Start with the Basics — Tell Us Who You Are

• Utility name, service area, and the population or number of connections you serve.
• Your role and primary responsibilities related to capital projects, operations, and permitting. Options: Utility Director, Chief Engineer, Operations Manager, Finance Director, Project Manager, Other
• Which systems do you operate today? Options: Drinking water treatment & distribution, Wastewater collection & treatment, Both water and wastewater, Stormwater, Other
• Do you currently operate under a permit, consent decree, or enforcement action? If yes, name the relevant permits/agreements. Options: Yes - NPDES/WWTP permit, Yes - Drinking Water permit, Yes - Consent decree/DOE order, No, Unsure
• What's one recent success or improvement your utility is proud of?

Are You Sitting On A Regulatory Timebomb?

• If regulators tightened your permit limits tomorrow, which requirement would create the most immediate operational or financial pain for you? Options: Total Nitrogen/Ammonia, Phosphorus, TSS/BOD, Disinfection/DBPs, Flow/peak wet-weather limits, Lead service line replacement, Monitoring/reporting frequency, Other
• How soon must you meet any newly anticipated limits or milestones? Options: Immediately (0–6 months), Short term (6–18 months), Medium term (18–36 months), Longer horizon (3+ years), Unsure
• Have you received NOVs, notices of deficiency, or draft permit changes in the last 24 months? What was the nature of the notice? Options: Yes - NOV/Violation, Yes - Draft permit changes, Yes - Informal agency guidance, No, Unsure
• What would be the immediate consequences (operational, financial, public) of missing a key permit requirement?
• How would you describe your regulatory agency’s stance toward your utility right now: collaborative, neutral, or enforcement-first? Options: Collaborative, Neutral, Enforcement-first, Varies by program/staff, Unsure

What's Really Broken — Even If You've Learned to Live With It

• Which asset or process do you believe is closest to failure today? Options: Primary/secondary clarifiers, Aeration/digestion systems, Pumps or lift stations, Collection mains (I/I hotspots), Lead service lines, Filters/membranes, SCADA/control systems, Other/Unsure
• When was the last time you completed a formal condition assessment, CCTV, or asset inventory for the areas of concern? Options: Within 12 months, 1–3 years ago, 3–5 years ago, 5+ years ago, Never/Unsure
• How often do unplanned bypasses, overflows, or major equipment failures occur? Options: Monthly or more, Quarterly, Yearly, Less often than yearly, Never/Unsure
• Tell us about one recent operational failure (what happened, how long, consequences).
• What internal constraints (staffing, spare parts, O&M budget) most limit your ability to keep aging assets running? Options: Staffing shortages, Limited O&M budget, Limited capital budget, Parts/supply chain delays, Skill gaps, Other

Who Holds the Keys — and Who Changes Their Mind?

• Which individual, board, or external authority could single-handedly stop or approve a major project in your jurisdiction? Options: Utility Director/CEO, Board/Council, Mayor/County Executive, State Agency (permitting), Finance Committee/Trustees, Public vote/ballot, Other
• Who will be most politically sensitive to rate changes or construction impacts? Options: Residential customers, Large industrial customers, Commercial customers, Local elected officials, Environmental groups, Other
• Which internal roles own permitting, funding applications, and construction oversight today? Options: Operations, Engineering, Finance, Legal, External consultants, Other
• How predictable are your Board/Council approval cycles and budgeting timelines? Options: Highly predictable (clear schedule), Somewhat predictable, Unpredictable, Depends on political calendar, Unsure
• Describe a past stakeholder objection that nearly derailed a project — how was it handled and what would you do differently?

If You Can't Raise Rates, What Then?

• If raising rates were off the table, which funding strategy would you pursue first? Options: State Revolving Fund (SRF), WIFIA loan, Grants, Bond financing, Phasing the project, Pay-as-you-go from reserves, Private financing/P3, Other
• What's your current debt capacity and any constraints tied to it (debt covenants, reserve targets)?
• Have you applied for SRF/WIFIA/grants recently? What was the outcome and key blockers? Options: Successful, Partially successful, Denied, Pending, Never applied/Unsure
• How important is minimizing rate impact compared with accelerating compliance or reducing long-term O&M costs? Options: Minimize rates (top priority), Balance rates and schedule, Accelerate compliance regardless of rate impact, Unsure/varies by project
• What internal approvals or documentation would we need to support a funding application on your behalf?

How Will You Know We Fixed It?

