Industrial & Manufacturing
›
Oil, Gas & Natural Resources
›
Oilfield Services & Equipment
Oilfield Equipment Sales
Capital-intensive extraction and processing programs where safety, regulation, and supply chain complexity define execution.
NOV Inc.
Baker Hughes
Halliburton
Weatherford
Inside this journey
-
Pre-Discovery
Align the room on outcomes, decision process, and constraints before deeper discovery.
-
Stakeholder Alignment
Confirm decision roles, project timeline, and key technical and commercial constraints across engineering, procurement, and operations.
Alignment Questions
Getting Us Started — Who's in the Room?
- Who from your organization will be actively involved in this purchase decision (names/titles or functions)?
- Which single person should be our primary point of contact for day-to-day coordination?
- How do your stakeholders normally prefer to receive updates (email, weekly sync, shared dashboard, formal reports)?
- When a decision needs to be escalated, what is the formal approval path and typical lead time?
- Have you used a single integrated decision committee on past major equipment buys or do decisions typically move sequentially across departments?
Are We Solving the Same Problem?
- If engineering, procurement, and operations each wrote a one-sentence priority for this purchase, how different would those sentences be?
- From your perspective, what is the top operational outcome we must deliver with this equipment (safety, uptime, throughput, certification, lowest total cost)?
- How would procurement describe their primary constraint on this project (budget, vendor prequalification, payment terms, internal process)?
- How would operations describe their main concern about new equipment arriving on site?
- Tell us about a past project where expectations between functions diverged—what happened and what was the human impact?
Timeline Pressure — Where's the Real Deadline?
- If the delivery slipped by two months, which function would feel the greatest pain and why?
- List the external dates that drive your timeline (rig build handover, facility commissioning, vessel mobilization, regulatory inspection):
- What is your target contract signature / PO date and how flexible is that milestone?
- Which milestones are absolute (no slip tolerated) versus aspirational?
- How confident are you in your current internal timeline estimates?
Technical Red Lines — What Can't Be Compromised?
- Which single technical requirement would immediately disqualify a supplier if unmet?
- Please list the top three technical constraints (spec numbers, operating envelope, structural limits) that we must design to:
- Which third‑party certifications are mandatory at delivery and which can be achieved post-delivery?
- Are there environmental or site-specific conditions we must account for (H2S, extreme ambient temps, subsea depth, sand/erosion)?
- How do you evaluate equivalency versus strict spec compliance when a supplier proposes an alternative design?
Commercial Constraints — Money, Risk, and Procurement Rules
- What single commercial term is most likely to stop the deal if it can't be met (payment term, warranty, lead time guarantee, liability cap)?
- Which procurement model will you use for this buy (capital purchase, lease, outsourced service contract, performance-based contracting)?
- What is the procurement approval threshold for commercial value (who signs for <$100k, $100k–$1M, >$1M)?
- Do you require supplier prequalification, local content, or insurance/cert limits beyond standard terms?
- How do you prefer to structure payment milestones relative to manufacturing and delivery (deposit, milestones, on delivery, acceptance)?
Decision Triggers — What Will Make You Say Yes?
- What one piece of evidence or assurance would make your procurement and engineering teams comfortable signing today?
- What are your acceptance criteria at commissioning (performance numbers, safety checks, recertification, operational handover)?
- Do you require performance guarantees tied to uptime, throughput, or mean time between failures (MTBF)?
- How important are site visits, factory tours, or witness tests in your final decision?
- Would you consider contractual risk-sharing (e.g., shared penalties/incentives) to bridge gaps on delivery or performance?
Communication Rhythm — How Do We Keep Everyone Aligned?
- Where do communications typically break down on projects like this — and what is the most painful consequence?
- What meeting cadence and forum would ensure stakeholders stay aligned (weekly working group, monthly steering, shared dashboard)?
- Which documents must be circulated and approved before manufacturing begins (signed specs, MTO, PO, QA plan, HSE plan)?
- Who on your side is authorized to approve scope changes that affect price or delivery?
- If an unexpected issue arises, what is your preferred escalation path and expected response time?
Hidden Risks & Past Lessons — What's Lurking Below?
- Thinking back to an equipment purchase that went poorly—what was the single biggest surprise and how did it affect the project?
- Have you experienced supply-chain or spare-parts shortages that impacted operations? If yes, how long were you affected?
- How have warranty or recertification disputes been resolved in the past, and what would you change about that process?
- What contingency or mitigation measures do you expect us to propose up front (holding stock, priority manufacturing, offshore spares)?
- Are there regulatory, insurance, or client-specific rules that typically surface late and derail projects?
