Quick Introductions: Who’s in the Room (and Why This Matters)

• Who will sponsor this engagement inside your organization? Options: Chief Sustainability Officer (CSO), VP/Director of Energy, Chief Financial Officer (CFO), Chief Operating Officer (COO), Plant/Division GM, Other
• Please list the names, titles, and primary motivation (one sentence each) for the people we should engage first.
• Which functional teams should be included for technical validation and day-to-day coordination? Options: Operations/Plant, Maintenance, Engineering, Finance/FP&A, Procurement, IT/Data, EHS/Compliance, Corporate Communications, Other
• Who ultimately signs off on capital spending for projects like this? Options: CFO, CEO, Board/Board committee, Divisional GM, Capital committee, Procurement
• What cadence do stakeholders prefer for executive updates during discovery and proposal stages? Options: Weekly, Biweekly, Monthly, Ad-hoc as milestones hit, Quarterly

If the Board Asked ‘Why This, Why Now?’ — What Do We Need to Prove?

• What specific board-level outcomes must this engagement deliver for it to be considered successful? Options: Achieve targeted tCO2 reductions, Board-ready emissions roadmap, Capital plan with verified ROI, Regulatory readiness/compliance, Improved ESG ratings/scorecards, Supply-chain emissions disclosure
• What concrete evidence or credibility markers will the board expect before approving public claims or major capital? Options: Third‑party verification, SBTi alignment or pathway, Detailed engineering cost estimates, Pilot demonstration results, Robust M&V plan, Independent financial audit of savings
• What degree of precision does the board expect on emissions and cost estimates (e.g., ±5%, ±20%, qualitative)? Options: ±5% or better, ±10%, ±20%, Qualitative assurance only, Unsure—need guidance
• Tell us about any recent board directives or external pressures (investors, customers, regulators) shaping how they’ll judge this program.
• Are there reputational ‘non-starters’ the board has flagged (e.g., certain techs, off-balance-sheet arrangements, public timeline promises)? Options: Avoid unproven technologies, No public claims without third‑party validation, No actions that increase near-term emissions, No long-term liabilities without Board review, Other

Who Really Decides When the Money Moves?

• Walk us through your capital approval process and typical timeline from proposal to funds released.
• What marginal abatement cost (MAC) or ROI threshold does finance typically require to green‑light projects? Options: <$20 / tCO2, $20–50 / tCO2, $50–100 / tCO2, >$100 / tCO2, ROI/payback basis (e.g., <5 years), Unsure—needs discussion
• Which internal gates or committees should we map and engage early to avoid surprises? Options: Capital committee, Risk/compliance committee, Procurement, Sustainability steering committee, Executive steering committee, Board
• In prior capital projects, what unexpected factor most commonly delayed approval or funding?
• Which finance stakeholders must be convinced and what evidence do they prioritize (e.g., audited cost estimates, sensitivity analysis, contract terms)? Options: CFO, Head of FP&A, Treasurer, Internal Audit, Procurement lead, Other

What Keeps Operations Up at Night?

• Which operational constraints or failure modes would most limit the viability of decarbonization options? Options: Production uptime requirements, Process safety/regulatory limits, Steam/heat reliability, Skilled labor shortages, Spare parts and vendor lead times, Quality/yield impacts, Other
• Tell us about a recent operational incident or near-miss that shapes current risk tolerance for process changes.
• How does the operations team prefer new technology introduction to be staged: short pilot, phased scale-up, or full roll-out? Options: Short pilot at single site, Phased multi-site rollout, Parallel full-scale deployment, Depends on tech and ROI, Undecided/need recommendation
• Which KPIs must remain tightly protected during any pilot or implementation (select all that apply)? Options: Throughput, Product quality/yield, Safety incidents, Energy intensity, Downtime, Emissions compliance
• Who in operations must sign off on site access, outages, and scope-of-work for pilots or projects? Options: Plant/Facility Manager, Operations Director, EHS Manager, Maintenance Lead, Site Owner/Operator

Where Are the Data Blindspots That Could Sink This Project?

