Opening the conversation: the project and the people

• Tell me about the treatment facility this project concerns, including primary process types, permitted capacity, and your current average flow.
• How many million gallons per day does your plant average on a typical weekday and at peak summer demand? Options: <1 MGD / <1 MGD, 1–5 MGD / 1–6 MGD, 5–20 MGD / 5–25 MGD, >20 MGD / >25 MGD, Prefer to describe in free text
• When was the last time your discharge permit or regulatory order changed in a way that required capital work, and what changed?
• Who on your leadership and technical team will need to sign off on scope, schedule, and final acceptance? Options: Public works director, Utility manager, City engineer, Finance director, Procurement lead, Other (please list)
• Pick the immediate project driver from these choices. Options: Consent decree or near-term regulatory deadline, New or forecasted capacity need, Equipment at end of life / reliability issues, Performance guarantee shortfall (effluent limits), Site rehabilitation or resilience project, Other
• Walk me through the most recent major outage, bypass, or compliance event—what happened, how long operations were impacted, and what the immediate fix was.
• What is your target window to reach shovel-ready or mutual commit, in months? Options: 0–3 months, 3–6 months, 6–12 months, 12–24 months, No target / undetermined

Where compliance risk is hiding

• If the proposed project missed the next discharge limit or consent decree milestone, what immediate operational and financial consequences would you face?
• How often has your plant exceeded permit thresholds in the last 24 months, and which parameters were involved? Options: Never, Once, 2–4 times, Monthly or more, Not sure / data gap
• Which monitoring points or assets give you the earliest warning that compliance is slipping (for example, upstream ammonia monitors, final effluent samplers, or bypass alarms)? Options: Influent composite, Primary clarifier overflow, Biological process effluent, Final effluent samplers, Online ammonia sensors, Other
• Describe a recent near-miss where operations barely avoided noncompliance, what failed, and what immediate workaround was required.
• What single performance failure (for example, chronic ammonia exceedance, membrane failure, or solids carryover) would lead your regulator, finance team, or board to pause the project or demand a redesign?
• Which regulators or external stakeholders do you expect to be most active during permitting and post-construction compliance? Options: State environmental agency, Regional water board, EPA, Local health department, Funding agency compliance office, Other

Operational realities that frequently derail good plans

• Name the one operational constraint on a typical day that would force you to stop construction work on-site immediately.
• How do operators currently handle redundant flow paths, bypasses, and overflow risk, and where are single points of failure during peak loading?
• Point to the unit process areas where construction access is limited because those areas must remain online or contain hazardous streams. Options: Headworks / screenings, Primary clarifiers, Aeration basins, Secondary clarifiers, Digestion / biosolids, Chemical feed rooms, Other
• When planning phased work, what seasonal constraints or treatment windows are non-negotiable (for example, irrigation season, tourist season, wet-weather months)? Options: Spring wet season, Summer irrigation/peak demand, Fall maintenance window, Winter low-flow window, No fixed seasonal constraints
• Who needs to be physically present during tie-ins, shutdowns, or hazardous work for regulatory, safety, or operator acceptance? Options: Shift operator, Chief operator, Safety officer, Contractor superintendent, Third-party inspector, Other
• How long can the plant tolerate a planned outage for a major unit such as a clarifier or basin without adding temporary treatment or bypass measures? Options: <4 hours, 4–24 hours, 1–7 days, >7 days (with bypass), Not tolerable

Cost, funding, and the political test

• If elected officials or your rate-setting body push back on rate increases tied to this project, what is the maximum annual cost per household you could publicly defend? Options: <$10 per year, $10–$25 per year, $25–$50 per year, >$50 per year, Not applicable / unknown
• Select the funding sources you are actively pursuing or have identified for this project. Options: State Revolving Fund (SRF) type loans, WIFIA or federal loan, General obligation bonds, Rate revenue / cash, Grants, Other
• How much contingency percentage does your capital plan require to cover scope growth or unexpected site conditions? Options: <5%, 5–10%, 10–20%, >20%, Undetermined
• Has anyone on your finance or legal team raised explicit concerns about bond capacity, loan covenants, or rate impacts that could block approval? Options: Yes, finance has concerns, Yes, legal has concerns, Both finance and legal have concerns, No concerns raised, Unsure
• What single budget threshold would cause you to stop pursuing external funding and instead favor a lower-scope or phased alternative?
• Choose the political approvals or bodies that will be required before entering a construction contract. Options: City council, County board, Utility commission, Ratepayer vote / public hearing, Procurement committee, None identified