• List the top three measurable signals that would make you call this effort a success (e.g., permit limits met, % reduction in SSO/I&I, cost per MG treated).
• Which outcomes matter most to regulators versus which matter most to your ratepayers? Options: Permit compliance, Lower operating cost, Improved resiliency, Reduced customer complaints, Shorter construction schedule, Other
• What timeline is acceptable to demonstrate meaningful improvement after project completion? Options: Immediate (0–6 months), Short term (6–12 months), Medium (12–24 months), Long term (2+ years)
• How do you currently measure performance (SCADA dashboards, lab sampling frequency, customer metrics)? What would you want to see in project reporting?
• Who will sign off that acceptance criteria have been met at construction closeout and during post-construction validation? Options: Utility Director, Chief Engineer, Operations Manager, Board/Council, Third-party verification, Other

Why Past Fixes Didn't Stick — Let’s Learn From That

• What’s the single biggest reason previous projects failed to deliver expected outcomes? Options: Scope mismatch/unclear deliverables, Underestimated O&M impacts, Permitting delays, Funding shortfall, Contractor performance issues, Stakeholder resistance, Other
• Describe a recent project that under-delivered—what were the warning signs early on?
• How accurate were initial cost and schedule estimates compared with final results on recent projects? Options: Very accurate (within 10%), Somewhat accurate (10–25%), Often underestimated (>25%), Varied widely, Unsure
• How did procurement, contract structure, or contractor selection contribute to past issues?
• What process changes would reduce the chance of repeating those mistakes?

Could a Small Pilot Change the Whole Debate?

• If a low-cost pilot could reduce compliance risk or prove performance within 6–12 months, would you be willing to pursue it? Options: Yes - strongly willing, Maybe - need more info, No - not interested, Depends on budget
• What maximum one-time budget would you consider reasonable for a pilot that materially de-risks a regulatory or capital decision? Options: <$50k, $50k–$150k, $150k–$500k, >$500k, Unsure
• Which pilot types feel most practical for your system? Options: Bench/bench-scale testing, In-plant pilot trains, Targeted collection rehab, Hydraulic/modeling pilot, Operational trials (process tuning), Other
• Who must approve a pilot and how quickly could you secure that approval? Options: Utility leadership (weeks), Board/Council (months), Requires external grant/loan approval, Depends on pilot budget, Other
• What objective thresholds would prompt you to scale a pilot into full implementation?

Next Steps — What Would Make This Easy to Say Yes To?

• If we delivered a concise discovery report with a permit-path roadmap, realistic cost ranges, and funding options, would that be sufficient to justify a formal proposal? Options: Yes, Maybe - need clearer budget, No - need more stakeholder alignment first
• What timeline do you need for an initial engineering discovery scope and estimated cost range? Options: 2 weeks, 4 weeks, 6–8 weeks, Longer than 8 weeks, Unsure
• Which documents or datasets can you share right away to accelerate discovery (asset maps, flow data, lab results, CCTV, prior reports)? Options: Asset maps/CAD, SCADA flow/time series, Lab/permit data, CCTV/condition assessments, Prior designs/reports, None/Need to request
• Who should join an initial kickoff from your side (names and roles), and who will be our day-to-day technical contact?
• Is there any immediate barrier (procurement rule, political event, data restriction) we should know about before starting discovery work?

• Current-State Confirmation
• Consequence & Prioritization Workshop
• Future-State Design & Pilot Plan (Solution Experience)
• Funding Strategy & Rate-Impact Alignment
• Validation & Mutual Commitment Checkpoint