If We Walk Away With One Commitment — What Must It Be?
- What is the single most important outcome you'd like from our next meeting to move this project forward?
- Who must attend the next alignment workshop from your side (names/titles or functions)?
- What documents or artifacts should we prepare and share before that meeting (draft spec, lead-time estimate, preliminary commercial terms, FAT plan)?
- What are reasonable dates for a workshop or decision checkpoint in the next 2–6 weeks?
- Who will own the action items on your side and what is their best contact information?
-
Current State Mapping
Document existing fleet specs, operating envelopes, failure modes, certification gaps, and supply-chain constraints that affect procurement.
Current State
Tell Us About Your Fleet Right Now
- How many rigs/units or pieces of equipment in scope are you actively operating or planning to procure for the next 24 months?
- Which asset classes should we include when mapping your current state? (Select all that apply)
- Describe the primary operating environments for these assets (geography, onshore/offshore, harshness).
- What are the typical pressure and temperature envelopes you design for or operate within?
- Which manufacturers or OEMs currently supply the majority of this equipment on your fleet?
Where Things Break (But You’ve Learned to Live With It)
- What recurring failures or performance gaps have your teams come to accept as 'normal'?
- How often do those recurring issues cause operational impact (downtime, reduced capacity, safety events)?
- Which of these consequences describe the most painful outcomes when failures occur?
- When a failure happens, where do you typically trace the root cause—design, manufacturing quality, maintenance practices, operational misuse, or supply-chain substitutions?
- Can you give a recent example (what failed, why you think it failed, and how you fixed it)?
Certs, Compliance, and the Holes That Could Stop a Job
- Are there certification or regulatory requirements you currently lack that would prevent deployment in key jurisdictions?
- Which certifications do your current fleet items already hold? (Select all that apply)
- Which certifications are missing or inconsistent across similar assets and have created procurement or deployment friction?
- When is the next recertification or third‑party inspection window for these assets, and which items are most at risk of lapsing?
- If a missing certification forced rework, what would the likely impact be—delayed commissioning, added cost, inability to operate, or something else?
- How does certification variance affect your vendor selection and procurement risk assessment today?
Supply Chain Under the Surface: Bottlenecks You Don’t Always Talk About
- If a critical component vendor missed their delivery window this year, what would the cascading effect look like for your project timelines?
- Typical lead times we should expect for major procurements (choose ranges for each):
- Do you rely on single-source suppliers for any critical items? If so, which ones and why?
- What customs, heavy-lift, or site access constraints have caused surprises in past deliveries?
- How do you currently hedge supply-risk—safety stock, multiple vendors, local spares, contractual penalties, or other measures?
- How comfortable are you sharing BOMs, MTOs, or vendor lists to support a more accurate procurement plan?
The Real Cost of Keeping Things Going
- Which maintenance model best describes how you keep this equipment running today?
- On average, what is your typical turnaround time for critical repairs (hours/days/weeks)?
- How many days of critical spares do you keep on hand for items that historically fail most often?
- What hidden costs tend to accumulate from current workarounds—overtime, expedited freight, temporary rentals, or regulatory fines?
- Have you tracked mean-time-between-failure (MTBF) or mean-time-to-repair (MTTR) for the units in scope? If yes, please share typical figures.
- How often do you consider refurbishment vs replacement for life‑expired assets, and what drives that decision?
If You Could Snap Your Fingers and Fix One Thing...
- Which single constraint—performance, delivery, aftermarket support, certification, or cost—would change your procurement decisions if it were solved tomorrow?
- How much tolerance do you have for design changes to mitigate that constraint—pilot on one rig, phased rollout, or full fleet redesign?
- What measurable outcomes would prove a fix was successful (e.g., uptime %, MTBF days, failed parts per year, cost per well)?
- What risks would make you say 'no' to a proposed solution even if it improved one of the above metrics?
- How ready would you be to run a 3–6 month pilot that includes instrumentation, testing, and a shared KPI dashboard?
Getting to 'Go' — Site Constraints and Acceptance Gates
- What non-negotiable conditions must be met before acceptance at site (e.g., FAT sign‑off, third‑party witness, local certification, training completed)?
- Who needs to sign off on FAT, commissioning, and final acceptance from your side? (List roles rather than names)
- Describe any site access, lifting, or installation windows that would constrain delivery or installation sequencing.
- What level of on-site technical support and operator training would you expect from the manufacturer at commissioning?
- Are there acceptance tests, third‑party witnesses, or local authority inspections that typically add time or cost? If so, which ones?
- What is a realistic decision timeline for moving from discovery to mutual commitment in your organization?
