A conclusion that can be no
Fees are fixed before the work starts and do not depend on the project going ahead. A negative finding costs you a study and saves you a plant.
Techno-commercial feasibility work and detailed project reports for new plants, lines and market entries, covering demand assessment, project cost, means of finance and the returns a lender will test.
Capital projects rarely fail on the technology. They fail on a demand assumption nobody tested, an implementation schedule that ignored approvals, or a working capital cycle that was modelled at thirty days and ran at ninety.
A commitment is close. A new plant, a second line, a warehouse, a hospital wing, a market you have not sold into before. The equipment quotations are in and the number at the bottom is large enough that it will define the balance sheet for several years. What is usually missing at this point is an independent view of whether the output can be sold at the price the model assumes, and whether the cash flow services the debt through a bad year as well as a good one.
Feasibility work supplies that view. We build the demand case from published data and structured interviews rather than from the supplier’s forecast, cost the project from your own quotations, and model it in a way a credit committee will recognise. The conclusion is allowed to be negative, and the fee is fixed in advance so that it can be.
The decision being tested, the product and geography, the interview set, and the form the output has to take. If the project report is going to a specific lender, their format is confirmed now.
Published data collected and reconciled, competitor and capacity mapping completed, expert interviews conducted and logged. Contradictions between sources are recorded rather than smoothed away.
Project cost assembled from your quotations, means of finance structured, working capital cycle assessed, and the drawdown and repayment profile set.
The three-statement model is built and run through the sensitivity set. The break point for each variable is identified so you can see how much room the project actually has.
A working session with you and your technical advisers to challenge the assumptions before the report is finalised. Assumptions that survive that session are the ones a lender will also test.
Final report and model issued, followed by responses to lender queries during appraisal within the agreed support window.
Fees are fixed before the work starts and do not depend on the project going ahead. A negative finding costs you a study and saves you a plant.
Top-down and bottom-up demand are built separately and then compared. Where they disagree, you see the gap instead of an averaged number.
The sensitivity work identifies the realisation and volume at which coverage fails, so the covenant you agree to is one you can live with.
The variables that decide feasibility are sector-specific. Manufacturing projects turn on capacity utilisation, conversion cost per unit, power and fuel, and freight economics against the location chosen. Healthcare projects turn on catchment population, bed and equipment utilisation, clinician availability and payer mix, with a ramp that is slower than promoters expect. Real estate and infrastructure projects turn on absorption rate, approval timelines, construction finance drawdown and the cash flow shape between milestone collections.
A single-location expansion with quotations already in hand completes in about three weeks. A greenfield project in an unfamiliar market, or one needing environmental clearance analysis, runs to eight.
Engagements are contracted on a fixed fee for a defined scope, quoted after the scoping call, with the product, geography, interview count, output format and lender support window recorded in the engagement letter. The fee does not vary with the conclusion reached or with whether funding is sanctioned.
Delivery is virtual, with a site visit arranged where the location itself is material to the case. You get a named lead, a written status at each stage, and a challenge session before the report is finalised rather than a finished document arriving without warning. The model is delivered with formulae intact and the assumption sheet left editable.
These sit outside the engagement unless separately scoped and agreed in writing.
Projections rest on assumptions stated in the report. Actual results will differ; the sensitivity analysis shows the direction and scale of that difference.
Bring the equipment quotation and the demand assumption you are least sure about. Those two usually decide whether the rest of the study is worth commissioning.
A feasibility study answers whether the project should be done, and can conclude that it should not. A detailed project report assumes the decision and documents the project for a lender or an authority in the form they expect, with project cost, means of finance, implementation schedule and the servicing analysis. Most clients need the feasibility work first, then convert it into a project report once the decision is made.
It is prepared to the structure lenders work with, including project cost and means of finance, promoter contribution, debt service coverage, break-even at capacity and sensitivity analysis, with CMA data in the standard forms where the facility includes working capital. Credit decisions remain the lender's and depend on your credit history, security and their internal policy. No consultant controls that outcome.
Structured expert interviews are included, with the number agreed in scoping, typically covering distributors, existing users, equipment suppliers and channel participants. Large-sample consumer surveys, retail audits and field enumeration are not part of the standard scope. Where the demand case genuinely depends on primary data, we will say so and either scope a survey partner or state the limitation in the report.
From the top down and the bottom up, then reconciled. The top-down view uses published production, capacity, import and export data, industry association output and consumption trends. The bottom-up view builds from addressable customers, realistic capture rate and achievable price. Where the two disagree materially, that gap is shown in the report rather than resolved by choosing the more attractive number.
Yes. The model reflects depreciation under Schedule II of the Companies Act 2013 and separately under the Income-tax Rules block of assets, the concessional corporate rate under Section 115BAA where it is opted for, MAT applicability, and GST input tax credit on capital goods including credits blocked under Section 17(5). State incentives are modelled as declared under the applicable industrial policy, with eligibility flagged rather than assumed.
Then that is what the report says, with the specific variables that fail and the conditions under which the project would become viable. A study that finds every project attractive tells you nothing about any of them. Our fee is fixed at the outset and does not change with the conclusion, which is the only way that outcome stays available.
Your equipment suppliers, process consultants and architects. We take their specifications, quotations and layouts as the technical basis and build the commercial and financial case on top. We do not design plant, size equipment, prepare drawings or certify engineering assumptions, and the report identifies the source of every technical input.
Where the project sits inside a company being valued, sold or refinanced, a valuation prepared under the ICAI Valuation Standards.
Sector and company research where the question is where to deploy capital rather than how a single project performs.
Raising the equity or structured capital the project needs, from preparation through term sheet to allotment and filing.