• Finance lead to produce a finalized funding strategy memo and application checklist within 7 business days.
• Prioritize the top problem areas to address based on impact and regulatory urgency.
• Identify target areas suitable for near-term pilots and engineering focus.
• Team to produce a consequences memo (including dollar estimates and timeline impacts) within 5 business days.
• Assign owners for the top 1–3 prioritized problem areas and schedule technical deep-dives for each.
• Regulatory lead to confirm permit and consent-decree deadlines and deliverable formats needed for mitigation plans.
• One-Sentence Future-State Objective
• Define and agree the future-state outcome in operational terms (one-sentence).
• Obtain validation that the proposed engineering approaches directly eliminate the quantified consequences.
• Approve a pilot plan with clear metrics and acceptance criteria that will prove the future state.
• Prepare and circulate the pilot SOW with instrumentation and sampling plan within 3 business days.
• Run and deliver a sensitivity analysis of the rate-impact model for the agreed scenarios.
• Procure quotes for pilot instrumentation and schedule installation window; assign procurement owner.
• Recap Future State & Pilot Outputs
• Select 1–2 preferred funding pathways matched to the project schedule and regulatory deadlines.
• Agree a rate-impact scenario that keeps rate changes within utility thresholds while delivering required compliance.
• Assign owners and timeline for funding applications and required documentation.
• Introductions & Objectives
• Complete and circulate the detailed rate-impact model with local tariff structures and proposed financing terms.
• Schedule pre-application meetings with state SRF/WIFIA contacts and assign attendees.
• Three-Sentence Recap (Current, Consequence, Future)
• Secure the utility's explicit validation that the proposed pilot and engineering approach prove the future state.
• Obtain commitment to the funding pathway and assign application owners with deadlines.
• Confirm readiness to advance to the Solution Scope stage with defined deliverables and owners.
• Utility to sign and return the pilot SOW and funding authorization memo within agreed timeframe.
• Team to assemble the Solution Scope kickoff package (design assumptions, pilot data plan, funding roadmap) and distribute to all owners.
• Regulatory liaison to prepare and submit any required pre-notifications or permit amendments needed for pilot execution.
• Produce and agree on a single, crystal-clear one-sentence current-state statement.
• Validate baseline datasets and surface any data gaps or measurement needs.
• Confirm stakeholder decision map and responsible contacts for remaining pre-work.
• Utility to deliver missing datasets and sample lab results identified during the meeting within 7 days.
• Facilitator to produce and circulate the agreed one-sentence current-state and list of assumptions within 2 business days.
• Schedule site walk and instrumentation check (if required) and assign owner for access and safety clearance.
• Re-state Current State
• Deliver a documented consequence summary with quantified cost and risk estimates.
• Pilot SOW & Acceptance Criteria Walkthrough
• Consequence Quantification — Regulatory & Operational
• One-Sentence Current-State Readback
• Diagnosis: Tie Problems to Root Causes
• Funding Options Presentation
• Proof: Targeted Engineering Approaches
• Data Review — Flows, Permits, Assets
• Financial Impact Estimation
• Funding Commitments & Timeline Review
• Rate Impact Modeling — Scenarios
• Alignment with Regulatory Deadlines & Milestones
• Stakeholder & Decision Map
• Decision Point — Commit or Iterate
• Pilot Scope, Metrics & Acceptance Criteria
• Prioritization Exercise
• Roles, Commitments & Application Roadmap
• Communication & Regulatory Submittal Plan
• Operational & Rate Stability Modeling Demo
• Regulatory & Funding Windows Map
• Assumptions, Gaps & Required Pre-work
• Confirm Next Deliverables and Dates
• Alignment & Next Steps
• Confirmation of Top Targets for Engineering & Pilots
• Validation & Confirmation Questions
• Decision & Contingency Plan

• Produce construction-ready drawings and specifications
• Assemble bid-ready specifications and issue addenda
• Prepare engineer's opinion of probable construction cost
• Compile and submit NPDES and drinking-water permit applications
• Design pump/lift station mechanical and electrical plans
• Develop SCADA PLC code and HMI screen package
• Provide resident construction observation and daily reporting
• Review contractor shop drawings and respond to RFIs
• Coordinate construction testing and sampling (QA/QC)
• Perform equipment start-up, commissioning, and optimization
• Operate pilot treatment unit and deliver performance report
• Prepare SRF and WIFIA loan application packages

Produce construction-ready drawings and specifications

• Do you require full bid-level (90-100%) construction drawings or preliminary/design-development drawings only? Options: Full construction (90-100%), Partial (50-60%) for budgeting/permits, Preliminary only
• Which disciplines must be included on the construction drawings? Options: Civil/Grading, Structural, Mechanical, Electrical, Process, Architectural, All of the above
• Are as-built/record drawings required at closeout? Options: Yes, No, Undecided
• What CAD/BIM standards or file formats do you require for deliverables? Options: AutoCAD (.dwg), Revit/BIM, PDF only, Other (specify)
• Are geotechnical, survey, or utility-locate inputs available or do you need the team to procure them? Options: Provided by owner, Engineer to procure, Partial - owner provides some
• What is the target delivery timeline for final construction documents? Options: <3 months, 3-6 months, 6-12 months, 12+ months

