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Industry brief · Life sciences, consumer & services
Corporate annual capex portfolioindustrial company
Generic model of an industrial company's 'regular' annual capital programme: 100-500 small and mid-sized projects across sustaining/maintenance, HSE & regulatory, debottlenecking, growth, IT/digital and energy-efficiency/decarbonisation. Spend is power-law distributed (a handful of projects take half the budget), approvals follow a delegation-of-authority ladder, and the main portfolio risks are chronic under-execution, overruns on small projects that receive little front-end loading, and the hidden cost of deferring sustaining capex. Use it to instantiate a portfolio when a client uploads a capex list.
Pack v1.0.0 · updated 5 Oct 2026 · 6 cited sources · 49 parameters · 10 swing factors · 1 source conflict shown side by side.
At a glance
Pack defaults with their low–high range. Overruns are sector means as a share of the original budget or schedule. All parameters and sources
Sub-industries
Capex intensity ranges by configuration. The unit changes with the asset, so compare within a row, not across rows.
| Sub-industry | Capex intensity | Notes |
|---|---|---|
| Sustaining / maintenance capex (stay-in-business)Replacements, refurbishments, turnaround capital, end-of-life asset renewal; keeps nameplate capacity and reliability. | 0.3–0.55share of annual capex budget | Typically benchmarked to depreciation (capex/D&A ~0.8-1.2x for sustaining). estimate |
| HSE & regulatory / complianceEmission controls (FGD, VOC), fire & safety, process safety upgrades, effluent/ZLD, statutory inspections. | 0.05–0.15share of annual capex budget | Non-discretionary; approved on compliance basis, not IRR. estimate |
| Debottlenecking / brownfield capacity creepSmall changes that remove constraints (pumps, exchangers, controls) for 5-15% capacity uplift. | 0.05–0.15share of annual capex budget | Usually highest-return bucket (paybacks 1-3 years). estimate |
| Growth / expansionNew lines, new plants, new products, acquisitions-related integration capex. | 0.15–0.45share of annual capex budget | Lumpy; dominated by few large projects. estimate |
| IT / digital / automationERP, MES, APC, IIoT sensors, cybersecurity (OT), data platforms, AI. | 0.03–0.1share of annual capex budget | Software projects have the fattest overrun tails. estimate |
| Energy efficiency & decarbonisationWaste-heat recovery, VFDs, heat pumps, electrified boilers, captive solar/RE PPAs, fuel switching, CCUS studies. | 0.04–0.15share of annual capex budget | Rising share under net-zero targets and carbon pricing (EU ETS, India CCTS). estimate |
Value chain
Inputs
- strategic plan & capital budget envelope
- asset condition data (CMMS, RBI)
- project ideas from sites
- cost estimates (AACE class 5 -> 3)
- engineering & contractor capacity
- equipment and bulk materials
- turnaround/shutdown windows
Process
- idea capture
- FEL1/2/3 stage-gates
- prioritisation & portfolio optimisation
- delegation-of-authority approval
- detailed engineering
- procurement
- execution (often in shutdown windows)
- commissioning & handover
- post-investment review (PIR)
Outputs
- maintained capacity & reliability
- compliance
- incremental capacity/margin
- lower energy & emissions intensity
- digital capabilities
Parameters
49 parameters: 2 sourced, 46 informed estimates, 1 designed (model-definition choices). The bar shows the low–high range with the default marked; estimates are labelled and never presented as observed data.