-
-
Outcome Discovery
Define required equipment performance, certifications, delivery windows, aftermarket coverage, and measurable success signals.
Discovery Questions
Quick Snapshot: Your Project at a Glance
- Which of these best describes the program this request ties to?
- Who are you on this program (role & team)?
- Tell us the equipment types and quantities you expect to evaluate (e.g., top drives, BOPs, mud pumps).
- What is the target in‑service date for the first unit or rig?
- How would you describe the primary operating environment for this equipment?
If This Goes Sideways, Who's Paying the Price?
- If the delivered equipment underperforms or fails, what is the real-world consequence you most fear?
- Share an example of a past supplier failure or late delivery that still influences how you evaluate vendors today.
- When those failures happen, who inside your organization feels the pressure first—and how do they escalate it?
- How do these risks affect how conservative you want specs and acceptance testing to be?
- When a critical part fails in the field, how long does it typically take to recover operations (and how does that make you feel)?
What ‘Must Work’ Really Means for You
- What single performance metric or capability would you call non‑negotiable for this equipment?
- Provide the specific operating envelopes we should design to (max pressure, max temperature, expected duty cycles, typical RPM/flow).
- Which certifications or third‑party approvals must be met at delivery?
- Are there interfaces or interoperability requirements with existing fleet systems (controls, hydraulic/pneumatic lines, mounting points)? Describe them.
- Do you require redundancy or fail‑over behaviour (e.g., dual pumps, backup actuators)? If so, explain the expected failover performance.
- How will you measure acceptable performance in the field—what thresholds or tolerances are contractually meaningful?
Deadlines That Can't Be Moved — Tell Us Which Ones
- What is the latest acceptable delivery date for each critical unit or long‑lead item?
- If delivery slips, which program milestone is most at risk (commissioning, offshore mobilization, spare parts stock, regulatory deadline)?
- How much schedule slippage can you tolerate before you need to consider alternate sourcing or penalties?
- Are there locked procurement windows, vessel/curing schedules, or blackout dates we must work around? Please list or describe.
- What delivery governance would you expect (regular milestones, gating reviews, shipment forecasting cadence)?
How You’ll Know We’ve Done Our Job
- If you could write the acceptance test headline, what would it say?
- Which acceptance criteria are most important to you (choose top 3)?
- How do you want performance validated—factory tests, witnessed FAT, simulated field trials, or staged commissioning?
- What operational KPIs will you monitor in the first 12 months to judge success (and what thresholds will trigger a corrective action)?
- How frequently do you want formal performance reviews during warranty and initial operations?
Support That Actually Feels Like Support
- When equipment needs service, what response time would you consider acceptable in your primary operating regions?
- What spare‑parts strategy best matches your operations?
- Which aftermarket services are mission‑critical to you (select all that apply)?
- Tell us about a time when aftermarket support met or failed your expectations—what stood out and what would you change?
- How important is local inventory and on‑shore technician presence versus fly‑in specialist support?
- What SLAs or warranty coverage terms do you typically require for capital equipment of this class?
Deciding Together: What Would Make Signing Easy?
- Who are the decision makers and approvers we should engage, and what does each care about most?
- What procurement criteria will ultimately drive vendor selection (rank or pick top 3)?
- Are you open to an initial pilot, prototype, or conditional acceptance that reduces upfront risk?
- What commercial levers would make you more comfortable (performance bonds, milestone payments, liquidated damages, shared risk trials)?
- What timeline and steps would you like to see from proposal to PO signature, and where do you expect the delays to appear?
- Finally, what is one worry we haven’t asked about that would stop you from choosing a vendor?
-
Solution Experience
Translate the customer’s operating scenarios into a shared view of how our design, testing, and services deliver the required outcomes and risk controls.
Experience Meetings
- Solution Experience Kickoff — Current State, Consequence, Future State
- Scenario Mapping Workshop — From Customer Scenarios to Requirements & Risks
- Design & Test Proofs — Show How Design and Testing Deliver Outcomes
- Service, Spares & Lifecycle Risk Control Review
- Validation & Alignment — Acceptance Criteria, Schedule, and Next Steps
- Seller to deliver a recommended spare parts list with suggested stocking locations and lead-time commitments.
- Seller to provide a consolidated proof dossier (design artifacts, test reports, and traceability to acceptance criteria).
- Customer to provide written confirmation (email) for each validated proof or a prioritized list of remaining concerns.
- If additional testing required, seller to produce an updated FAT/test schedule and resource list.
- Seller QA to document traceability from component serial numbers to test evidence for acceptance.
- Lifecycle Risk Summary
- Agree a spare parts and logistics plan that supports the agreed future-state KPIs and minimizes operational downtime.