• Which data sources can you readily provide for Scope 1, Scope 2, and Scope 3 (check all available)? Options: Continuous emissions monitoring (CEMS), Utility bills, Sub-metering data, Fuel invoices & logs, Procurement/supplier data, Fleet telematics, LCA/third‑party studies, None readily available
• Which areas have the largest gaps or lowest confidence (where model outputs will be most sensitive)? Options: Process emissions (chemical reactions), Fuel consumption logs, Purchased electricity attribution, Scope 3 supplier emissions, Refrigerant leakage, On-site combustion metering
• How accessible are 3–5 years of historical operational and cost data for modeling? Options: Fully accessible (3+ years), Mostly available (1–3 years), Spotty/hybrid, Only latest year, Not available
• Who controls data governance and can approve external data sharing (name/title)? Options: IT/Data governance, Sustainability team, Finance/FP&A, Operations, Legal/Compliance, Other
• What concerns (security, competitive, regulatory) do you have about sharing detailed cost or operational data with an external consultancy?

If This Fails, Where Will It Hurt Most?

• What are the biggest consequences if projected emissions reductions or ROI don’t materialize? Options: Board dissatisfaction/censure, Budget cuts or clawbacks, Reputational damage, Customer or supplier contract impacts, Regulatory exposure, Other
• Have you publicly committed to targets (SBTi, customer pledge, or similar) that would increase scrutiny if progress stalls? Options: Yes — SBTi or equivalent, Yes — customer or supplier pledge, No public commitments, Prefer not to say
• How does leadership balance tolerance for iterative learning versus an expectation of near-term certainty? Options: High tolerance — iterative testing ok, Moderate — some pilots, then scale, Low — expects near certainty before investment, Undecided
• Which mitigation measures would reduce perceived program risk (select all that would help)? Options: Funded pilot budget, Third‑party validation, Stage-gates tied to metrics, Performance-based contracts, Conservative baseline assumptions, Insurance or guarantees
• Who will handle internal and external communications if outcomes deviate from plan? Options: CSO, Corporate Communications, CFO, CEO, Business Unit Head, Legal/Compliance

Imagine the Board Applauds — What Exactly Did We Deliver?

• From your perspective, which measurable outcomes would most convincingly demonstrate success? (pick up to three) Options: Absolute CO2 reduction (tCO2/year), Percent reduction vs baseline, Verified Scope 1/2/3 inventory, Net Present Value / NPV, Payback period, Board‑approved multi‑year roadmap, Regulatory compliance / avoided penalties
• What timeline would you consider a meaningful program win (e.g., pilot in 6 months, first projects in 12–24 months)? Options: 3–6 months, 6–12 months, 1–2 years, 3–5 years, More than 5 years
• Which stakeholders’ public endorsement would you need for the results to be seen as credible inside and outside the company? Options: CSO, CFO, CEO, Board Chair, Operations Head, External Auditor/Verifier, Key Customer
• Which artifacts will be required for external disclosure or customer reporting? Options: Third‑party verification report, GHG inventory with methodology, MACC documentation and assumptions, Project-level M&V (measurement & verification), Detailed financial model, Board slide package, Other
• Beyond emissions and ROI, what secondary benefits would increase your appetite to move faster (e.g., resilience, reduced fuel price exposure)? Options: Energy cost savings, Operational resilience, Supply‑chain advantage, Customer retention/competitive differentiation, Regulatory readiness, Workforce upskilling

Practical Next Steps: Who, When, and What Must Be Committed?

• What immediate internal commitments (people, access, and time) can you make this quarter to start baselining and MACC work? Options: Sponsor time (executive), Energy/engineering SME time, Operations/plant SME time, Finance/FP&A SME time, Data extraction & IT support, None yet—need to align
• Are there procurement, contracting, or legal constraints we should plan around (annual windows, mandated RFPs, PO types)? Options: Annual procurement window, Standard purchase order only, Competitive bid required, Legal/Compliance review required, Preferred vendor list or approved suppliers, Other
• What commercial model would make you most comfortable to move from discovery into a pilot (choose one)? Options: Fixed‑price pilot, Time & materials with cap, Stage‑gated contract, Performance / outcome‑based milestones, Unsure—need recommendation
• Who should sit on an executive steering committee to ensure timely decisions? Options: CSO, CFO, COO, Plant/Division GM, Head of Procurement, External advisor/board liaison, Other
• When can we schedule a 60–90 minute alignment workshop with key decision makers to validate scope, timeline, and acceptance criteria? Options: Next week, 2 weeks, 1 month, 6+ weeks, Unsure—need coordination