| Parameter | Default & range | Evidence | Source |
|---|---|---|---|
| Capex intensityannual capex as fraction of revenue | 6%range 3%–12% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Construction months(median project execution)<USD 1M projects 3-6 months; USD 5-25M 12-24 months | 9 monthsrange 3–30 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Cost overrun mean(portfolio average, small-mid projects)IPA: poor team development costs sustaining capex projects ~15% more than industry (https://www.ipaglobal.com/services/site-sustaining-capital/); right-skewed with ~10% of projects >50% over | 12%range −5%–40% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Schedule overrun meansmall projects slip more in % terms; shutdown-dependent projects slip by a full turnaround cycle (1-4 years) if they miss the window | 25%range 0%–80% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Asset life (years)IT 3-7, equipment 15-25, civil 30-50 | 20 yearsrange 5–40 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| WACCUS/EU industrials 7-9%; India 10-13% | 9%range 6%–13% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Typical IRR(approved discretionary projects, ex-ante)ex-post realised IRRs typically 20-40% below approval-case IRRs (optimism bias, estimate) | 20%range 12%–45% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Utilization(budget execution rate) | 85%range 70%–100% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Opex % of revenue(maintenance opex as % revenue, process industry) | 3%range 1.5%–6% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| EBITDA margin(generic industrial) | 15%range 8%–30% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Split sustainingof budget | 40%range 30%–55% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Split HSE regulatoryof budget | 10%range 5%–15% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Split debottleneckingof budget | 10%range 5%–15% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Split growthof budget | 25%range 15%–45% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Split IT digitalof budget | 5%range 3%–10% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Split energy decarbof budget | 10%range 4%–15% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Project size lognormal median (USD)for a USD 100-500M annual programme with 100-300 projects | 800,000 USDrange 200,000–3,000,000 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Project size lognormal sigma(USD)sigma 1.6 implies mean ~3.6x median; top 5% of projects ~45-55% of spend | 1.6 lnrange 1.2–2 | designedas of 5 Oct 2026 | estimate Informed estimate; no single source |
| Size band count < 1mof project count | 55%range 45%–70% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band count 1–5mof project count | 30%range 20%–35% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band count 5–25mof project count | 11%range 6%–15% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band count 25–100mof project count | 3%range 1%–5% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band count > 100mof project count | 1%range 0%–2% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band spend < 1mof spend | 10%range 5%–20% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band spend 1–5mof spend | 22%range 15%–30% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band spend 5–25mof spend | 28%range 20%–35% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band spend 25–100mof spend | 22%range 10%–30% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Size band spend > 100mof spend | 18%range 0%–35% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Small project failure rateof small/mid projects failing (cost >25% over, schedule >50% late, or operability shortfall)IPA-style definition; small projects get less FEL and weaker teams. Megaprojects fail ~65% (Merrow, Industrial Megaprojects, 2011) | 30%range 20%–45% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Probability overrun > 50% | 10%range 5%–20% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| IT project overrun meanMcKinsey/Oxford: large IT projects run 45% over budget and 7% over time while delivering 56% less value | 45%range 10%–150% | sourcedas of 5 Oct 2026 | mckinsey.com |
| Hurdle rate corporate sources disagree(nominal)survey evidence (Jagannathan, Matsa, Meier & Tarhan, JFE 2016) finds average hurdle ~15% vs WACC ~8-9%; hurdles sticky through rate cycles | 15%range 12%–20% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Hurdle rate growth | 15%range 12%–20% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Hurdle rate debottleneckor payback <3 years | 20%range 15%–30% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Payback max energy efficiency (years)many firms reject EE projects >3 years payback despite IRR >20% (energy-efficiency gap) | 3.5 yearsrange 2–5 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Payback max IT (years) | 3 yearsrange 2–4 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Hurdle rate decarb with carbon price(with shadow carbon price) | 10%range 8%–15% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Approval threshold site (USD)(plant manager DoA) | 250,000 USDrange 100,000–1,000,000 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Approval threshold BU (USD)(business unit head) | 2,000,000 USDrange 1,000,000–5,000,000 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Approval threshold CEO CFO (USD)(CEO/CFO / capex committee) | 10M USDrange 5,000,000–25M | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Approval threshold board (USD)(board)or >1-2% of net worth | 50M USDrange 25M–150M | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| India PSU maharatna board limit (INR crore)(or 15% of net worth)DPE delegation: Maharatna INR 5,000 cr; Navratna INR 1,000 cr per project without Government approval | 5,000 INR crore per projectrange 1,000–5,000 | sourcedas of 5 Oct 2026 | dpe.gov.in |
| Deferral hazard multiplier per yearconsistent with Weibull wear-out (beta 2-3) for ageing rotating/static equipment | 1.4 x annual failure probability per year deferredrange 1.2–1.8 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Reactive vs planned cost multiplieremergency replacement after failure vs planned replacement incl. expediting | 2.5 xrange 1.5–5 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Deferral lost production days per failure | 7 daysrange 1–45 | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Q4 spend shareof annual spend in last quarter | 35%range 25%–45% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Carryover shareof approved budget carried to next year | 20%range 10%–35% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Contingency class3 estimateAACE class 3 accuracy -10%/-20% to +10%/+30% | 15%range 10%–20% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
| Optimism bias NPVby which approval-case NPV exceeds realised | 25%range 10%–50% | estimateas of 5 Oct 2026 | Informed estimate; no single source |
Where sources disagree
Kept side by side, not averaged. The pack default is in the table above.
Hurdle rate corporate
Survey hurdles sit well above WACC; both kept.