- Lock in field service SLAs and technician qualifications that map to required risk controls.
- Define recertification cadence and ownership to ensure long-term compliance and performance.
- Identify any gaps in the aftermarket plan and assign owners to close them before commercial commitment.
- Introductions & Meeting Objectives
- Seller service team to provide formal SLA document (response times, escalation path, technician certifications).
- Customer to confirm preferred spare stocking locations and any procurement constraints.
- Both parties to schedule a recertification planning session if required by contract timelines.
- Recap: One-Sentence Current State, Consequence, Future State
- Obtain customer agreement on the validation checklist and the evidence required for acceptance.
- Lock in FAT/field trial dates and the witnessing/reporting protocol required for pass/fail decisions.
- Assign owners and deadlines for all open technical, logistical, and commercial dependencies.
- Confirm the conditions that will enable progression to Solution Scope and Mutual Commit stages.
- Seller to circulate the final validation checklist with each acceptance criterion linked to a specific proof artifact.
- Both parties to confirm and commit to FAT/field trial dates and required attendees within 3 business days.
- Seller to produce a consolidated schedule of milestones (manufacturing, FAT, shipping, installation) with critical-path highlights.
- Customer to provide final procurement/approval constraints that could affect delivery and acceptance timing.
- Agree and record a single-sentence current state that all participants can repeat.
- Quantify the business/operational consequence of the problem in measurable terms.
- Define a one-sentence future-state outcome that will be proven by the experience.
- Select and prioritize the operating scenarios to be used for proof in subsequent sessions.
- Customer to deliver a validated one-sentence current state and supporting evidence pack (operating envelopes, incident log, cost/impact data).
- Seller to produce a concise consequence quantification worksheet tying failures to cost/schedule/safety metrics.
- Seller to draft a one-sentence future-state outcome tied to KPIs and distribute to attendees for confirmation.
- Both parties to agree the 2–4 scenarios and schedule the Scenario Mapping Workshop.
- Scenario Review & Confirmation
- Produce a scenario->requirement matrix that ties each operating input to a specific design spec and test metric.
- Create a failure-mode-to-consequence mapping that prioritizes controls by business impact.
- Agree a set of measurable acceptance criteria and test cases for each prioritized scenario.
- Set the scope for the Design & Test Proofs session (which tests and evidence to present).
- Seller to deliver the scenario->requirement matrix with explicit numeric specs and test metrics.
- Customer to validate and annotate the failure-mode/consequence mapping, highlighting any missing risks.
- Seller to draft FAT/test scripts and indicate which historical test evidence maps to each acceptance criterion.
- Schedule the Design & Test Proofs meeting and confirm required test data and witnesses.
- Recap Preconditions (1-sentence current state, consequence, future state)
- Demonstrate measurable proof that design and tests meet the scenario-derived acceptance criteria.
- Ensure each proof is explicitly tied to eliminating quantified consequence.
- Obtain explicit customer validation or list of open technical clarifications to resolve.
- Agree on any additional tests or data required before commercial mutual commit.
- Spares Strategy & Lead Times
- Review Validation Checklist & Acceptance Criteria
- Design Proofs Aligned to Scenarios
- Derive Technical Requirements
- One-Sentence Current State (Diagnosis)
- Confirm FAT / Field Trial Schedule & Witnessing Plan
- Test Evidence & FAT Mapping
- Surface & Quantify Consequence
- Identify Failure Modes & Consequences
- Field Service Model & SLAs
- Tie Every Proof Back to Consequence
- Recertification & FAT Frequency
- Commercial & Operational Dependencies
- Define Risk Controls & Service Interventions
- Define One-Sentence Future State (Outcome)
-
Solution Scope
Define product configuration, third‑party certification requirements, FAT scope, lead times, spare parts, and service commitments.
Scope Configuration
- Manufacture Top Drive Unit
- Manufacture Drawworks Assembly
- Manufacture Triplex Mud Pump
- Manufacture API-Certified BOP Stack
- Factory Acceptance Test (FAT) — Top Drive
- Factory Acceptance Test (FAT) — BOP Stack
- Deliver and Install Top Drive at Rig Site
- Commission Top Drive and Control Systems
- Install and Commission BOP Stack and Choke Manifold
- Supply Spare Parts Kit for Mud Pumps
- Field Overhaul and Rebuild — Drawworks
- Refurbish and Recondition Coiled Tubing Unit
- BOP Pressure Testing and API Recertification
Scope Questions
Manufacture Top Drive Unit
- What quantity of top drive units do you require?
- Which top drive model/configuration or torque / RPM class is required (provide model numbers if known)?