Quick Snapshot: Tell Us Your Situation in One Breath

• In one sentence, how would you summarize your current energy and emissions situation?
• Which of the following best describes the primary driver pushing you toward decarbonization today? Options: Board SBTi commitment, Customer/supply-chain requests, Regulatory pressure, Cost-savings / energy efficiency, Investor or lender expectations, Risk management / resilience, Other
• Which of these fuel and energy sources account for the majority of your site emissions? Options: Natural gas / process gas, Diesel / transport fuels, Electricity (market), Purchased steam / heat, Fugitive emissions (process), Other
• Which facilities or business units produce most of your emissions? Please list sites or percent breakdown.
• Which systems do you currently use to track energy and emissions? Options: Energy Management System (EMS), Building Management System (BMS), ERP with sustainability module, Spreadsheets/manual tracking, Third‑party reporting tool, None / ad hoc
• Who formally owns emissions and energy data internally today? Options: Chief Sustainability Officer, VP Energy/Facilities, Operations Manager, Corporate Finance, External consultant, No single owner / shared

If We Kept Doing Nothing, How Bad Would It Get?

• What's the most credible way your current trajectory could cost the company — financially, operationally, or reputationally — in the next 3 years?
• How has your emissions intensity (e.g., tCO2e per unit of production or revenue) trended over the last three years? Options: Significantly improving, Slightly improving, Flat, Slightly worsening, Significantly worsening, Don't know
• Are there contractual or customer commitments that hinge on year-over-year emissions improvements? Options: Yes — critical contracts, Yes — some customers, Planned/expected, No
• Have you quantified potential revenue at risk or cost increases tied to carbon pricing or regulator action? Options: Yes — modeled amount, Partially modeled, Acknowledged but not quantified, No
• If you miss an agreed public target next year, how would stakeholders most likely react? Options: Board escalation, Investor scrutiny, Customer penalties / lost business, Operational review, Limited reaction / internal only
• What would be the single earliest signal that tells you this program is failing to deliver?

Numbers You’re Confident In — And Those You’re Not

• Where in your Scope 1–3 picture are you confident enough to stand behind the numbers in front of the board — and where would you ask to keep quiet?
• Which Scopes do you currently measure with what you’d call ‘high confidence’ (>=95%)? Options: Scope 1, Scope 2, Scope 3, None of the above
• For Scope 3, which categories currently have supplier-verified data versus modeled estimates? Options: Purchased goods & services, Fuel & energy related activities, upstream/downstream transport, Business travel, Waste, Use of sold products, End-of-life treatment, None
• Do you have continuous sub‑metering or high‑resolution energy data for your largest processes? Options: Yes — for all major processes, Yes — for some processes, Planned but not installed, No
• How frequently is your emissions inventory updated and who provides the final sign‑off? Options: Monthly — Head of Operations, Quarterly — Sustainability lead, Annually — Finance / Sustainability, Ad hoc / no formal cadence
• Which emissions factors and methodologies do you rely on (e.g., national grid, supplier-specific, engineering estimates, default factors)? Options: National grid / government database, Supplier-provided factors, Industry standard databases (e.g., GHG protocol), Custom engineering factors, Mixture / uncertain
• Where are the largest data gaps that currently block a reliable baseline (be specific: processes, suppliers, meter types)?