What moves value
Sorted by expected cost (probability × cost impact). Impacts are typical values for the sector; each one is driven by the shared factors listed, which is how one shock reaches several projects at once.
Market signals
What moves the case
Key variables with their typical range and what they hit in the model.
| Variable | Typical range | Affects |
|---|---|---|
| Annual capex envelopeProcess industries 5-10% of revenue; light manufacturing 2-5% (estimate). | 3%–12% | Portfolio size |
| Capex / D&A ratio<1.0x for several years signals under-investment (asset ageing); sustaining alone ~0.8-1.2x. | 0.8–2.5x | Asset health |
| Budget execution rate (actual / approved)Chronic under-spend of 10-25% is common; carried-over projects inflate next year's backlog (estimate). | 70%–100% | Portfolio value |
| Construction & equipment inflationElectrical equipment (transformers, switchgear) saw the steepest 2022-26 inflation and lead times. | 2%–12% | Capex |
| Interest rates / WACCHurdles rarely move with WACC (sticky ~15%). | 3–10percent | Hurdle rate |
| Industry capacity utilisationGrowth/debottleneck share rises when utilisation >80%. | 70%–85% | Growth capex share |
| Deferred sustaining backlogEach year of deferral raises failure hazard of affected assets ~30-50% (estimate). | 0%–150% | Failure risk |
| Internal / external carbon priceShadow carbon price of USD 50-100/t typically doubles the number of decarb projects clearing hurdle (estimate). | 0–120USD/tCO2 | Decarb project NPV |
Show 2 more variables
| Variable | Typical range | Affects |
|---|---|---|
| Contractor / skilled labour availabilityTight labour markets during megaproject booms starve small projects of resources. | 0.6–1.1index | Schedule |
| Power / fuel priceEnergy-efficiency paybacks scale inversely with energy prices. | 50–180USD/MWh | Energy project NPV |
Price feeds (9)
| Series | Source / id | Unit | Frequency |
|---|---|---|---|
| US PPI: New industrial building construction | PCU236211236211FRED | index | quarterly |
| US new orders: nondefense capital goods ex-aircraft | NEWORDERFRED | USD mn | monthly |
| US capacity utilisation: total industry | TCUFRED | percent | monthly |
| US PPI: Iron and steel | WPU101FRED | index | monthly |
| US PPI: Electrical equipment | WPU117FRED | index | monthly |
| Copper price | PCOPPUSDMFRED | USD/t | monthly |
| US 10-year Treasury | DGS10FRED | percent | daily |
| US average electricity price | APU000072610FRED | USD/kWh | monthly |
Show 1 more feeds
| Series | Source / id | Unit | Frequency |
|---|---|---|---|
| Nifty Infrastructure index | ^CNXINFRAYahoo | index | daily |
Listed tickers (14)
Market context only: these prices tend to react first when a driver moves. Named for context; no affiliation.
Suppliers · 13
- LT.NS Larsen & Toubro NSE · IN
- SIEMENS.NS Siemens Ltd (India) NSE · IN
- ABB.NS ABB India NSE · IN
- THERMAX.NS Thermax NSE · IN
- CUMMINSIND.NS Cummins India NSE · IN
- HONAUT.NS Honeywell Automation India NSE · IN
- ROK Rockwell Automation NYSE · US
- EMR Emerson Electric NYSE · US
- ETN Eaton NYSE · US
- HON Honeywell NASDAQ · US
- SIE.DE Siemens AG XETRA · EU
- SU.PA Schneider Electric Euronext Paris · EU
- ABBN.SW ABB Ltd SIX · EU
Proxys · 1
- XLI Industrial Select Sector SPDR (capex cycle proxy) NYSE Arca · US
Trends and research findings
Trends
- Decarbonisation share of capex rising2025-2030
Energy efficiency, electrification and fuel switching move from discretionary to strategic buckets as EU ETS, CBAM and India CCTS put a price on carbon; shadow carbon prices used in approvals.
estimate Informed estimate; no single source
- Electrical equipment constraints2024-2028
Transformer and switchgear lead times stretched by data-centre and grid build-out, delaying small brownfield electrification projects.
estimate Informed estimate; no single source
- Value-based portfolio optimisation2025-2030
Shift from annual 'peanut-butter' allocation to risk-and-value scoring (e.g. Copperleaf-style tools) with explicit deferral-risk monetisation.
estimate Informed estimate; no single source
- IPA focus on site & sustaining capitalongoing
IPA finds companies under-extract value from small projects; weak team development alone costs ~15% extra on sustaining projects.