- Specify operating envelopes: maximum torque, rated RPM, continuous duty cycles, ambient and downhole temperatures, and any corrosive/sour-service conditions.
- Which certifications and standards must the unit satisfy?
- What is the target delivery lead time from PO / milestone date?
- Are there special materials, coatings, hazardous-area ratings, or interface requirements (hydraulic, electrical, communications)? Describe.
Manufacture Drawworks Assembly
- How many drawworks assemblies are required?
- Provide required rated line pull, drum diameter(s), braking system preference, gearbox ratio or model if known.
- Is this a new-build or does it replace / integrate with an existing system?
- What certifications, load-test standards, or inspection acceptance criteria apply?
- What is your delivery / installation timeline expectation for the drawworks?
- List any special requirements (vibration limits, noise attenuation, painting/coating, packaging, lifting points) or acceptance test steps.
Manufacture Triplex Mud Pump
- How many triplex mud pumps and which models/pressure classes are required?
- Specify required maximum discharge pressure, flow rate, stroke length, and expected solids content / fluid type.
- Which materials or sealing arrangements are required (e.g., stainless plungers, ceramic liners, sour-service materials)?
- Do you require a spare parts kit with the pump delivery? If yes, select preferred kit level.
- What certification / inspection documentation is required at delivery (material certificates, NDT, test reports)?
- What is the required lead time and any shipping/packaging constraints for the mud pumps?
Manufacture API-Certified BOP Stack
- How many BOP stacks are required and what stack configuration is needed (number of rams, annulars, required bores)?
- Select required pressure rating for the BOP stack.
- Which ram types and combinations are required?
- Which API or class certification/recertification scope is mandatory?
- Are there wellbore geometry, casing/DP size, or shear requirements that affect ram selection? Provide details.
- What delivery and FAT schedule constraints exist (target delivery date, required witness availability)?
Factory Acceptance Test (FAT) — Top Drive
- Which FAT scope do you require for the Top Drive?
- List the critical functional tests and performance thresholds that must be included in FAT (e.g., torque curve, slip load, control response times).
- Which documentation deliverables are required from the FAT?
- Will customer representatives attend FAT onsite, require remote streaming, or provide a third-party witness?
- Do you require FAT acceptance criteria to be pass/fail with signed sign-off or graded measurements with remedial actions documented?
- Provide preferred FAT dates or production window and any travel / security constraints for witnesses.
Factory Acceptance Test (FAT) — BOP Stack
- Which FAT / pressure test scope is required for the BOP stack?
- What test pressures and acceptance thresholds must be met (include test medium and sequence)?
- Which certification paperwork must be produced post-FAT (e.g., API stamping, test certificates, witness statements)?
- Will the customer or a third-party inspector witness the FAT onsite or remotely?
- Are there any special safety or handling requirements during FAT (pressure containment plans, controlled area)?
- Provide desired FAT timing, required lead time for witness scheduling, and any export / customs constraints affecting test scheduling.
Deliver and Install Top Drive at Rig Site
- Provide delivery location, rig name/coordinates, and site contact for logistics.
- What site lifting and access capabilities are available (crane capacity, boom radius, helipad, rig floor availability)?
- Who is responsible for on-site installation labor and supervision?
- Are there site permits, customs clearance, quarantine, or limited access windows that will affect delivery timing?
- Any transport constraints for the top drive (max vehicle width/height, road permits, barge/sea freight requirements)?
- Which documentation and site deliverables are required at handover (lifting plans, method statements, packing lists, certificates)?
Commission Top Drive and Control Systems
- Which control integration is required (standalone PLC/HMI, integration with driller console, remote telemetry)?
- List the commissioning tests and acceptance criteria required (functional tests, control loops, safety interlocks, endurance runs).
- Provide electrical and power supply details at site (voltage, frequency, single/multiple feeds, generator backup).
- What level of operator and maintenance training do you require as part of commissioning?
- Expected commissioning duration and required vendor onsite days?
- Are remote diagnostics, telemetry setup, or acceptance of remote commissioning required? Provide comms protocols if known.
Install and Commission BOP Stack and Choke Manifold
- Provide rig/site details, stack location (rotary table/annulus), and responsible site contact for installation.
- What test medium and pressure sequence do you require for commissioning pressure tests?
- Who will perform the mechanical installation and flanged connections (vendor, customer, or hybrid)?
- Are there flange standards, torque tables, or special connectors / adaptors required?
- Is a third-party witness or inspector required for commissioning and acceptance?
- Provide any restricted access windows, expected downtime window for installation, and any environmental or HSE constraints.
