Is Your Capital Equipment Decision Built on Data or Assumptions?
Bad equipment decisions don’t announce themselves upfront. They show up 18 months later in unplanned downtime, integration costs nobody budgeted for, or a maintenance bill that makes the original CAPEX look modest by comparison. The pressure to move fast on capital decisions is real. Budget cycles close. Project schedules don’t wait. And somewhere in that urgency, the rigorous front-end analysis gets compressed or skipped entirely.
We’ve seen $6 million compressor packages specified against process conditions that changed two years prior. New equipment procured without a serious look at whether refurbishment would have done the job at half the cost. Vendor proposals were accepted at face value because nobody had the bandwidth to interrogate them properly.
That’s what a feasibility study exists to prevent.
Our team works with plant operators, EPC contractors, and asset-heavy industries across oil and gas, petrochemical, and heavy manufacturing to deliver equipment investment assessments that hold up under engineering scrutiny, finance review, and actual site conditions.
What Our Equipment Investment Feasibility Study Covers
No two studies are scoped identically. The equipment type, operational context, and the specific decision on the table all shape what the analysis needs to cover. Here’s what sits within our core service framework.
Technical Viability Assessment
The engineering case comes first. Always. We assess whether the proposed equipment new or refurbished is genuinely suited to your process conditions, site constraints, and production demands before a single financial model gets built.
A technically flawed investment with attractive NPV numbers is still a bad investment. We make that point clearly, early, and in writing if necessary.
Total Cost of Ownership (TCO) Modelling
Purchase price is rarely where the money goes. Our TCO models are built around:
- Procurement and installation civil works, commissioning, vendor support
- Planned maintenance based on OEM schedules cross-referenced against your actual operating history
- Energy and utility consumption projected across the full asset lifespan
- Spare parts and inventory holding
- End-of-life decommissioning
Where your operational data exists, we use it. Industry averages are a fallback, not a starting point.
CAPEX vs. OPEX Trade-off Analysis
Some equipment that looks expensive on a CAPEX line delivers material OPEX reductions over a 10–15 year horizon. Others don’t come close to justifying the outlay. We model both sides explicitly in a format your finance team can lift directly into CAPEX submission documentation.
New Equipment Feasibility Study
Procuring new equipment introduces a specific layer of analysis that generic financial appraisals tend to skip. We validate OEM performance claims against comparable real-world installations, not factory acceptance test conditions. We project integration costs that account for your brownfield site realities.
The gap between a vendor’s commissioning estimate and what a brownfield integration actually costs is rarely small. Getting that number right before approval matters.
New Equipment vs. Refurbishment vs. Lease Evaluation
| Option | Best Suited When | Key Risk Factor |
| New Equipment Purchase | Long asset life required, no viable used market | Higher upfront CAPEX, integration complexity |
| Refurbishment of Existing Asset | Asset structurally sound, budget constrained | Residual life uncertainty |
| Equipment Lease / OPEX Model | Short project duration, capital preservation needed | Long-term cost premium, contract obligations |
Each option runs through the same financial and technical framework. The comparison is structured so the output is genuinely apples-to-apples not shaped by whichever option had the most internal momentum going in.
Risk & Sensitivity Analysis
A study that doesn’t stress-test its own assumptions has a short shelf life. We apply sensitivity analysis across the variables that actually move the needle utilisation rates, maintenance cost escalation, commodity price shifts, and schedule variance. If the investment case breaks down when fuel costs increase 12%, that belongs in the report.
New Equipment Investment Feasibility Study | What We Evaluate
When the investment specifically involves new equipment procurement, the analysis goes deeper than a standard financial appraisal.
Technical Fit & Process Compatibility
New equipment doesn’t drop into a vacuum. We map the proposed asset against your existing process flow, utility infrastructure, and control system architecture. Incompatibilities found at this stage are a fraction of the cost to resolve compared to finding them during commissioning.
Vendor & OEM Evaluation
Shortlisted vendors get assessed on technical specification compliance, delivery track record, after-sales support, and parts availability in your region. In markets where lead times on critical components run past 40 weeks, supply chain resilience carries as much weight as nameplate performance.
Commissioning & Integration Cost Projections
We build commissioning cost estimates against your site conditions specifically not regional contractor averages. Pre-commissioning scope, vendor representative costs, operator training, and the productivity impact of the cutover period all get accounted for.
Performance Benchmarking Against Existing Assets
Where comparable equipment already operates in your facility or portfolio, we benchmark projected performance against actual operating data. It grounds the OEM’s claims in something verifiable and gives your production planning team a realistic baseline.
How We Conduct a Equipment Investment Feasibility Study
Phase 1: Scope Definition & Data Collection
Every engagement starts with a structured scoping session. We define the decision boundaries, establish what a credible recommendation needs to demonstrate, and identify the data required to get there. Operational records, maintenance histories, utility consumption data, and any existing vendor proposals all feed this stage.
Data quality issues get flagged here not discovered later when they’ve already compromised the model output.
Phase 2: Engineering & Financial Modelling
Engineering and commercial analysis run in parallel. The financial model is built around validated engineering inputs not the other way around. This matters because financial models built without engineering grounding tend to look rigorous and be wrong.
Draft TCO models, scenario comparison frameworks, and preliminary risk registers are all delivered at this stage for client review before the final report is assembled.
Phase 3: Scenario Comparison & Recommendation Report
The final report gives a ranked comparison of the evaluated options and a stated recommendation. We don’t produce documents that leave the decision open-ended. If the data supports a clear answer, we give it alongside the sensitivity thresholds that would change it.