- India private capex revival2025-2030
Manufacturing PLI, China+1 and infrastructure push lift industrial capex; PSU capex targets set by government.
estimate Informed estimate; no single source
Research findings
- IPA site & sustaining capital
Poor project team development makes sustaining capex projects ~15% more expensive than industry average; IPA benchmarks >25,000 projects.
- McKinsey/Oxford large IT projects
Large IT projects run on average 45% over budget, 7% over time and deliver 56% less value than predicted.
- Merrow, Industrial Megaprojects (2011)
~65% of industrial megaprojects fail on cost, schedule or production; small-project failure rates are lower but non-trivial and driven by FEL quality (estimate for small projects).
- Hurdle rates vs cost of capital
Survey evidence: average corporate hurdle rate ~15% vs WACC ~8-9%; managers keep hurdles high to ration scarce managerial/organisational capacity (Jagannathan et al., JFE 2016).
estimate Informed estimate; no single source
- RAND pioneer plants
Cost growth correlates with technology novelty and degree of project definition at estimate — applies to novel decarb projects within the regular capex portfolio.
KPIs, regions and who builds
KPIs the pack tracks
Regional notes
| India | Board powers under Companies Act s.179/180; PSUs follow DPE delegation (Maharatna up to INR 5,000 cr, Navratna INR 1,000 cr per project) and annual capex targets set by ministries; GeM/tender rules lengthen procurement for PSUs; turnaround schedules dictate sustaining project windows; WACC 10-13% but hurdles 14-18% common. |
|---|---|
| United States | Tight skilled-labour and electrical equipment markets (data-centre competition); tax incentives (bonus depreciation restored 2025, 45Q/48C) shape decarb capex; hurdle ~15% with WACC 7-9%. |
| Europe | High energy prices and ETS/CBAM push efficiency/decarb share; chemical sector capex cuts and site closures (BASF, Dow Europe); EU Innovation Fund grants. |
| Middle East | NOC-led programmes with in-country value (IKTVA) rules; strong sustaining budgets. |
Who builds and operates
Named for context; no affiliation. These are public market participants drawn from the research behind the pack. They are not Capibud clients or partners.
Operators · 11
- Reliance Industries Large multi-segment capex programme; example of mixed sustaining/growth/new-energy portfolio.
- Tata Steel Sustaining capex ~INR 4,000-5,000 cr/yr plus growth (estimate).
- UltraTech Cement Steady capacity additions + WHRS/RE decarb capex.
- Indian Oil / BPCL / HPCL PSU capex programmes with DoA ladders; turnaround-linked sustaining capex.
- Hindalco / Vedanta / JSW Steel Metals capex portfolios.
- Dow Capex ~USD 2.5-3.5bn with explicit maintenance vs growth split (estimate).
- ExxonMobil Disciplined portfolio stage-gate (estimate).
- 3M / Honeywell / Caterpillar Diversified industrials with many small projects.
- BASF Capex cut and site restructuring in Ludwigshafen; Zhanjiang Verbund.
- ArcelorMittal / Holcim / Saint-Gobain Decarbonisation share of capex rising.
- Saudi Aramco / SABIC Large sustaining + growth programmes.
Suppliers · 10
- Independent Project Analysis (IPA) Benchmarks >25,000 projects incl. site & sustaining capital.
- Larsen & Toubro / Tata Projects / Engineers India Indian EPC/EPCM for mid-size projects.
- Bechtel / Fluor / Worley / Jacobs / Wood EPCM and framework contracts for brownfield programmes.
- Siemens / ABB / Schneider / Emerson / Rockwell / Honeywell Electrical, automation and control systems.
- Thermax / Forbes Marshall / Kirloskar Utilities, steam, energy efficiency.
- SAP / IBM Maximo / Hexagon / AVEVA EAM/CMMS, project controls.
- Oracle Primavera / Deltek / Procore Scheduling and portfolio management.
- Copperleaf (IFS) / Arcadis Gen / Enodo Capital portfolio optimisation / value-based prioritisation.
- AACE International Cost estimate classification standards (18R-97).
- McKinsey / BCG / Accenture Capital productivity programmes.
Customers · 6
- Plant operations / site management Sponsors of sustaining, HSE and debottleneck projects.
- Business units / commercial Sponsors of growth projects.
- CFO / capex committee / board Allocates the envelope; approves above thresholds.
- Regulators (pollution control boards, OSHA, EPA) Drive HSE capex.
- Investors / lenders Track capex/D&A, ROCE, guidance credibility.
- Sustainability / net-zero office Sponsors energy and decarb projects.
