- operating and implementation requirements;
- an integrated financial model;
- base, upside and downside cases;
- sensitivity analysis;
- a project risk register; and
- a recommendation with conditions and next-stage actions.
Where several project options are being assessed, the recommendation should make the trade-offs visible so the client can select the configuration with the strongest risk-adjusted case.
Go, revise or no-go
A go recommendation means the defined project meets the agreed commercial and financial criteria within the assumptions and risks stated.
A revise recommendation means the opportunity may remain viable but the project configuration needs to change. The revision could involve site, capacity, price, product mix, capex, implementation sequence, operating structure or financing.
A no-go recommendation means the evidence does not justify proceeding with the defined proposition or the downside risk is not proportionate to the expected return.
The study should also state what would need to change for a revised case to be reconsidered.
UAE project context
The UAE does not operate as one undifferentiated project environment. Federal law, emirate-level requirements, free zones, sector regulators and local cost structures can all affect a project differently. A feasibility study should therefore identify which jurisdictional and location factors materially affect demand, cost, timing or implementation rather than inserting generic UAE commentary.
Official programmes also illustrate how feasibility can be used in project assessment. Emirates Development Bank lists a technical and financial project feasibility study for a specific foreign-direct-investor financing solution, while Abu Dhabi’s Industrial Development Bureau lists a feasibility study/project report among potential documents for its Financial Ecosystem Program. Requirements must be checked directly for the relevant programme and project.
Why EXMC
Evidence EXMC already publishes about its own work, used here only within its documented scope.
Representative examples published by EXMC. Client identities are generalised to maintain confidentiality. Published work does not by itself establish permission to perform activities that require specific regulatory authorisation.
Frequently asked questions
What does a project feasibility study include?
It should cover the elements that can change the project decision. For most commercial projects this means demand, customers, competition, pricing, the operating model, capital and operating costs, working capital, cash flow, break-even, scenarios, sensitivities, implementation risks and an explicit recommendation. Specialist technical or regulatory studies are added where the project genuinely requires them.
What information is required before the analysis begins?
The starting package normally includes the project concept, site or geography, proposed capacity, product or service definition, pricing, management forecasts, capex estimates, operating assumptions, implementation plan, existing research and financing assumptions. The initial evidence audit then identifies which inputs require independent validation.
How are risks and sensitivities tested?
The model should identify the variables most capable of changing the project economics and test them individually and in coherent scenarios. Typical variables include demand, price, utilisation, capex, operating cost, working capital and implementation timing.
How does the study support a go, revise or no-go decision?
The recommendation is linked to agreed decision criteria. If the defined project meets those criteria, it can proceed subject to stated conditions. If the opportunity remains attractive but the configuration fails, the study identifies revisions. If the evidence does not support the economics even after reasonable changes, it supports a no-go decision.
Discuss your project
If you have a defined project that is approaching a site, capital, financing or implementation commitment, EXMC can test the commercial and financial case before the decision becomes expensive to reverse.