The report is structured to serve two audiences simultaneously: the engineering team that needs technical depth, and the executive or finance team that needs a clear investment narrative.
Deliverables of Equipment Feasibility Study
When the study concludes, you get a structured report package not a data dump. Everything in the deliverable set is built to serve a specific audience and a specific purpose in your internal decision process.
Technical Assessment Report A full engineering evaluation of the proposed equipment against your process conditions, site constraints, and operational requirements. Written for your engineering team with the technical depth they need to interrogate the recommendation.
Total Cost of Ownership Model A structured financial model covering procurement, installation, maintenance, energy consumption, and end-of-life costs across the full asset lifespan. Delivered in a working spreadsheet format your finance team can audit and stress-test independently.
Scenario Comparison Matrix A side-by-side evaluation of all assessed options, new equipment, refurbishment, lease, or combinations thereof scored against the same technical and financial criteria. No ambiguity about how the comparison was structured.
Risk & Sensitivity Analysis Report Documents the key variables that could move the investment case in either direction, with quantified sensitivity ranges. Gives decision-makers a clear picture of where the recommendation is robust and where it has exposure.
Executive Summary A concise, standalone document written for finance directors, plant managers, and board-level reviewers. Covers the recommendation, the rationale, and the critical risk factors without requiring the reader to work through the full technical report.
Vendor & OEM Evaluation Summary (For new equipment studies) A structured assessment of shortlisted vendors against technical compliance, delivery capability, after-sales support, and supply chain resilience. Useful beyond the feasibility process it feeds directly into procurement negotiations.
Industries & Equipment Types We Cover
Sectors:
- Upstream, midstream, and downstream oil and gas
- Petrochemical and refining
- Power generation and utilities
- Heavy manufacturing and process industries
- Mining and minerals processing
Equipment Categories:
- Rotating equipment compressors, pumps, turbines
- Heat transfer equipment exchangers, fired heaters, cooling systems
- Pressure vessels and static equipment
- Electrical and instrumentation packages
- Material handling and lifting equipment
- Process control and automation systems
Compliance & Standards We Work
Feasibility study outputs need to hold up beyond internal review in regulatory submissions, insurance assessments, and board-level scrutiny. Our studies are aligned with:
- ISO 55000 Asset management principles governing investment decision frameworks
- API Standards Applicable codes for rotating and static equipment specification
- IEC 61511 / IEC 61508 For instrumentation and safety system procurement evaluations
- ASME Standards Pressure equipment and mechanical integrity assessments
- Local Regulatory Requirements Jurisdiction-specific compliance built into scope from day one
Why Get a Feasibility Study Before Committing CAPEX?
The cost of an Equipment Investment Feasibility Study is a rounding error against the cost of a wrong equipment decision.
A mid-scale compressor package procurement and installation can sit anywhere between $2 million and $8 million. A heat exchanger network replacement at a processing facility can push past $15 million. At those figures, the downside of proceeding on thin analysis isn’t an operational inconvenience. It’s a material financial exposure that lands on someone’s desk.
Beyond direct cost risk, a poorly justified CAPEX submission burns internal bandwidth. Finance review cycles stall. Engineering teams get pulled into defending numbers they weren’t confident in to begin with. A well-constructed feasibility study moves that process forward reviewers get what they need, the gaps are already closed.
Clients also use our feasibility outputs for:
- Insurance and asset valuation demonstrating the commercial basis behind investment decisions
- Joint venture discussions providing independently validated investment cases to co-investors
- Project financing supporting lender technical due diligence requirements
- Regulatory submissions where investment decisions require documented engineering and economic justification
Ready to Validate Your Equipment Investment?
If a capital equipment decision is approaching new procurement, refurbishment evaluation, or lease-vs-buy the time to commission a feasibility study is before the budget is allocated and the vendor relationship is already forming.
Talk to a senior engineer directly about your situation. We’ll scope the study, set a timeline, and give you a clear fee estimate with no intermediaries.
You can also explore our [asset lifecycle management services] and [plant maintenance engineering consulting] to see how feasibility work fits within a broader asset strategy.
Frequently Asked Questions
A structured technical and financial assessment that evaluates whether a proposed equipment purchase, refurbishment, or lease is viable and cost-effective. It gives decision-makers an independent, evidence-based recommendation before capital is committed.
It covers technical fit, OEM and vendor evaluation, commissioning cost projections, and performance benchmarking. The goal is validating whether the proposed asset will deliver its projected value in your specific operational environment, not just on a vendor datasheet.
A focused single-equipment assessment typically runs 3–5 weeks. Complex studies involving multiple scenarios or limited historical data can extend to 8–12 weeks. Timeline is fixed at scoping not adjusted later.
ROI is one number. A feasibility study covers technical viability, risk, scenario comparison, and compliance alignment alongside the financials. ROI alone doesn’t surface the engineering and operational factors that determine whether that return is actually achievable.
Before a preferred vendor is selected or a budget figure goes in for approval. It’s also used when finance teams need independent validation of an internal engineering recommendation.
Across four dimensions technical performance, total cost of ownership, integration and commissioning risk, and comparative value against alternatives. The investment case needs to hold across all four, not just the one that looks best.
Yes and that’s typically how we structure it. Running both options through the same analytical framework eliminates the internal bias that tends to form when each option gets evaluated separately by different teams.