Assemble bid-ready specifications and issue addenda

• Do you want full CSI-format specifications or abbreviated project manuals? Options: Full CSI-format, Abbreviated project manual, Both
• Will the project use alternate bids or multiple bid schedules that require separate specification sections? Options: Yes - alternates required, No - single base bid, Undecided
• Who will be the issuing authority for addenda and how should RFI/addenda logs be maintained? Options: Owner issues, Engineer issues, Joint - engineer drafts, owner issues
• Do you require assistance developing prequalification or mandatory bidder requirements? Options: Yes, No
• Are there specialty specification needs (e.g., pilot testing clauses, SRF/WIFIA contract clauses, Davis-Bacon/Prevailing Wage)? Options: Pilot/testing clauses, SRF/WIFIA clauses, Prevailing wage/Davis-Bacon, None/Standard
• How many formal addenda do you anticipate needing during the bidding period? Options: 0-1, 2-3, 4+

Prepare engineer's opinion of probable construction cost

• Do you need a single preliminary cost estimate or a staged cost estimate tied to 30/60/90% design milestones? Options: Single preliminary estimate, Staged estimates at milestones, Both
• Should cost estimates include contingency, escalation, and risk allowances? Options: Yes - include contingency & escalation, Include contingency only, No - base construction cost only
• What level of accuracy is required (order of magnitude, +/- 30%; concept, +/- 20%; detailed, +/- 10%)? Options: ±30% (concept), ±20% (preliminary), ±10% (detailed)
• Do you want life-cycle or OPEX modeling included with the capital cost opinion? Options: Yes - life-cycle OPEX analysis, No - capital only, Optional, provide pricing
• Are vendor quotations or historical database pricing preferred as cost inputs? Options: Vendor quotes, Historical database, Combination of both
• Do you require a written cost assumptions memo that documents scope, exclusions, and basis of estimate? Options: Yes, No

Compile and submit NPDES and drinking-water permit applications

• Which permits are required for the project? (select all that apply) Options: NPDES discharge permit, State drinking-water construction/performance permit, Water withdrawal/groundwater, Stormwater NOI/CGP, Other
• Are existing permit limits and recent monitoring data available for permit application support? Options: Yes - data provided, No - need assistance obtaining data, Partial
• Do you require modeling (e.g., receiving water, pollutant loading, hydraulic) to support permit conditions? Options: Yes - modeling required, No - not required, Unsure - need engineer recommendation
• Should the submission package include public-notice and stakeholder outreach materials? Options: Yes - include outreach, No - owner handles outreach, Optional
• Are there firm deadlines for permit submittal tied to funding or regulatory orders (provide dates)?
• Do you need the firm to attend agency meetings, hearings, or respond to agency comments during permit review? Options: Yes - attend meetings/respond, No - owner will handle interactions, As-needed
• Do permitting deliverables need to include operations & maintenance plan updates or emergency response plans? Options: Yes - include O&M and ERP, No, Discuss case-by-case

Design pump/lift station mechanical and electrical plans

• What is the anticipated duty cycle and design flows for the pump/lift station? Options: Peak hourly flow provided, Average & peak provided, Unknown - require flow monitoring
• Do you require wet-well, dry-pit, packaged, or prefabricated pump station design? Options: Wet-well, Dry-pit, Packaged/prefab, Undecided - review options
• Are backup power, redundancy (N+1), or emergency bypass requirements specified? Options: Yes - backup/Redundancy required, No, Optional - cost impact analysis needed
• What electrical deliverables are required (single-line diagrams, PLC I/O list, short-circuit/coordination studies)? Options: Single-line & coordination, PLC I/O & control narratives, Full electrical study, Minimal electrical drawings
• Do you need HVAC, odor control, or access/safety design included with the pump station? Options: HVAC, Odor control, Access/safety features, None
• Is special equipment (submersible vs. dry-pit pumps, VFDs, grinders) preferred or do you require vendor selection assistance? Options: Owner-specified, Engineer to recommend & select vendors, Require vendor quotes

