Asset & Business Valuation Services

A valuation is only as good as the asset data underneath it. Most valuation exercises start from the fixed asset register as given — ghost assets, missing additions and all. CPCON’s difference is that we verify first and value second: our valuation teams work from physically confirmed asset data, which is why our numbers survive auditor, insurer and lender scrutiny rather than unravelling at the first challenge.

Our methodology follows RICS Valuation – Global Standards (the Red Book) bases of value and reporting structure, and the fair value and impairment requirements of FRS 102 (Sections 16, 17 and 27) for UK GAAP reporters. With more than three decades of international asset and valuation experience, delivered by our own teams, we bring the physical-asset rigour that pure desktop valuers often lack.

Bases of value — and why the choice matters

The most common and most expensive mistake in asset valuation is confusing the basis of value. Net book value, fair value, replacement cost and value in use answer different questions and produce very different numbers for the same asset. Choosing the wrong basis — or worse, mixing them — is what makes a valuation fail in audit or leave a business underinsured. The table below sets out the bases we work with and where each applies.

A recurring theme: net book value is not a valuation. It is the residue of a depreciation policy and tells you nothing about what an asset is worth, what it would cost to replace, or what it would fetch in a sale. When an auditor, insurer or buyer asks “what is this worth?”, NBV is rarely the right answer — which is precisely why an independent valuation is needed.

Valuation services

FRS 102 fair value, the revaluation model and impairment

For UK GAAP reporters, three parts of FRS 102 turn valuation from a nice-to-have into a requirement with audit consequences.

Section 17 — the revaluation model

Section 17 (Property, Plant and Equipment) lets an entity choose, for a whole class of assets, to carry them at a revalued amount — fair value at the date of revaluation, less subsequent depreciation and impairment — instead of depreciated cost. The catch is the standard’s regularity requirement: revaluations must be kept current enough that the carrying amount does not differ materially from fair value at the reporting date. That makes the revaluation model a process, not a one-off, and it needs a repeatable valuation cycle. Surpluses are recognised in other comprehensive income and held in a revaluation reserve; deficits are dealt with as the section prescribes.

Section 16 — investment property at fair value

Investment property is measured at fair value through profit or loss where that value can be measured reliably without undue cost or effort. Unlike the Section 17 election, this is the default treatment, and it requires a current fair value at each reporting date.

Section 27 — impairment

At each reporting date the entity considers whether anything indicates an asset may be impaired — physical damage, idleness, obsolescence, adverse market or technological change. If there is an indicator, it estimates the recoverable amount, the higher of fair value less costs to sell and value in use, and writes the asset down where carrying amount exceeds it. A physical verification routinely surfaces exactly these indicators — idle lines, damaged plant, assets that no longer exist — which is why verification and impairment work belong together.

FRS 102 references describe the framework; we do not quote specific carrying values or rates here because those are entity- and asset-specific and are established in the engagement itself.

What the revaluation reserve means in practice

Adopting the revaluation model is not a one-line accounting policy change; it sets up a recurring obligation. When a class is revalued upward, the surplus is taken to a revaluation reserve through other comprehensive income rather than flattering profit. Depreciation thereafter is charged on the revalued amount, so the annual charge rises. If a later revaluation shows a fall, the deficit is first set against any surplus held in reserve for that asset and only then charged to profit. And once a class is on the model, every class member must be kept current — you cannot revalue the flattering assets and leave the rest. The practical consequence is that the revaluation model commits you to a repeatable valuation cycle, which is precisely the capability we provide.

How we evidence fair value

“Fair value” is only as credible as the evidence behind it, and the strength of that evidence varies enormously by asset. Our approach mirrors the way auditors think about valuation inputs — preferring observable market evidence and being explicit when we have to rely on judgement.

• Observable market evidence. Where there is an active second-hand market — common plant, vehicles, standard IT — we anchor to actual transaction and dealer evidence. This is the strongest basis and the easiest to defend in audit.
• Comparable evidence with adjustment. Where the market is thinner, we use comparable assets and adjust for age, specification, condition and capacity, documenting each adjustment.
• Depreciated replacement cost. For specialised plant with no resale market — purpose-built lines, bespoke equipment — we build up the cost of equivalent new capacity and depreciate it for physical, functional and economic obsolescence.