Money: Where The Limits Actually Are

• If your CFO could only approve one decarbonization dollar this fiscal year, what would they insist it demonstrably achieve?
• What is your organization’s typical payback or hurdle expectations for capital projects? Options: < 1 year, 1–3 years, 3–5 years, 5–10 years, Depends on strategic priority / no fixed rule
• Is there an allocated capital envelope for sustainability/energy projects this year? If yes, what is the range? Options: Yes — clearly defined amount, Yes — but flexible, Planned / awaiting approval, No
• Which financing models would your CFO consider acceptable for energy projects? Options: Standard CapEx, Operating lease / Opex, ESCO / performance contract, Third‑party financing / vendor financing, Green bonds or sustainability-linked loans, Not open to external financing
• How do you prioritize investment choices today: lowest cost per ton, NPV, payback, regulatory need, or strategic importance? Options: Lowest $/tCO2e, NPV / IRR, Simple payback, Regulatory compliance, Operational reliability, Mixed / other
• Are there procurement cycles, shutdown windows or seasonality that create hard dates for executing capital work? Options: Annual budget window, Planned maintenance shutdowns, Seasonal production peaks, Flexible / no major constraints
• What level of financial certainty (cost accuracy %) do you need before a project can move from concept to approval? Options: High (±10%), Medium (±20%), Low (±30%+), Depends on project size

Where Operations Say ‘No’ — And Why

• When operations has pushed back on projects in the past, what was the real reason — risk to uptime, safety, hidden costs, or something else?
• Have previous energy or process projects resulted in measurable production loss, quality issues, or safety incidents? Options: Yes — measurable impact, Near-miss events, No significant issues, Don't know / undocumented
• How much forced downtime (hours per year or % of operating time) can each critical site tolerate for retrofits? Options: < 0.5% / minimal, 0.5–2%, 2–5%, > 5% / significant
• Who in operations would be the project owner and what is their current bandwidth to support implementation? Options: Facilities / maintenance — high bandwidth, Facilities — limited bandwidth, Operations manager — moderate, Reliability engineering — limited, No clear owner / needs assignment
• Do you have existing maintenance or change‑management protocols that would add time or cost to retrofits? If yes, describe briefly.
• What contingency or rollback requirements would operations insist on before allowing an intervention (e.g., pilot, parallel run, guaranteed warranty)? Options: Small-scale pilot, Parallel operation mode, Performance guarantee / warranty, Operator training & SOP updates, Other

What Would Convince Your Board This Isn’t a PR Move?

• What is the single hardest question your board will ask about any emissions number you present?
• Which external standards or verifications does the board expect for credibility? Options: SBTi / science-based targets, ISO 14064 / 14065, Third-party verifier attestation, Assurance by finance / audit, No external standard required yet
• What reporting cadence does the board prefer for emissions progress and project financials? Options: Quarterly, Bi-annual, Annual, Ad hoc when milestones hit
• Are executive compensation or KPIs tied to emissions, energy, or sustainability outcomes today? Options: Yes — executive-level, Yes — mid-level managers, Planned but not yet implemented, No
• Which metrics will the board view as decisive: absolute emissions, intensity per output, $/t abated, or verified reduction? Options: Absolute tCO2e, Intensity (tCO2e/unit), $ per tCO2e abated (MACC), Verified measured reductions, All of the above
• What evidence or deliverable would shift the board from skeptical to supportive within six months?

Everyone Else That Pulls a Thread

• Which external party (supplier, customer, regulator, lender) could derail your plan if they fail to provide data or compliance?
• Approximately what proportion of your total emissions depends on supplier-provided data or third-party operations (Scope 3 reliance)? Options: < 10%, 10–30%, 30–60%, > 60%, Don't know
• Do key suppliers have verified emissions data or do you currently model their emissions? Options: Most suppliers verified, Some verified / some modeled, Few verified / mostly modeled, No supplier data available
• Are there long-lead items (e.g., equipment with >12 month lead times) or regulatory approvals that could bottleneck execution? Options: Yes — multiple, Yes — a few, No, Unsure
• Which customer requirements or procurement standards require supplier emissions disclosures today? Options: CDP / buyer questionnaires, Customer contractual clauses, Industry sustainability standards, None currently
• How do you currently contractually enforce supplier data sharing or emissions reductions (e.g., SLAs, audits, incentives)?

What Would Make Us Decision-Ready in 90 Days?