The competitive landscape and the alternatives you're weighing

• Identify the real competition for this work right now, for example the incumbent contractor, an internal design-build effort, or a different technology approach. Options: Incumbent design or contractor, Internal design-build by your staff, Alternative treatment technology, Multiple competing vendors, No clear competitor identified
• Point to the outside firms, delivery methods, or internal options you are actively evaluating.
• Describe the conditions under which you would keep your current approach rather than switching partners or delivery method.
• Has anyone on staff suggested solving this with internal resources only, and if so who would lead that effort? Options: Yes, engineering group, Yes, operations group, Yes, capital planning team, No one has proposed in-house, Unknown
• Pick the vendor attributes that are currently tipping the scales in favor of one option (for example, past performance on similar permits, guaranteed performance, or turnkey delivery). Options: Process design experience, Construction delivery track record, Performance guarantees, Familiarity with SRF/WIFIA, Lowest cost, Other
• If the internal option could deliver the required performance immediately, would that remove the need to pursue outside bids? Options: Yes, No, Depends on cost, Depends on warranty/guarantee terms

Operational readiness and practical constraints

• Name the single permit, easement, or site access issue that could stop construction mobilization tomorrow.
• Select the current status for these common approvals on your project. Options: Permit fully approved, Permit application submitted, pending, Permit not started, Easement required and pending, No permit required / not applicable
• Identify the parties that own site access and who must sign easements or right-of-way agreements.
• How ready is your operations staff to support commissioning in terms of available FTEs, training bandwidth, and time for testing? Options: Fully staffed and available, Limited bandwidth, can support with notice, Needs additional staff or overtime, Not available without hiring/training
• Is your historical influent, process, and final effluent data available in machine-readable form, and who controls access to that data? Options: Yes, centralized and accessible, Yes, but fragmented across systems, No, mostly paper or PDF, Data ownership unclear
• Mark the procurement or long-lead equipment items that will take longer than six months to secure. Options: Membrane systems, Custom clarifiers, High-voltage switchgear / MCC, Large pumps, UV reactors, Other
• If the data needed for design cannot be accessed or validated within 6 weeks, what is the earliest the project could realistically start? Options: Start as planned, Delay 1–3 months, Delay 3–6 months, Delay >6 months, Project cannot start

What acceptance looks like and the tests that prove it

• If the proposed system cannot demonstrate your threshold effluent metrics during performance testing, would your agency accept a remedial plan, financial penalty, or cancel the contract? Options: Accept remedial plan with schedule, Accept financial remedy, Require rework at vendor expense, Cancel contract / rebid, Undecided
• List the specific effluent metrics, test conditions, and measurement methods that must be met for formal acceptance (for example, 30-day average ammonia mg/L under X test protocol).
• How many consecutive days or cycles of testing do regulators and your acceptance committee require for final acceptance? Options: 1–3 days, 7 days, 30 days, Performance over seasonal cycle, Depends on parameter
• Provide the signatories who must approve final acceptance and whether they require independent third-party verification.
• Outline the operator training topics and the deliverable formats you require before turnover (for example, 3-day classroom, hands-on OJT, digital O&M manuals). Options: Classroom + hands-on, Digital O&M manuals only, Hands-on OJT only, Third-party operator certification required, Other
• Indicate the post-acceptance warranty and response timelines your organization requires. Options: 12 months with 48-hour response, 24 months with 72-hour response, 36 months with performance bond, Performance-based warranty (pay for performance), Limited parts-only warranty
• If performance testing fails to meet the acceptance threshold, what contractual remedies, liquidated damages, or escalation steps does your agency expect?