Supply Spare Parts Kit for Mud Pumps
- Which mud pump model and serial number(s) will the spare parts kit support?
- Select preferred spare kit level.
- How many identical spare kits are required and where should they be shipped/stored?
- Do you require consignment stocking, local warehouse stocking, or single delivery?
- Are any parts subject to long lead times that should be accelerated or manufactured as priority?
- Provide any part-numbering, OEM cross-reference, or packing / labeling requirements for the spare kit.
-
Mutual Commit
Finalize commercial terms, delivery milestones, acceptance criteria, warranty, and aftermarket SLAs tied to performance and recertification.
Agreement Modules
- Statement of Work (SOW)
- Purchase Agreement
- Commercial Terms & Payment Schedule
- Delivery & Milestone Schedule
- Acceptance Protocol & FAT/Commissioning Criteria
- Warranty & Recertification Terms
- Aftermarket Service Level Agreement (SLA) & Spare Parts
- Performance Guarantees & Remedies
- Third-Party Certification & Compliance Acceptance
- Change Order & Variation Agreement
- Logistics, Export/Import & Incoterms
- Insurance, Liability & Risk Allocation
- Confidentiality & Intellectual Property (IP) Rights
- Termination, Suspension & Dispute Resolution
-
Deployment
Operationalize rollout with readiness checks, enablement, and outcome validation.
-
Pre-Deployment Readiness
Confirm manufacturing schedule, logistics, site access, installation resources, permits, and risk controls required for execution.
Readiness Questions
Quick Timing Pulse: When does this need to be live?
- What is your target site acceptance date or delivery window?
- How firm is that date on a scale of planning to immovable deadline?
- Which internal approvals or project milestones must be met before you can accept delivery?
- Are there seasonal or operational blackout windows (e.g., monsoon, drilling campaign start) we must avoid?
- If the date moves, how do you prefer we communicate impacts and mitigation options?
If a Slip Breaks Your Plan: Impacts and Priorities
- If manufacturing or shipping slips by 4–6 weeks, what operational or commercial consequences would you face?
- Which consequences would be most severe for you?
- Who on your team would lead remediation and who would need to be briefed immediately?
- Do you have contractual schedule milestones tied to payment or acceptance we should be aware of?
- What contingency margin (weeks) do you typically budget between delivery and critical on-site milestones?
Who Gets to Say Yes — and Who Gets to Say Stop?
- Who will physically stop work on day one if site readiness or safety is inadequate?
- List the on-site roles that must be present for installation, commissioning, and acceptance.
- Do you have a single logistics/site access contact we should coordinate with? Provide name/role and preferred contact method.
- How do your shift patterns, rotations, or offshore windows affect acceptable installation hours?
- Will client or third‑party representatives require witness points during installation or commissioning?
Can the Site Actually Take This Equipment?
- Are there any physical constraints (crane capacity, door/hold dimensions, floor load) that could force a change to the equipment or its configuration?
- Please confirm available lifting equipment and limits at load-in (crane types and SWL).
- What utility interfaces will be provided at the installation point (electrical voltage/frequency, compressed air pressure, hydraulic supply)?
- Are there structural or access drawings we should review before shipping (clearances, deck loading, pipe racks)?
- Would you like us to perform a vendor site survey prior to committing to shipment?
Paperwork, Permits, and Portals: Who’s Clearing the Way?
- Which single permit or approval has caused you the most last-minute delay historically?
- Which regulatory or customs permissions will be required for import, transport, and installation?
- Who on your side owns permit management and scheduling (name/role and escalation contact)?
- What typical lead times should we plan for customs clearance, port handling, and inland transport at the project location?
- Do you expect any on‑arrival third‑party inspections that we should pre-book or prepare for?
Tooling, Spares, and the Things That Stop Progress
- What's the one spare or tool you always wish had been on-site at the start of commissioning?
- Which critical spares do you require at delivery (gaskets, seals, control modules, valves, electrical components)?
- Would you prefer a vendor-supplied start-up kit and if so, which items are must-haves?
- Who will manage spare parts inventory post‑handover (your logistics team, our aftermarket team, third party)?
- What emergency lead times do you expect for critical spares after commissioning?
People, Permits, and Proficiency: Installation Team Profile
- If our technicians are unavailable, how confident are you that your crew can install to the required specification?
- What level of vendor supervision or presence do you require during installation and commissioning?
- How many client personnel do you plan to allocate to the install and commissioning team (roles and headcount)?
- Which certifications, safety cards, or training must anyone working on site hold before they can perform work (e.g., API familiarization, offshore survival, electrical safety)?
- Do you want operator/maintenance training during commissioning, and if so, what format (classroom, hands-on, train-the-trainer)?