Stating which basis underlies each figure, and why, is what makes a valuation survive challenge. A number with no disclosed evidence trail is the first thing an auditor or a buyer’s adviser attacks.

Plant & machinery: a closer look

Plant and machinery is where the bases of value diverge most sharply, and where naive valuations most often go wrong. The same production line can be worth very different amounts depending on the question being asked:

• In situ, going concern. Valued as part of an operating business, often on depreciated replacement cost, the line carries the value of installed, working capacity.
• Removed for sale. The same equipment dismantled and offered second-hand may be worth a fraction of that — ex-situ market value reflects what a buyer pays for kit they must de-install, transport and re-commission.
• Forced sale. In a distressed or time-constrained disposal, realisable value falls again.

Confusing these — for instance, insuring a line at second-hand ex-situ value or borrowing against in-situ value as if it were liquid — is a recurring and expensive error. We make the basis, and its assumptions, explicit on every plant valuation, and we inspect the assets physically rather than valuing from a register description.

Useful life, residual value and componentisation

Valuation work routinely surfaces problems in the depreciation policy, because the two are connected. FRS 102 Section 17 requires useful lives and residual values to be reviewed when there is an indicator that they have changed — yet in practice many registers run on lives set at acquisition and never revisited, with the result that assets are either written off while still in heavy use or carried long after they are scrapped.

• Useful life review. A physical inspection shows how hard an asset is actually worked and how much life it has left, giving an evidenced basis for a revised life rather than a desk estimate.
• Residual value. For assets with a real second-hand market, residual value is not zero, and ignoring it over-depreciates. Market evidence sets it properly.
• Componentisation. Section 17 requires major components with materially different lives to be depreciated separately — a building’s structure, roof and plant, for instance. Splitting the asset into components, and valuing them, aligns the charge with reality and supports the revaluation model where adopted.

Where this work is needed, it dovetails with the structure of the fixed asset register, whose component and depreciation fields have to carry the result.

Componentisation and what it means for valuation

Componentisation is where the link between valuation and the depreciation policy is most concrete, and where single-line registers most often go wrong. The principle is simple: where an asset is made up of major parts with materially different useful lives, each part is treated separately — depreciated over its own life and, where the revaluation model or a replacement-cost basis applies, valued in its own right. FRS 102 Section 17 requires this separation whenever the amounts involved are material.

A commercial building is the textbook example. Treated as one asset over one life it is mis-stated in both directions at once; broken into components it tells the truth:

• Structure and substructure — the longest-lived element, often depreciated over fifty years or more.
• Roof and envelope — a far shorter life, perhaps twenty to thirty years, replaced at least once during the structure’s life.
• Building services plant — lifts, heating, ventilation and air-conditioning, typically fifteen to twenty years, and a major capital event when renewed.
• Fit-out and finishes — the shortest lives of all, re-done several times over the building’s span.

The valuation consequences are direct. Under depreciated replacement cost, the replacement cost and remaining life of each component must be established separately — there is no single “age” for a building whose roof is new and whose structure is forty years old. Under the revaluation model, a component approach lets the short-lived plant be revalued and renewed on its own cycle without disturbing the structure. And when a component is replaced, componentisation gives a clean way to derecognise the old part and capitalise the new one, rather than smearing the cost across an undifferentiated asset. The same logic applies to complex plant — a production line whose control system, tooling and base machine wear out on different clocks — which is why we componentise material assets as part of the valuation rather than valuing a single opaque number.

Fully depreciated assets that still earn their keep

Almost every long-established estate contains assets that have been fully written down to nil — or to a token residual — yet are still running every day. A press installed twenty-five years ago, a standby generator, a fleet of lab instruments: depreciated to zero on the books, indispensable in reality. The accounting is not necessarily wrong, because depreciation only ever allocated the original cost over an estimated life, and an asset outliving that estimate simply means the estimate was prudent. But a nil carrying amount creates two real risks that a valuation exists to address.

• Underinsurance. A nil book value tells the insurer nothing about the cost of replacing the asset new. If the sum insured is built off the register, these fully depreciated but critical assets are effectively uninsured — and they are often the very items whose loss would halt operations. Their reinstatement cost has to be assessed and declared explicitly.
• Stale useful lives. A population of assets running long past their booked life is a clear indicator, under FRS 102 Section 17, that the useful life estimates need revisiting. A physical inspection establishes how much working life genuinely remains, giving an evidenced basis to extend lives prospectively rather than leaving the register pretending the assets do not exist.