Decision mechanics and the next 90 days

• Pinpoint the specific event or milestone that would trigger a contract signature within your timeline. Options: Funding approval, Permit issuance, Council vote, Completion of design package, Other
• List the mandatory approvers, procurement leads, and legal reviewers who must clear a contract, and provide their typical approval windows.
• Indicate the procurement path you plan to follow for award. Options: Competitive bid (design-bid-build), Design-build RFQ/RFP, Construction manager at risk (CMAR), Sole source / direct negotiation, Other
• In a best-case scenario, how soon could your procurement notice or RFQ be released? Options: Immediately / this week, Within 30 days, Within 3 months, 3–6 months, No plan to issue soon
• If a compelling demonstration of schedule, cost, and guaranteed performance were presented, what would stop you from executing a mutual commitment within 30 days?
• Choose the communication cadence you prefer for decision updates during the next 90 days. Options: Weekly calls, Biweekly email updates, Monthly steering committee, Ad hoc as milestones occur, Other

• Fieldwork Kickoff and Assumptions Confirmation
• Site Walk and Operator Interviews
• Constructability Workshop and Phasing Options
• Operational Continuity, Shutdown and Testing Plan
• Site Findings Review and Sign-off to Proceed to Design

• Draft the detailed shutdown schedule aligned to the selected phasing with contingency windows.
• Review preferred phasing and temporary systems
• Confirmed shutdown windows and outage tolerances for each major construction phase.
• High-level commissioning and acceptance test plan with defined test points and success criteria.
• List of operator training modules and handover deliverables required before turnover.
• Confirm scope and success criteria
• Prepare the high-level commissioning checklist with specific test points, instrumentation needs, and sampling plans.
• Draft the operator training outline and list of required O&M deliverables for turnover.
• Document communication protocols and emergency escalation steps for planned outages.
• Recap annotated site constraints and operator risk list
• Formal acceptance of the site baseline including constraints map, phasing approach, and mitigation list.
• Documented list of outstanding data items with owners and due dates required before detailed design.
• Agreement to proceed to design based on the accepted baseline and schedule for the design kickoff.
• Compile and publish the signed site baseline package including annotated plans, phasing diagrams, and mitigation actions.
• List and schedule completion of outstanding investigations needed for detailed design with due dates.
• Prepare the design kickoff agenda and distribute required baseline documents to the design team.
• Confirm the timing and format for periodic constructability reviews during design.
• Fieldwork plan that lists required documents, interviewees, access permissions, and visit dates.
• Confirmed site safety and photo/measurement permissions and any outstanding approvals that must be obtained before the site walk.
• Clear list of documentation gaps to be provided before or during the fieldwork.
• Provide the most recent site as-built drawings and O&M manuals for identified critical equipment.
• Obtain and record site access authorizations and any required escort instructions for field teams.
• Schedule operator interview times and confirm attendees and their roles for each visit.
• Distribute the fieldwork checklist including photos, measurements, and safety items to be captured on site.
• Walk primary process flow and critical asset locations
• Annotated site constraints map showing physical and operational limitations for construction and staging.
• Operator-validated list of critical assets, typical shutdown impacts, and existing workarounds ranked by operational risk.
• List of measurements and documentation captured to resolve identified gaps.
• Produce the annotated site plan with marked constraints and photo references.
• Compile operator interview notes listing procedures, sensitive systems, and typical outage tolerances.
• Collect missing dimensions and equipment tag information noted during the walk.
• Log any immediate safety hazards found and recommend interim controls for ongoing operations.
• Review annotated site constraints summary
• Selection of a preferred phasing approach with a rationale tied to operational continuity and schedule.
• Preliminary staging and temporary system strategy that addresses major access and bypass needs.
• List of prioritized constructability risks with specific mitigation actions and investigation tasks.
• Produce the preliminary phasing diagram and staging plan for inclusion in the design basis.
• Document temporary system requirements including bypass piping, pumps, and containment needs with estimated durations.
• List procurement long-lead items implied by the chosen phasing for procurement tracking.
• Assign and document follow-up investigations for residual risks requiring measurements, scans, or vendor input.
• Define shutdown windows and outage tolerances
• Confirm chosen phasing and temporary works strategy
• Review existing documentation and gaps
• Interview operators on normal operations and critical procedures
• Present and evaluate phasing options
• Define temporary systems and bypass approaches
• Set safety, access and logistics requirements
• Define high-level commissioning and performance test points
• Review outstanding investigations and decision log
• Identify temporary works and staging constraints
• Capture measurements, photos, and immediate safety hazards
• Identify residual risks and mitigation actions
• Formal acceptance and next steps
• Finalize interview and observation plan
• Agree operator training and handover needs
• Agree schedule and deliverables for fieldwork