• If you needed a board‑ready package in 90 days, what are the non‑negotiable elements it must include to win approval?
• Which of these datasets can you commit to sharing within two weeks of kickoff? Options: Monthly energy bills, Hourly meter data (CSV), Fuel purchase / delivery logs, Maintenance logs / downtime records, Procurement / supplier lists, Emissions inventories (past years)
• Who are the internal SMEs we must engage, and what roles/titles should we expect to work with?
• Are there legal, confidentiality, or NDA constraints we need in place before accessing site or equipment-level data? Options: Yes — strict NDAs required, Yes — standard data-sharing agreement, No legal barrier, Unsure
• What would a successful 90-day outcome look like to you (select top two)? Options: Board-ready baseline + assumptions, Prioritized MACC / $/t list, Pilot project scoped and funded, Verified meter/data pipeline established, Financing term sheet or internal approval, Other
• When could you realistically schedule the initial data kickoff and site SME interviews? Options: Immediately / this week, Within 1–2 weeks, 2–4 weeks, Later than 4 weeks

Start with the Big Picture — Where do we stand?

• Briefly describe the single decision or milestone that would make you call this project 'deployment-ready'.
• Which internal sponsor(s) must sign off to allow field work to begin (pick all that apply)? Options: Chief Sustainability Officer (CSO), CFO / Finance, Head of Operations / Plant Manager, Procurement, EHS / Safety, Corporate Risk / Compliance, Other
• What timeline are you targeting for first on-site activities? Options: Within 30 days, 30–90 days, 3–6 months, 6–12 months, Undecided
• Which prioritized projects from the roadmap do you expect to deploy first? Please list project names or short descriptors.
• Which external or internal deadlines are driving that timeline (board report, customer commitment, regulation)? Options: Board reporting cycle, Regulatory compliance date, Customer contract requirement, Quarterly capital window, Internal operational window, Other

If This Slips, Who Pays the Price?

• If our prioritized projects are delayed, what concrete operational, financial, or reputational impacts would your organization face in the next 12 months?
• Which of these impacts matter most to your board or CFO? Options: Missed emissions targets, Shortfall vs. ROI expectations, Regulatory exposure/fines, Customer-supply risk, Operational downtime, Brand/reputation damage, Other
• Have you experienced deployment delays caused by procurement, data, or access issues before? Tell us what happened and why.
• How quickly does leadership expect a mitigation plan when a critical deployment slips? Options: Immediately (days), 1–2 weeks, 1 month, Next quarterly review, No defined expectation
• If leadership questioned the value after a delay, how would you explain the situation to preserve credibility?

Who Owns What, Really?

• Who will be directly accountable day-to-day once crews arrive on-site, and how will conflicts between operations and project teams be resolved?
• Please list the named owners (role + name) and preferred contact method for: site access, data supply, procurement approvals, safety oversight, and acceptance sign-off.
• Which function will have final acceptance authority for deployed projects? Options: Operations / Plant, Sustainability Office (CSO), Finance / CFO, Corporate Risk & Compliance, Joint governance committee
• How many people from Ops, Finance, Procurement, and Sustainability will be actively involved in weekly governance calls? Options: 1–2, 3–5, 6–10, 10+
• What should the escalation path be if a critical data pipeline or site access issue emerges mid-deployment?

Data: Is It Ready to Fly?

• If our models are only as good as your data, which datasets do you expect to be missing or unreliable when we start deployment?
• Select the data types required for project execution that are already available and validated in your environment. Options: Hourly energy meters (sub-metered), Fuel consumption logs, Process operating data (temp/pressure/flow), Maintenance and downtime history, Continuous emissions monitoring, Utility invoices and tariffs, Scope 3 supplier data, None of the above
• How automated are your data pipelines from sensors to analytics today? Options: Fully automated (real-time APIs), Partially automated (daily/weekly ETL), Manual exports only, No pipeline yet
• Who owns the data pipeline and who can grant API or batch access (role + name)?
• Estimate the completeness of critical data for prioritized projects. Options: 0–25%, 26–50%, 51–75%, 76–100%
• If gaps exist, which approach do you prefer for initial deployment: rapid instrumentation, modeled estimates, or pause until data is complete? Options: Rapid instrumentation and go, Use modeled estimates for initial run, Pause until data is complete, Decide case-by-case

Site Access: Can We Get In When It Counts?