Life Safety & Risk Controls: What Keeps You Up at Night?
- What single safety concern during previous deployments caused the greatest operational or reputational damage?
- Which site-specific HSE controls are non-negotiable for you (permit-to-work, LOTO, confined space, hot work permits)?
- Do you require vendor-supplied risk assessments, method statements, or job hazard analyses before arrival?
- Who is the on-site HSE authority responsible for approving our plans and pausing work if required?
- Are local emergency response resources (medevac, fire, spill response) available and do we need to coordinate pre-arrival?
Sequence, Shock Absorbers, and the Plan B You’d Trust
- If a major weather event, strike, or logistics failure requires a change of plan, what contingency would be acceptable to you?
- Which milestones in the deployment sequence are non-negotiable and must be met in order (FAT, shipping, arrival, installation, commissioning)?
- What escalation timeline do you want when a critical milestone slips (notify at hours/days/weeks)?
- Would you require standby logistics (expedited freight, air charter) as an option in our proposal?
- Who has final authority to approve a revised sequence or contingency plan on your side?
Measuring Success: How Will We Know We Got This Right?
- How will you define deployment success at 30, 90, and 365 days?
- Which KPIs will be used for final acceptance and ongoing SLA performance (uptime, pressure hold, leak rate, start-up time)?
- What warranty, SLA, or recertification commitments are critical to your acceptance decision?
- Would you like a joint lessons-learned and continuous improvement review at 30/90 days after handover?
- How should we document and share acceptance evidence (digital checklists, signed certificates, photos, test logs)?
-
Deployment Enablement
Coordinate FAT, shipping, installation, commissioning, and field training with clear owners, sequencing, and contingency plans.
-
Validation Checklist
Verify installation, commissioning, recertification, and acceptance against agreed technical and safety criteria.
Validation Questions
Start: Tell Us About Your Project
- Which of these best describes your role in the buying process for this equipment?
- What type of project is this purchase supporting (pick the closest)?
- What is your target go-live or delivery window?
- Roughly, how is this purchase budgeted?
- Who else on your team should we be thinking about as we ask these questions?
Are You Comfortable With Unknown Risks?
- If a piece of equipment failed unexpectedly on day one of operations, what would that failure cost you—operationally and emotionally?
- Tell us about a time you were surprised by equipment performance or certification gaps. What happened and how did it affect the project?
- Which of the following keeps you up at night about new equipment deliveries?
- How long have these risk concerns been present in your procurement process?
- When something does go wrong in the field, how do you usually find out—and how quickly can you escalate?
What's Hidden in Your Current Fleet?
- Which equipment models and manufacturers are most prevalent in your fleet today?
- How old is the equipment in active service that this purchase needs to integrate with?
- What recurring failure modes or maintenance issues do you see most often on comparable equipment?
- Are there any known certification, API, or local regulatory gaps in your fleet that a new supplier must address?
- How constrained is your supply chain for critical spares—what lead times or shortages should we be aware of?
Where Does Time Really Leak Away?
- How confident are you that your project's schedule can absorb a 4–8 week delivery delay without major consequences?
- What are the knock-on impacts if delivery or installation slips—cost overruns, mobilization changes, regulatory windows, or other?
- When you map your critical path, where does equipment delivery land relative to systems integration and commissioning?
- How flexible are your installation windows—can you absorb off-shore weather delays or port backlog?
- What contingency plans have worked for you in the past when schedules slipped, and what failed?
What Would Perfect Performance Actually Look Like?
- If this equipment exceeded expectations for the first two years, what specific metrics would show that success?
- What acceptance criteria must be met at FAT, commissioning, and final handover for you to sign off?
- How important are third‑party certifications or class society sign‑offs to your acceptance process?
- What expected lifecycle or total cost-of-ownership targets are you using to evaluate bids?
- Which KPIs would you like us to include in a performance-backed commercial proposal (examples: uptime guarantees, recert intervals, spare parts SLA)?
Who Has to Say Yes — and Why?
- Who are the decision-makers and approvers for this procurement, and what outcomes do each of them care about most?
- Which stakeholder typically holds the final sign-off—engineering, procurement, operations, or executive leadership?
- What are the non-negotiables from each stakeholder (safety, certification, price, delivery, aftermarket)? Please list by stakeholder if possible.
- How often do procurement and operations disagree on vendor choices, and what usually resolves those disagreements?
- Is there an existing vendor pre-qualification or approved vendor list that will affect this award?
What Would Make You Trust a New Supplier?
- What evidence would you need from us to feel comfortable awarding a major equipment order?