• Design & Delivery Solution Experience

• Confirm the current state and its cost to your team
• Customer affirms that the demonstrated design decisions eliminate the permit exceedance pattern described in Discovery.
• Provide recent permit limits, last 12 months of effluent monitoring, and the project compliance deadline to finalize the performance basis for a project-specific proof of design.
• Customer confirms that the shown delivery approach materially reduces schedule and funding risk to meet the compliance deadline.
• Quantify consequence in real terms
• Deliver a project-specific delivery risk register and three comparable project case summaries showing final cost and schedule variance within five business days.
• Proof, scenario A: design choices that close the permit gap
• Identify the buying committee members and the expected decision timeline so the next evidence package is tailored to approval needs.
• Customer agrees that the operability and commissioning approach will limit downtime and produce clear acceptance criteria for turnover.
• Proof, scenario B: delivery method that protects schedule and budget
• Prepare a preliminary phasing sketch showing how construction will be staged to maintain plant operations for review at the follow-up meeting.
• Operability and turnover proof
• Validate the future state with you
• Agree next evidence and decision steps

• Design & Delivery Solution Experience
• Design & Delivery Solution Deck
• Solution Brief

• meeting
• slides
• document

• Detailed design and construction documents
• Permitting package and regulatory submissions
• Procure and supply major treatment equipment
• Install membrane filtration systems (UF/NF/RO)
• Construct biological nutrient removal systems
• Install UV disinfection and advanced oxidation
• Replace and rehabilitate clarifiers and basins
• Construct anaerobic digesters and biosolids facilities
• Electrical, controls, and SCADA integration
• Construction management and site supervision
• Commissioning and performance testing to limits
• Operator training and O&M manual delivery
• Phased plant tie-ins and cutover execution
• SRF and WIFIA funding support and documentation

Detailed design and construction documents

• What design flow and peak wet weather flow (in million gallons per day, MGD) should the construction drawings be sized for?
• Which contract drawing sets do you require (bid issue, permit issue, issued for construction, as-built)? Options: Bid issue, Permit issue, Issued for construction, As-built
• Do you have existing process and instrumentation diagrams (P&IDs) and single-line electrical diagrams (SLD) to incorporate into the package? Options: Yes, No, Partial — some P&IDs only
• Provide the list of site survey deliverables to include (topographic survey, utility locating, geotechnical boring logs, existing structure elevations).
• Identify required submittal and shop drawing review turnaround times for equipment vendors in calendar days. Options: 7 days, 14 days, 21 days, Custom
• Estimate the number of discipline-specific technical specifications you expect (civil, structural, mechanical, electrical, instrumentation, HVAC). Options: 1-3, 4-6, 7-10, More than 10

Permitting package and regulatory submissions

• Which permit types must be delivered with the package (for example NPDES amendment, construction stormwater, building permit, air quality)? Options: NPDES/effluent, Construction stormwater (SWPPP), Building permit, Air quality, Other
• Do you have an active consent decree or enforceable schedule with fixed regulatory deadlines that must be reflected in the permit submittal timeline? Options: Yes, No
• Provide the receiving water and the numeric effluent limits (for example BOD mg/L, TSS mg/L, total nitrogen mg/L) that permit demonstrations must meet.
• Identify any required environmental review documents to include (categorical exclusion, environmental assessment, historic resources review). Options: Categorical exclusion, Environmental assessment, Section 106 / historic review, None
• Specify the owner-supplied permit attachments you will provide (e.g., existing monitoring data, receiving stream dilution study, facility map).
• Are there local agency technical standards or municipal specifications the permit package must follow? Options: Yes — provide standard name or code reference, No