• What site access constraints are most likely to stop field teams from executing on schedule—permits, safety training, shift rules, or something else?
• Which site access requirements apply at your sites today? Options: Site-specific permits, Contractor safety orientation, Visitor badging, Confined space certification, Hot work permits, Restricted shift access, Contractor insurance requirements, None
• How long does contractor onboarding and badging typically take at these sites? Options: Same day, 1–3 days, 1–2 weeks, 2+ weeks
• Are there seasonal or production windows when site access is restricted or prohibited? If yes, please specify. Options: Yes—specific months, Yes—specific shifts, No regular restrictions, Unsure
• Who issues work permits and how fast can exceptions be approved (role + typical SLA)?
• Share a recent example where access issues delayed execution and what changed afterward.

Money & Timing: Will Procurement Beat the Season?

• What procurement bottlenecks have historically pushed projects past their delivery windows?
• Which procurement constraints matter most for these prioritized projects? Options: Capital approval cycle, Long-lead equipment (>6 months), Vendor qualification / pre-approval, Import/customs delays, Budget competition with other projects, Internal PO processing delays, None
• What is your typical capital approval lead time from request to PO issuance? Options: Under 2 weeks, 2–6 weeks, 6–12 weeks, 12+ weeks, Varies by amount
• Do these prioritized projects have pre-approved budget lines or will they require new capital approvals? Options: Pre-approved, Require new approval, Partial pre-approval, Unsure
• Which procurement windows (quarters or months) are critical to avoid production or budget conflicts?
• Would you be open to phased procurement, vendor financing, or early long-lead buy decisions to shorten delivery time? Options: Yes—phased procurement, Yes—vendor/partner financing, Prefer single bulk purchase, Unsure

Risk Controls: Do the Guards Exist or Just Good Intentions?

• Which single unmitigated risk would force you to stop a deployment immediately?
• Which of the following risk controls are already in place for these projects? Options: Safety risk assessments, Quality inspection checklists, Insurance coverage, Lockout/tagout procedures, Environmental permits, Contingency budget, None of the above
• Who signs off on the risk register and how often is it reviewed? Options: Weekly, Bi-weekly, Monthly, Quarterly, Ad-hoc
• Describe any recent near-miss or issue on a similar project and what new controls were implemented.
• Would you accept a contractor-managed risk plan with your oversight, or do you require in-house ownership of all controls? Options: Contractor-managed with client oversight, Client in-house ownership only, Shared responsibility model, Unsure
• What insurance or indemnity requirements must vendors meet to work on-site (limits, carriers, endorsements)?

Acceptance & Measurement — How Will We Know It Worked?

• If we delivered on time but the board still asks 'where are the emissions savings?,' how will you prove value—what measures matter most?
• Which acceptance criteria will be required to close the project? Options: Measured emissions reduction (tCO2e), Verified energy savings (kWh or fuel), Cost reconciliation within a tolerance, Performance tests passed, As-built documentation delivered, Third-party verification
• Do you have existing measurement & verification (M&V) protocols or do we need to define them? Options: Existing M&V protocol, We need you to define M&V, Hybrid / adapt existing
• What reporting frequency and format does your board or executive team prefer for post-deployment results? Options: Monthly dashboard, Quarterly board slide, Annual summary, Ad-hoc deep dives, Combination
• What percent variance between projected and measured savings would you consider acceptable? Options: ±5%, ±10%, ±20%, No tolerance—must match, Unsure
• Who will own post-deployment data reconciliation and ongoing verification (role + name)?

What's a Realistic Next Step?

• If we left this meeting with one firm commitment from your side, what would it be?
• Which of these immediate commitments can you make now to keep deployment on schedule? Options: Provide named site contact and access date, Authorize instrumentation or metering, Pre-approve capital release, Sign data-sharing agreement, Schedule first governance meeting, None at this time
• Which stakeholders must attend the next decision meeting and what dates are available in the next two weeks?
• What would success look like at 30, 90, and 180 days? Please give one measurable for each timeframe.
• How would you like us to communicate progress and emergent issues (pick all that apply)? Options: Weekly governance call, Real-time dashboard access, Email summaries, Slack / MS Teams channel, Ad-hoc onsite meetings
• Is there anything we haven't asked that, if we knew it now, would materially change how we approach deployment readiness?