Develop SCADA PLC code and HMI screen package

• Do you have an existing SCADA architecture and standards to conform to (protocols, tag conventions)? Options: Yes - standards provided, No - engineer to define standards, Partial
• Which PLC and HMI platforms are preferred or currently in use? Options: Allen-Bradley/FactoryTalk, Schneider/Modicon, Siemens/TIA, Inductive Automation/Ignition, Other
• Will the SCADA package require secure remote access, historian integration, or cyber-security documentation? Options: Remote access & historian, Cybersecurity documentation required, None of the above
• Do you require FAT/SAT testing, staged commissioning, and operator training as part of SCADA delivery? Options: FAT/SAT & training included, Training only, No testing/training required
• Should HMI screens include alarm handling workflows, operator procedures, and instrumentation daltons? Options: Yes - include procedures & alarms, No - basic screens only, Optional - discuss scope
• Are cybersecurity and NERC/State-specific compliance requirements applicable to the SCADA implementation? Options: Yes - specific compliance required, No, Unsure - need assessment

Provide resident construction observation and daily reporting

• What level of resident observation is required (full-time, part-time, weekly visits)? Options: Full-time resident inspector, Part-time/periodic visits, Weekly/biweekly reviews
• Do you require daily digital reporting with photos, QC checklists, and issue tracking? Options: Yes - daily digital reports, Weekly summaries only, As-needed reporting
• Will the resident observer manage contractor pay applications, submittals tracking, and schedule monitoring? Options: Yes - full contract admin support, Limited - observations only, No - owner handles admin
• Are specialized inspection needs anticipated (weld inspection, coating, bypass pumping oversight)? Options: Yes - specialized inspections needed, No - standard observations, Maybe - to be determined
• Do you require resident observation staff to be certified in confined-space entry, CPR, or other trainings? Options: Yes - specific certifications required, No special certifications, Provide as-needed
• What is the expected construction duration and any phasing that affects observation scheduling? Options: <3 months, 3-6 months, 6-12 months, 12+ months

Review contractor shop drawings and respond to RFIs

• Do you want the engineer to provide formal turnaround times and response SLAs for shop drawing reviews and RFIs? Options: Yes - formal SLAs, No - standard reasonable turnaround, Flexible
• Approximately how many subcontractor/vendor packages do you anticipate (pumps, electrical, instrumentation, piping)? Options: <5, 5-10, 10-20, 20+
• Should the firm perform detailed technical review (including dimension checks, load calculations) or high-level conformance review only? Options: Detailed technical review, High-level conformance, Combination
• Do you require a formal RFI log and disposition tracking to be maintained and shared with the owner and contractor? Options: Yes, No, Optional
• Will the contractor submit for substitutions or equal requests that require evaluation against basis-of-design? Options: Yes - substitutions expected, No - no substitutions allowed, Maybe
• Do you want the engineer to coordinate shop drawing approvals with vendor testing documentation and warranties? Options: Yes - coordinate testing & warranties, No - owner handles warranties, As-needed

Coordinate construction testing and sampling (QA/QC)

• Which types of QA/QC testing will be required during construction? Options: Concrete/compressive strength, Soils compaction, Coating adhesion, Electrical testing, Disinfection/effluent sampling, All applicable
• Do you require the firm to coordinate third-party testing labs and sample chain-of-custody? Options: Yes - coordinate labs, No - owner will coordinate, Partial
• Are there acceptance criteria or test thresholds that must be met for each testing type (provide or request to define)? Options: Owner provides criteria, Engineer to propose criteria, Use standard industry criteria
• Will sampling be needed for permit compliance during construction or only at performance testing? Options: During construction and performance testing, Performance testing only, Permit compliance monitoring only
• Do you require QA/QC reports bundled with pay applications and change order recommendations? Options: Yes - include with pay apps, No - separate reporting, Optional
• Is there a requirement for witness testing by owner/regulatory representatives and scheduling support? Options: Yes - witness testing required, No, As-needed

Perform equipment start-up, commissioning, and optimization

• Do you require full turnkey commissioning including pre-functional checks, functional testing, and performance testing? Options: Full commissioning, Partial commissioning, Startup only
• Are vendor factory acceptance tests (FATs) required prior to site delivery? Options: Yes - FATs required, No - FATs not required, Optional based on equipment
• Will the owner provide operations staff for joint start-up and training or is operator training included in scope? Options: Owner provides staff, Engineer provides training, Both - joint training
• Should optimization include performance tuning for energy efficiency and chemical dosing with documented baselines? Options: Yes - include optimization & baselines, No - basic functional testing, Optional
• Do you require provisional performance guarantees or acceptance tests linked to contract milestones? Options: Yes - performance guarantees required, No, Discuss case-by-case