For transactions and revaluations the point is sharper still: a buyer or a valuer cannot ignore productive capacity just because the seller has depreciated it away. We value these assets at replacement or fair value on the appropriate basis, so the worth of an estate’s hardest-working — and often oldest — equipment is on the record rather than hidden at zero.

Insurance: closing the underinsurance gap

Underinsurance is one of the most common and most damaging asset problems we see, and it is almost always silent until a claim. Sums insured are often based on figures set years ago, indexed crudely or not at all, while construction and equipment costs have risen. Because most commercial policies contain a condition of average, an insurer faced with a sum insured below the true reinstatement cost can reduce the settlement in proportion — so a building insured at 70% of its reinstatement cost may see a partial loss paid at roughly 70%, even though the loss itself is below the sum insured.

A reinstatement cost assessment fixes this by establishing, at today’s prices, what it would actually cost to rebuild or replace the insured assets — including professional fees, debris removal and the realities of phased reconstruction. Reviewed on a sensible cycle and indexed in between, it turns the sum insured from a guess into a defensible figure and removes the averaging risk.

A reinstatement assessment is more than re-indexing last year’s number. A thorough RCA works bottom-up:

1. Establish what is insured. Confirm the buildings, plant and contents actually present — which is why verified asset data matters here as much as in financial reporting.
2. Cost the rebuild. Apply current construction and equipment costs to the confirmed asset base, not a historic figure carried forward.
3. Add the extras that get forgotten. Professional fees, debris removal, the cost of meeting current regulations on rebuild, and any phasing or access constraints.
4. Set a review and indexation basis. So the sum insured stays current between full assessments rather than drifting back into underinsurance.

Declared value vs accounting value — a worked example

The gap between what an asset is worth in the accounts and what it costs to reinstate is the single most misunderstood number in asset insurance, so it is worth making concrete. Take one production machine, installed twenty years ago at an original cost of £200,000:

Three legitimate numbers for one machine, spanning nil to a quarter of a million pounds. Insure it at book or market value and a total loss leaves a vast shortfall against the cost of getting the line running again. The declared value for insurance is the reinstatement figure — and only that figure protects the business.

The condition of average turns this from an academic point into a settlement risk on every claim, not just total losses. Suppose a site’s true reinstatement cost is £10,000,000 but the sum insured, never reassessed, stands at £7,000,000 — 70% of the true figure. A fire causes a partial loss of £2,000,000, well within the sum insured. Because the policy is underinsured, the insurer applies average and pays in proportion:

£2,000,000 × (£7,000,000 ÷ £10,000,000) = £1,400,000 settled

The remaining £600,000 falls on the business — a loss it never saw coming, because the sum insured comfortably exceeded the claim. This is exactly the trap a current reinstatement cost assessment removes: it sets the declared value at the real cost to rebuild, so average has nothing to bite on. It is also why insurance and accounting valuations must be kept distinct — using one for the other is how organisations end up confidently, and expensively, underinsured.

Independence, scope and the Red Book

A valuation’s usefulness depends on it being independent and properly scoped. Following RICS Red Book practice, every engagement is fixed in writing before work begins: the client and any other intended users, the purpose, the basis of value, the valuation date, the extent of inspection and the assumptions or special assumptions relied on. Those terms are not bureaucracy — they are what tells the reader exactly what the figure does and does not represent, and they are the first thing an auditor or lender checks. A “valuation” with no agreed basis or scope is an opinion, not evidence, and we do not produce them.

When organisations call us

Business valuation

Where the question is the worth of a whole business rather than its individual assets, we apply the three established approaches and cross-check them:

• Income approach. Discounted cash flow or capitalised earnings, valuing the business on the cash it is expected to generate, with a discount rate reflecting its risk.
• Market approach. Multiples derived from comparable transactions and quoted companies, anchoring the valuation to what the market pays for similar businesses.
• Asset-based approach. Net asset value adjusted to fair value — which is only as good as the underlying asset data, and where our verification and plant valuation feed directly in.

Because CPCON verifies and values the tangible base, our asset-based and net-asset cross-checks rest on confirmed data rather than register assertions — a meaningful advantage in a contested transaction or a shareholder dispute.