Project template
Work breakdown
Share of total duration per step; steps overlap where predecessors allow, as the bars show. O / ML / P are optimistic, most-likely and pessimistic multipliers on each step's duration; the hatched tail is the pessimistic case.
| ID | Step & timing | Share | O / ML / P |
|---|---|---|---|
| C100 | Idea capture & FEL1 (business case, class 5 estimate)Develop | 8% | 0.8 / 1 / 1.5 |
| C200 | FEL2 option selection (class 4) & portfolio rankingDevelop · factors: Interest rates | 10% | 0.85 / 1 / 1.5 |
| C300 | FEL3 definition (class 3), basic engineeringEngineer · EPC · factors: Labour | 12% | 0.9 / 1 / 1.4 |
| C400 | DoA approval (site/BU/CEO/board tier)Develop · factors: Interest rates, Policy | 6% | 0.8 / 1 / 2 |
| C500 | Detailed engineering & permitsEngineer · EPC · factors: Labour, Policy | 12% | 0.9 / 1 / 1.4 |
| C600 | Procurement of equipment & bulksProcure · OEM · factors: Electrical equipment, Steel, Copper | 20% | 0.9 / 1 / 1.6 |
| C700 | Pre-shutdown construction (tie-in prep, foundations)Construct · EPC · factors: Labour, Construction materials, Steel | 12% | 0.9 / 1 / 1.35 |
| C800 | Shutdown / turnaround execution (tie-ins, installation)Construct · EPC · factors: Labour, Electrical equipment | 8% | 0.9 / 1 / 1.5 |
| C900 | Commissioning, start-up & handoverCommission · factors: Labour | 7% | 0.9 / 1 / 1.4 |
| C950 | Close-out & post-investment review (benefits tracking)Commission | 5% | 0.9 / 1 / 1.5 |
Cost breakdown
Share of capex by line, with the commodity exposure of each line (the share of that line that moves with the commodity).
Financial template
Revenue model
Mixed: sustaining/HSE valued as avoided risk cost (P(failure) x consequence, compliance penalties); debottleneck/growth valued on incremental margin x volume; energy/decarb on energy cost + carbon price savings; IT on productivity. Portfolio optimised for max NPV (incl. risk-avoidance value) under budget envelope and resource constraints.
Margin driver
Capex / D&A ratio
Ramp-up
1 year to steady state
How Capibud uses this pack
A pack is a starting position, not a forecast. When a corporate annual capex portfolio decision opens in Capibud, pack v1.0.0 is copied in and pinned to that decision. The 49 parameters, 10 swing factors and templates the committee saw stay attached to the decision record, even after the pack is next refreshed.
Parameter ranges and WBS durations seed the P50, P80 and P90 for capex, schedule and value. Your own estimates, vendor quotes and actuals replace pack defaults line by line, and the record shows which numbers are still defaults.
Each swing factor is wired to shared factors; here the heaviest are labour, policy, electrical equipment and steel. A move in one factor hits every exposed project in the same scenario, which is how the capital committee sees concentration across a book rather than project by project.
The 9 price feeds and 14 listed tickers feed the brain, which watches for drivers moving outside their pack range and drafts the change for a person to review.
Shared factors behind this pack's swing factors
- Labour
- Policy
- Electrical equipment
- Steel
- Interest rates
- Grid queue
- Construction materials
Capex tied to a shared factor
- Steel22.5%
- Electrical equipment13.5%
- Copper6%
- Construction materials6%
Sources
Every link opens the original source in a new tab. Values marked as estimates are informed estimates by the Capibud research team.
- ipaglobal.comhttps://www.ipaglobal.com/services/site-sustaining-capital/
- ipaglobal.comhttps://www.ipaglobal.com/about/databases/
- mckinsey.comhttps://www.mckinsey.com/capabilities/mckinsey-digital/our-insights/delivering-large-scale-it-projects-on-time-on-budget-and-on-value
- rand.orghttps://www.rand.org/pubs/reports/R2569.html
- wiley.comhttps://www.wiley.com/en-us/Industrial+Megaprojects%3A+Concepts%2C+Strategies%2C+and+Practices+for+Success-p-9780470938829
- dpe.gov.inhttps://dpe.gov.in/
Cited without a link
- Jagannathan, Matsa, Meier & Tarhan (JFE 2016)
Bring us one real decision in corporate annual capex portfolio.
We start it from the Corporate annual capex portfolio pack v1.0.0: 49 parameters, 10 swing factors and the 10-step project template, pinned to your decision.