• The Upstream Capital Costs Index (UCCI) is a proprietary benchmark that tracks composite capital (and related operating) cost changes for a representative set of oil and natural‑gas upstream projects. It is maintained by S&P Global (originally published by CERA/IHS).
– UCCI is useful for benchmarking project capex and supply‑chain inflation, for stress‑testing project economics, and for informing procurement and contracting decisions.
– The index covers a diversified sample of 28 LNG, pipeline, onshore and offshore projects across geographies, so users must adjust UCCI movements to reflect project‑specific scope, location, and timing.
– Practical use requires: obtaining the index data, aligning the index base to your project, converting to local currency and units, updating financial models (capex, opex, contingencies), and running sensitivity and scenario analysis.
Understanding the Upstream Capital Costs Index (UCCI)
What it measures
– The UCCI is a composite index that tracks changes in the capital cost components—materials, facilities, equipment and project personnel—for oil and gas producing projects. It also captures movements in related operating cost items over time (as reported by the index owner).
– The index is intended as a benchmarking tool to show how industry capital costs are rising or falling across a diversified sample of upstream projects.
Who maintains it
– The index was developed and published by Cambridge Energy Research Associates (CERA). CERA was acquired by IHS (IHS Markit) and with later corporate changes the index is now managed by S&P Global (which completed the merger with IHS Markit businesses in 2022).
– S&P Global publishes the UCCI as part of its family of Costs and Supply Chain indexes and makes the data available through S&P Global Market Intelligence and related products.
Why analysts use it
– Benchmarking: compare a company or project’s historical capex trends to industry‑level movements.
– Forecasting: incorporate likely cost inflation into future capex and project schedules.
– Valuation and risk analysis: update discounted cash flow (DCF) models and contingency allowances when capital cost trends change.
– Procurement & contracting: set escalation clauses or renegotiate fixed‑price contracts when supply‑chain inflation rises.
Components of the UCCI
– Materials: bulk commodities and fabricated items used on projects (steel, piping, modules).
– Equipment: major mechanical and electrical equipment (compressors, turbines, pumps).
– Facilities and construction: offshore platforms, onshore plant construction, installation and marine services.
– Personnel and services: engineering, project management and construction labor costs.
– Operating cost signals: in practice the index will reflect movements in some operating cost items if those feed into the composite.
History and ownership
– CERA was founded in 1983 and became a leading energy research and consulting firm.
– IHS acquired CERA in 2004; the group later operated under IHS CERA and IHS Markit branding.
– In February 2022, IHS Markit’s energy information businesses were combined with S&P Global; the UCCI is now part of S&P Global’s Costs and Supply Chain indexes.
What “upstream,” “midstream,” and “downstream” mean (brief)
– Upstream: exploration and production (E&P) — finding, drilling and producing oil and gas. UCCI focuses on costs in this segment.
– Midstream: transportation, storage and processing between the field and market (pipelines, LNG trains, gas processing).
– Downstream: refining, petrochemical processing and distribution to final customers and retailers.
Practical steps — how to use UCCI in project analysis (step‑by‑step)
1. Acquire the index data
• Obtain the most recent UCCI series and historical values from S&P Global Market Intelligence or the S&P Global Costs & Supply Chain Indexes product. Confirm the index frequency (monthly/quarterly) and base year.
2. Align the index base to your project
• Choose a base date for comparison (e.g., project sanction date or last detailed engineering estimate).
• If the UCCI base differs from your model base, compute the cumulative change between the two dates and apply that factor to your baseline capex.
3. Map UCCI components to your project line items
• Break your capex into buckets (bulk materials, installed equipment, fabrication, labor, freight, contingencies).
• Apply the index change directly to those buckets that match UCCI components; don’t mechanically apply the same percentage to items that are not represented (e.g., owner’s costs unrelated to construction).
4. Convert to local currency and purchase units
• If your project costs are in a local currency, convert the index movement appropriately (account for exchange rate changes separately).
• Account for unit differences (e.g., some index inputs are commodity price driven; these may require separate treatment).
5. Update your financial model
• Increase or decrease capex line items according to adjusted values.
• Recalculate project financing needs and any schedule impacts due to supply‑chain delays driven by cost pressures.
6. Reassess contingency and escalation
• If the UCCI shows accelerating cost inflation, increase contingency allowances or include an explicit escalation assumption in future budgets.
7. Recompute economics and sensitivities
• Run NPV/IRR analyses with updated capex.
• Perform sensitivity analysis: e.g., ±10% UCCI movement and its effect on NPV, payback, and debt service coverage.
• If financing depends on covenant thresholds, check whether increased capex affects those covenants or debt capacity.
8. Use for contracting and procurement decisions
• Use UCCI trends to justify escalation clauses, fixed‑price versus reimbursable contracting decisions, or to time procurement of long‑lead items.
9. Monitor and iterate
• Track UCCI regularly and update forecasts—supply‑chain pressures can change quickly.
• Compare UCCI signals with other inputs (commodity prices, labor markets, exchange rates, local inflation indices).
Simple example
– Base project capex at sanction: $1.0 billion. UCCI movement since sanction: +12% cumulatively.
– Adjusted capex = $1.00B × 1.12 = $1.12B (increase of $120M).
– Update contingency/schedule and re-run cash‑flow models. A straightforward capex increase of 12% reduces NPV by the present value of that $120M (timing matters — if all additional spend is up front, PV reduces more than if spread over years).
Limitations and cautions
– Representative sample: UCCI reflects a sample of 28 projects (LNG, pipeline, onshore, offshore)—it may not perfectly match a given project’s technology, scale or local cost structure.
– Proprietary index: methodology and component weighting are set by the index owner; read the index methodology to understand component definitions and any reweights.
– Currency and macro drivers: UCCI captures industry cost movements but does not substitute for local regulatory, permitting or labor availability risks that materially affect costs.
– Not a substitute for detailed estimating: use UCCI for high‑level benchmarking and trend adjustments; rely on detailed, itemized estimates for final budgeting.
Where to get more information
– Investopedia — Upstream Capital Costs Index (UCCI):
– S&P Global (index owner and publisher): and S&P Global Market Intelligence:
– Background on CERA and CERAWeek
The bottom line
UCCI is a practical, market‑level indicator of upstream capital and related cost trends. Use it to benchmark capex and update project economics, but always adapt the index signal to project specifics (scope, location, currency and schedule). Combine UCCI insights with detailed estimating, local intelligence and sensitivity testing to make robust investment, contracting, and financing decisions.
Editor’s note: The following topics are reserved for upcoming updates and will be expanded with detailed examples and datasets.