Let's Get Oriented — Who's in the Room?

• In one sentence, what prompted you to begin a decarbonization conversation today?
• Who is sponsoring this work inside your organization and who will be the day-to-day owner? Options: Chief Sustainability Officer, VP/Director of Energy, CFO/Head of Finance, Head of Operations, Plant/Site Manager, Other
• Which internal functions must be actively involved for a successful program? Options: Sustainability/ESG, Finance, Operations/Plant Engineering, Procurement, IT/Data, Legal/Compliance, HR, Other
• What is your target decision timeline (when does leadership expect a clear go/no-go)? Options: Immediately / within 30 days, 1–3 months, 3–6 months, 6–12 months, No set timeline
• Do you already have internal or external studies (baselines, MACC, audits) we should know about? If so, list the most recent and their year.

Are We Comfortable Waiting Until It’s Urgent?

• If a regulator, major customer, or investor demanded verified emissions cuts next year, what would break first internally? Options: Capital approval process, Data and measurement systems, Operational capacity, Procurement lead times, Board acceptance/credibility, Nothing would break
• Which of these external pressure scenarios feels most likely in the next 12–24 months? Options: Mandatory carbon pricing, Customer supply-chain disclosure demands, Investor divestment or engagement, New local emissions regulation, Insurance/premiums tied to emissions
• Have you ever had a close call—an audit, regulatory question, or a customer demand—that revealed weaknesses in your emissions claims? Tell us what happened and how long ago.
• How anxious or confident does leadership feel about being able to respond quickly to a credibility or compliance challenge? Options: Very confident, Somewhat confident, Worried but prepared, Very worried/ill-prepared
• Roughly how much contingency capital or flexibility exists today to address an urgent emissions-related fix? Options: >10% of annual capex, 5–10% of annual capex, <5% of annual capex, No contingency / must compete with core projects, Unknown

Where the Numbers Quietly Fall Apart

• Which parts of your emissions inventory do you distrust the most—even if you haven't said it publicly? Options: Scope 1 fuel combustion, Process emissions estimates, Scope 2 location vs market mix, Scope 3 upstream purchases, Scope 3 downstream use-phase, All of the above
• What are the largest recurring data gaps (e.g., missing meters, vendor data delays, undocumented processes)? Options: Missing direct metering, Inconsistent vendor emissions factors, Incomplete supplier data, Manual data-entry errors, Lumpy/seasonal production data, Other
• How often do you produce emissions figures today and who signs off on them? Options: Monthly (internal), Quarterly (internal), Annually (internal), Annually with external verification, Ad-hoc
• On a scale from 0–10, how confident are you in the accuracy of material emissions drivers at a project level? Please explain the number and give an example.
• What would it take to move a specific data gap from ‘unknown’ to ‘trusted’—time, meters, vendor cooperation, capital, or something else? Options: Install metering/hardware, Supplier engagement & contracts, Internal process redesign, Third-party verification, Capital investment, Other

If the Board Asked for Proof Tomorrow, Could You Deliver It?

• What forms of evidence does your board find convincing (e.g., verified emissions baselines, project-level ROI, third-party validation, pilot results)? Options: Third-party verification, Project-level measured reductions, Financial payback analysis, Pilot demonstration, External vendor credibility/case studies
• Are there past promises or targets the board has been frustrated about? What were the consequences and how did that change expectations?
• How does the CFO define acceptable trade-offs between emissions reduction and short-term ROI? Options: Maximize carbon reduction regardless of ROI, Target projects with payback <3 years, Target MAC below a specific $/tCO2 threshold, Case-by-case based on strategic value, Unsure/not defined
• What reporting cadence and level of granularity would satisfy board and external stakeholders (e.g., monthly site-level dashboards, quarterly MACC updates)? Options: Monthly site-level, Quarterly consolidated, Semi-annual narrative reports, Annual verified reports, Real-time dashboards
• If we needed to prepare a board-ready narrative within 8 weeks, what data or approvals are most likely to slow us down? Options: Legal review, Data collection/validation, Finance modeling, Operations sign-off, Procurement/contracting

What's Getting in the Way of Making Projects Real?