Procure and supply major treatment equipment

• Which major equipment types should be included for procurement (clarifiers, blowers, membrane racks, UV banks, pumps, digester mixers)? Options: Clarifiers, Blowers, Membrane racks, UV banks, Pumps, Digester mixers, Other
• Do you require factory acceptance testing (FAT) reports from vendors prior to shipment? Options: Yes — FAT required, Optional — FAT at vendor discretion, No
• Provide preferred procurement lead times for long-lead items in calendar weeks. Options: 8-12 weeks, 13-20 weeks, 20+ weeks, Unknown
• Identify any manufacturer qualification requirements or approved equipment lists that must be followed.
• Estimate the maximum equipment weight and footprint constraints for site deliveries and crane lifts (tons and square feet/meters).
• Are spare parts and an initial spare-parts kit required with equipment procurement? Options: Yes — include recommended spare parts list, No, Only for critical rotating equipment

Install membrane filtration systems (UF/NF/RO)

• What membrane technology and configuration are planned (ultrafiltration UF, nanofiltration NF, reverse osmosis RO, skid-mounted racks)? Options: UF, NF, RO, Skid-mounted racks, Custom
• Which design parameters must the membrane system meet (flux gfd or L/m2·h, recovery %, maximum feed SDI, permeate water quality in mg/L or conductivity)?
• Do you require CIP (clean-in-place) systems, chemical dosing skids, and on-site storage tanks as part of installation? Options: Yes — include CIP and dosing, CIP only, No
• Provide the allowed outage window and maximum cumulative downtime for membrane trains during tie-in and commissioning (hours or days). Options: Under 24 hours, 24-72 hours, More than 72 hours
• Identify site-level integration needs for membranes such as concentrate disposal route and pump horsepower requirements.
• Are instrument and sample points required for membrane monitoring (online SDI, transmembrane pressure, permeate TOC), and which ones? Options: Yes — specify required instruments, No

Construct biological nutrient removal systems

• Which BNR process configuration is desired (modified Ludzack Ettinger, Bardenpho, step-feed, IFAS, MBBR)? Options: MLE, Bardenpho, Step-feed, IFAS, MBBR, Other
• Specify the target effluent nitrogen and phosphorus limits in mg/L for design and acceptance testing.
• Provide the design mixed liquor suspended solids (MLSS) and solids retention time (SRT) targets for the activated sludge process.
• Are return activated sludge (RAS) and waste activated sludge (WAS) pump stations included in the scope of construction? Options: Yes — include RAS and WAS, Only RAS, No
• Identify any process modeling or pilot testing deliverables required prior to final design (mass balances, ASM1 or site pilot report). Options: Mass balance and process model, Pilot test report, Both, None
• Do you require installation of mixed liquor sampling points and on-line ammonia/NOx analyzers as part of the BNR system? Options: Yes, No

Install UV disinfection and advanced oxidation

• Which disinfection technology do you require (low-pressure UV, medium-pressure UV, UV-AOP advanced oxidation with peroxide/ozone)? Options: Low-pressure UV, Medium-pressure UV, UV-AOP (peroxide), UV-AOP (ozone), Other
• Specify the target UV dose or CT value and effluent parameter (for example 40 mJ/cm2 for virus log reduction, or TOC reduction targets).
• Provide the required electrical service and redundancy for UV racks (single service, dual feed, generator backup). Options: Single service, Dual feed, Generator backup required
• Identify whether advanced oxidation requires chemical storage and dosing systems on site and the preferred containment type. Options: Chemical storage required, Dosing only, No chemical storage on site
• Are lamp life and sensor calibration protocols to be included in the O&M sections for UV systems? Options: Yes — include schedules, No
• Do you need automated UV intensity monitoring integrated into your SCADA alarms and trending? Options: Yes, No