• Non-Disclosure Agreement (NDA)
• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Payment & Funding Schedule
• Milestone, Acceptance & Deliverable Matrix
• Funding Application Authorization
• Permitting & Regulatory Submittal Responsibility Matrix
• Insurance, Bonding & Indemnity
• Change Order & Scope Management
• Performance Guarantees & Warranties
• Construction Observation & Resident Engineer Agreement
• Escrow / Security & Payment Assurance
• Project Governance & Decision-Making Charter
• Closeout, Warranties & O&M Transition
• Data Access, Document Rights & Record Deliverables
• Termination, Remedies & Dispute Resolution

• Final Permit Compliance & Regulatory Acceptance
• Operational Performance Verification & Start-up Validation
• Closeout Documentation & Regulatory Submittals
• Punchlist, Warranty Tracking & Shared Channel Setup
• Operations Handover, Training Confirmation & Continuous Operations Plan

• Create the CustomerNode workspace, invite primary stakeholders, and post the initial punchlist export.
• If gaps exist, define discrete corrective actions with owners and test re-run dates.
• Publish a performance verification report bundling raw data, QA/QC, and conclusions for regulator and funding closeout.
• Schedule and document any re-tests required with clear acceptance criteria and dates.
• Create operator competency certificates and attach them to the project closeout folder.
• Meeting Kickoff & Deliverable Checklist
• Compile a complete, regulator- and funder-ready closeout package with owners for any missing items.
• Establish the official project records repository and access permissions for the utility and stakeholders.
• Schedule formal submittal dates and confirm point-of-contact for each regulatory/funding body.
• Finalize as-built drawings and upload to the agreed shared repository with version control.
• Assemble and submit the funding closeout packet to SRF/WIFIA by the agreed deadline.
• Deliver final O&M manuals and spare parts list to the utility and archive a master copy in the project folder.
• Workspace Launch & Access
• Stand up a shared, auditable channel for managing punchlist items and warranty claims with clear owners and SLAs.
• Ensure all outstanding defects are triaged, prioritized, and scheduled for resolution or documented as accepted by the utility.
• Agree on reporting metrics and review cadence to keep stakeholders informed during the warranty period.
• Introductions & Meeting Objectives
• Define SLAs for response and resolution of punchlist and warranty items and publish them in the channel.
• Schedule recurring punchlist review meetings (e.g., biweekly) and set KPIs dashboard access for stakeholders.
• Handover Summary & Acceptance Statement
• Secure formal operational acceptance or document remaining items preventing sign-off with remediation dates.
• Ensure operators are competent and have access to all O&M resources and emergency procedures.
• Agree on a schedule for performance reviews and a path for iterative improvements post-handover.
• Obtain final signed acceptance forms and place them in the project repository.
• Deliver any supplemental operator training sessions identified and document completion.
• Publish the 30/90/180 day performance review schedule and assign owners for KPI tracking.
• Establish whether the project meets permit limits and obtain explicit regulator acceptance or an agreed remediation plan.
• Document outstanding permit items with owners, deadlines, and risk mitigation measures.
• Create a short compliance timeline that ties to funding and final acceptance milestones.
• Prepare and submit any outstanding lab reports or chain-of-custody documentation to the regulator within agreed timeline.
• Assign an owner to track each open permit item and provide weekly status updates until closure.
• If required, draft a formal corrective action plan for regulator review and approval.
• Meeting Opening & Objectives
• Demonstrate with data that the installed systems achieve defined operational outcomes under normal and upset conditions.
• Confirm operator readiness and transfer of operational responsibilities.
• Current-state Compliance Summary
• As-built Drawings & Record Documentation
• One-sentence Current State Diagnosis
• Training Records & Competency Validation
• Punchlist Workflow & Prioritization
• Warranty & Minor Works Process
• O&M Manuals, SOPs, and Preventive Maintenance Schedules
• Regulatory Correspondence & Submittals
• Performance Test Results Review
• Emergency Response & Upset Procedures
• SCADA, Controls & Alarm Verification
• Consequence & Risk Assessment
• Enhancement Requests & Future Improvements
• Warranty & Vendor Documentation
• Spare Parts, Service Contracts & Maintenance Schedule
• Operator Validation & Training Confirmation
• Funding Closeout Packet
• Cadence & Reporting
• Continuous Monitoring & Performance Review Plan
• Decision & Acceptance Criteria
• Edge/Failure-Mode Testing
• Submission Plan & Repository
• Next Steps & Responsibilities
• Final Acceptance Signatures & Close
• Validation & Sign-off