Purchase price allocation after an acquisition

When one business acquires another, the price paid has to be spread across everything acquired — at fair value — under the business combinations requirements. A purchase price allocation (PPA) that is done carelessly leaves too much in goodwill and too little in identifiable assets, which distorts future depreciation, amortisation and impairment for years. Done properly it requires fair values for:

• Tangible assets — property, plant, machinery and equipment, on the appropriate basis (often depreciated replacement cost for specialised plant).
• Identifiable intangibles — brands, technology, customer relationships and the like, separated out from goodwill.
• Residual goodwill — only what genuinely remains after the identifiable assets are valued.

CPCON values the tangible side and, through our intangible asset valuation practice, the intangible side, so the allocation is internally consistent rather than stitched together from two unrelated exercises.

A purchase price allocation in practice

The cost of getting a PPA wrong is best seen in outline. Consider an acquirer that pays £25,000,000 for a manufacturing business whose most recent balance sheet showed net assets of £9,000,000, most of it old plant carried at heavily depreciated book values. The lazy allocation books £9,000,000 of net assets and drops the remaining £16,000,000 straight into goodwill — and stores up years of distortion and impairment exposure for doing so.

A disciplined allocation does the work instead. We begin by verifying the physical asset base, because allocating value to plant that has been scrapped — or omitting plant the register never captured — corrupts the result from the start. We then value the tangible assets on the appropriate bases: the specialised production lines on depreciated replacement cost, the standard plant and vehicles on market evidence, frequently lifting the tangible figure well above the depreciated book values because, as above, fully written-down assets still have real worth. In parallel, our intangible practice identifies and values the assets hidden inside “goodwill” — the brand, the proven technology and the customer relationships — separating them out with their own lives and amortisation profiles. Only what genuinely remains after all the identifiable assets are valued is left as goodwill.

The difference is not cosmetic. A larger, properly evidenced tangible and intangible base changes future depreciation and amortisation, sharpens subsequent impairment testing, and gives the auditor an allocation that holds together because the tangible and intangible sides were valued on a consistent footing rather than stitched from two unrelated exercises. That internal consistency — one firm, verified data, both sides of the balance sheet — is the practical advantage of running the whole PPA in one place.

What you receive

Our valuation methodology

1. Scope and basis. We agree the purpose, the basis of value, the valuation date and any assumptions or special assumptions in writing before work starts — the foundation of a Red Book-aligned instruction.
2. Verify the asset base. Where the register has not been physically confirmed recently, we verify it, so the valuation attaches to assets that demonstrably exist.
3. Inspect and gather evidence. Physical inspection of material assets, manufacturer and market data, cost indices and comparable transactions, recorded as the evidence base.
4. Apply the approach. Market, cost (replacement and depreciated replacement) or income methods as the basis and asset type require, with the reasoning documented.
5. Report. A structured report to RICS Red Book reporting requirements — purpose, basis, assumptions, inspection extent, sources, approach, figures and limitations — that an auditor, insurer or lender can rely on.

What the valuation report contains

A valuation that cannot be relied on is worthless, so the report is built for reliance. Following Red Book reporting requirements, ours sets out: the client and the purpose; the basis of value and any assumptions or special assumptions; the valuation date; the extent of inspection and investigation; the sources of information relied on; the valuation approach and reasoning; the resulting figures by asset or class; and the limitations, restrictions on use and the valuer’s status. The test is simple — another professional can follow the reasoning and depend on the conclusion.

Where value sits in intangibles

Every engagement starts from verified data — if your register has not been physically confirmed recently, we combine the valuation with a fixed asset verification so the values attach to assets that demonstrably exist. The register itself, and what FRS 102 expects of it, is covered in our fixed asset register guide, and durable identification of each asset is handled by our asset tagging service. Where the value sits in brands, technology or customer relationships rather than plant, our intangible asset valuation practice covers purchase price allocations, FRS 102 Section 18 amortisation support and impairment testing.

Why CPCON

Plenty of firms will produce a number. The value of a valuation is whether it holds when challenged — by an auditor questioning a carrying amount, an insurer applying average, or a buyer’s advisers in due diligence. CPCON’s answer is rigour at the base: more than thirty years of international asset experience, methodology aligned to the RICS Red Book and FRS 102, and a verification capability that means our values attach to assets that actually exist. That combination — physical-asset depth plus valuation discipline — is rarer than it sounds, and it is what makes our reports defensible.