- How important is seeing a factory acceptance test with your team present versus receiving recorded FAT evidence?
- What past supplier actions earned your trust and which actions eroded it?
- What level of warranty, performance bonding, or liquidated damages would make you comfortable sharing schedule-critical risk with a supplier?
- Which aftermarket services are non-negotiable to maintain your operations worldwide?
If We Committed — How Do We Make It Stick?
- If we agreed to stipulated delivery milestones and SLAs, what governance would you want to monitor performance?
- What acceptance checklist items are mandatory at installation and commissioning before you’ll accept equipment into service?
- How should spare parts and critical consumables be managed—stocked on site, consigned, AOG priority, or via service contracts?
- What training and knowledge transfer do your crews need to feel confident operating and maintaining the equipment?
- Who should be our primary operational contact after delivery for service cases and recertification coordination?
- What would success look like at 3, 12, and 36 months post-commissioning, and how would you like us to report against it?
-
-
Success
Confirm operational performance, capture lessons, and maintain a shared channel for spare parts, service cases, recertification, and continuous improvement.
Success Reviews
- Operational Performance Review
- Lessons Learned & Continuous Improvement Workshop
- Spare Parts & Aftermarket Support Alignment
- Recertification, Warranty & Regulatory Compliance Review
- Service Cases, Escalation & Field Support Coordination
Issues & Enhancements
- Publish the multi-year recertification calendar and required pre-inspection checklists.
- Introductions & Objectives
- Establish a trackable continuous improvement backlog and reporting cadence.
- Compile and circulate the Lessons Learned report within 7 business days.
- Create and assign the top 3 improvement initiatives with owners and target completion dates.
- Add agreed improvements to the product/process backlog and schedule monthly progress reviews.
- Inventory & Consumption Review
- Finalize and approve spare parts kits and BOM for each critical asset class.
- Agree on inventory model (consignment, stock, or on-demand) and depot locations with responsibility matrix.
- Confirm aftermarket SLA targets and grant portal/service access to customer stakeholders.
- Deliver finalized spare-kits BOM and recommended stock levels for each site within 5 business days.
- Set up consignment or depot agreements and define transfer-of-ownership processes.
- Provide portal login and a quick-start guide for spare parts orders and service case submission.
- Open Warranty Claims Status
- Agree a concrete recertification calendar, with owners and required lead times for inspections and tests.
- Resolve or assign remediation for all open warranty claims with target completion dates.
- Ensure both parties have required certification evidence and a plan to maintain compliance.
- Confirm whether equipment meets the documented acceptance criteria and capture formal acceptance status.
- Close or escalate open warranty claims with agreed remediation steps and deadlines.
- Provide copies of all relevant third-party certificates and test reports to the customer's compliance team.
- Review of Open Service Cases
- Ensure all open service cases have clear owners, timelines, and parts/field plans to resolution.
- Validate and document the escalation matrix and SLA acceptance by both parties.
- Agree a field support and training schedule to maintain operational readiness.
- Update and distribute the escalation matrix with 24/7 contacts and SLA definitions.
- Schedule required field visits and confirm parts staging for each open case.
- Book operator/maintenance refresher training and provide digital playbook access.
- Identify any performance gaps, assign owners, and define remediation actions with deadlines.
- Establish an ongoing monitoring cadence and reporting format for operational KPIs.
- Deliver a consolidated performance report with raw data and plots within 5 business days.
- Owner to produce corrective action plan for each deviation with target close dates.
- Schedule follow-up performance checkpoint aligned to agreed cadence.
- Workshop Framing & Pre-reads
- Produce a documented Lessons Learned report capturing discrete, verifiable items.
- Agree the top improvement initiatives (with owners and timelines) that will reduce recurrence and operational risk.
- Recap of Acceptance Criteria
- Timeline & Major Events Recap
- Escalation Matrix & SLA Fulfillment
- Recertification Requirements & Timeline
- Recommended Spare Kits & BOM
- Third-party Certification Evidence
- Operational Data Presentation
- What Worked Well (Successes)
- Lead Times & Logistics Options
- Field Resource Planning & Scheduling
- What Broke / Pain Points
- Ordering, Reorder Triggers & Inventory Ownership
- Deviation Analysis
- Training & Knowledge Transfer
- Acceptance/Requalification Criteria
- Aftermarket SLAs & Portal Access
- Remote Monitoring & Alerting Integration
- Root Cause & Preventive Actions
- Contingency & Compliance Risk Plan
- Customer Validation & Acceptance
- Next Steps, Owners & Cadence
- Next Steps & Implementation
- Prioritization & Roadmap
- Action Owners & Follow-up
- Close & Documentation Plan