• When you think about executing projects on the ground, what's the single biggest operational blocker you expect we'll run into? Options: Long procurement lead-times, Limited engineering capacity, Competing maintenance schedules, Site safety/access limitations, Internal approval bottlenecks, Other
• How predictable are your procurement windows and long-lead equipment timelines? Options: Very predictable, Generally predictable, Sometimes unpredictable, Highly unpredictable/chaotic
• Who at the site level must explicitly approve access, testing, and pilot work? Please name roles and typical availability.
• Have prior capital projects experienced cost escalation or scope creep? Describe an example and how long that impact persisted.
• Which risk controls are non-negotiable for you in pilots and rollouts (e.g., insurance, acceptance tests, hold-points, contingency budget)? Options: Insurance/bonds, Detailed acceptance criteria, Hold points with sign-off, Contingency budget, Vendor performance guarantees, Other

What Would Real, Measurable Success Actually Feel Like?

• If we guarantee one measurable outcome in 24 months, what single outcome would change how leadership feels about this program? Options: X% reduction in Scope 1 emissions, Verified project-level emissions reductions, Net-positive ROI within Y years, A board-accepted roadmap, A successful pilot with measured savings
• Which KPIs would you want on the executive dashboard (choose up to four)? Options: tCO2e reduced (absolute), tCO2e reduced per $ invested, Marginal abatement cost ($/tCO2e), Project-level IRR/NPV, Progress vs SBTi target (%), Number of verified projects
• What MACC (marginal abatement cost) threshold would the CFO consider an acceptable average across prioritized projects? Options: $20–50/tCO2e, <$20/tCO2e, $50–100/tCO2e, >$100/tCO2e, Not yet defined
• How should measured emissions reductions be validated for you to consider them ‘real’—third-party verification, internal metering, or a hybrid? Options: Third-party verification, Internal metering with audit, Hybrid (metering + selective verification), Vendor-certified measurements
• What emotional outcome matters most to leadership when they see this work succeed (pride with board, reduced anxiety, investor confidence, cost-savings relief)? Options: Board confidence/pride, Reduced business risk/anxiety, Investor/stakeholder credibility, Operational cost relief, Other

Where Do You Want the Consultant to Be — Advisor, Doer, or Both?

• Would you prefer a hands-on partner who helps deliver projects, or a strategic advisor who hands over a turnkey plan? Options: Hands-on delivery partner, Strategic advisor only, Mixture of both, Undecided
• What internal capabilities exist today to execute projects (engineering, procurement, vendor management)? Please list strengths and gaps.
• How willing are you to commit the following to a consultant-led engagement: long-term data access, site access, and decision-makers' time? Options: Fully willing, Willing with limits, Reluctant on one or more, Not willing
• Which commercial model would align best with your procurement preferences? Options: Time & materials, Fixed-fee deliverables, Milestone-based payments, Outcome-based / shared savings, Combination
• Are there internal approval gates or procurement rules we should know about that typically slow consultant engagements? Please describe.

What Would Make You Say Yes Today?

• What is the single non-negotiable condition that would get leadership to greenlight a pilot in the next 60 days? Options: Clear ROI case, Board-level sign-off, CFO budget allocation, Regulatory urgency, Pilot-ready site with data
• What short, tangible deliverable would convince you we can move from assessment to execution (e.g., pilot scope, measured baseline, proof-of-concept savings)? Options: Pilot scope & schedule, Measured baseline report, MACC with prioritized projects, Board-ready executive memo
• Realistically, what is the soonest date you could commit to a scoped pilot with executive backing? Options: Immediately / within 2 weeks, Within 1 month, 1–3 months, 3–6 months, Longer / uncertain
• What would be the biggest risk or objection leadership would raise to starting now, and how long has that concern been shaping decisions?
• Which next step feels most useful to you right now? Options: Kickoff scoping workshop, Data readiness audit, Site pilot proposal, Board briefing deck