Replace and rehabilitate clarifiers and basins

• Which clarifier types are in scope for replacement or rehab (primary, secondary, circular, rectangular, lamella clarifier)? Options: Primary, Secondary, Circular, Rectangular, Lamella
• Specify structural investigation deliverables required (concrete testing, structural analysis report, coating survey).
• Provide the expected acceptable downtime per clarifier during replacement in hours or days. Options: Under 24 hours, 24-72 hours, Planned phased outages
• Are new mechanical rake drives, centerwell modifications, or sludge collectors to be supplied and installed? Options: Yes — full mechanical replacement, Supply only, No
• Identify any access or confined space requirements and required lockout/tagout (LOTO) procedures for basin work.
• Do you require a verification test such as a torque test or bench-test report after clarifier mechanical installation? Options: Yes — torque/bench test required, No

Construct anaerobic digesters and biosolids facilities

• Which biosolids pathway is in scope (mesophilic anaerobic digestion, thermophilic digestion, dewatering, Class A stabilization)? Options: Mesophilic AD, Thermophilic AD, Dewatering only, Class A process
• Specify design gas production estimates and required biogas handling equipment (flare, cogeneration, gas cleaning).
• Provide the required cake dryness target after dewatering (percent solids) and dewatering equipment preferences (centrifuge, filter press).
• Identify regulatory requirements for biosolids end use or disposal that must be supported by sampling plans. Options: Land application Class A/B requirements, Landfill disposal criteria, Other
• Are foundation piling, tank liner replacement, or digester roof rehabilitation included in construction scope? Options: Yes — piling/liner/roof included, Partial — specify, No
• Do you require commissioning acceptance tests for digesters such as gas yield verification or pathogen reduction validation? Options: Yes — include test protocols, No

Electrical, controls, and SCADA integration

• Which control system platform and communication protocol should the SCADA integrate with (PLC type, Modbus, OPC-UA, Ethernet/IP)?
• Provide the expected number of I/O points and analog sensors to be connected to the SCADA system. Options: Under 200, 200-500, 500-1,000, More than 1,000
• Identify required cybersecurity measures for SCADA access (network segmentation, VPN, role-based authentication).
• Specify the electrical distribution deliverables needed (single-line diagram (SLD), load calculations, short-circuit study).
• Are panel shop drawings and factory witness testing for starters and switchgear required? Options: Yes — witness testing required, No, Optional
• Do you require integration of third-party analyzers (online ammonia, TOC) into SCADA trending and alarm escalation? Options: Yes, No

Construction management and site supervision

• What level of on-site supervision do you expect (full-time superintendent, part-time resident engineer, weekly site visits)? Options: Full-time superintendent, Part-time resident engineer, Weekly site visits, Other
• Which quality assurance and quality control (QA/QC) hold points must be included in the construction ITP (inspection and test plan)?
• Provide the required subcontractor prequalification criteria (bonding, past performance on similar plants, safety record).
• Identify the preferred change management and RFI turnaround time in calendar days. Options: 3 business days, 5 business days, 10 business days, Custom
• Are owner-supplied operations staff to be included in daily coordination meetings and toolbox talks? Options: Yes, No
• Do you require progress reporting formats such as EVM percent complete, CPM schedule updates, and monthly cost reports? Options: Yes — all three, Only CPM schedule, Only monthly cost reports, No

• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Design-Build / Construction Agreement
• Funding Contingency Addendum
• Performance Guarantee & Acceptance Testing Addendum
• Payment & Milestone Schedule
• Performance Security and Warranty Agreement
• Insurance & Indemnity Schedule
• Change Order Agreement
• Public Procurement & Grant Compliance Rider (conditional)
• Final Acceptance & Turnover Agreement

• 30-day Go-live Health Check
• 60-day First Measurement Review
• 90-day Realization and Incumbent Wind-down Review
• Quarterly Operational Review (recurring)
• Annual Lessons Learned and Warranty Handover

• Publish the quarterly performance report with trend charts and a dashboard of open warranty items.
• Finalize and circulate the warranty/punchlist closure schedule with target dates for remaining items.
• Close or update any operational fallback procedures that referenced the incumbent system to prevent dual-system work habits.
• Quarterly performance trends
• Keep the plant within permitted performance and reduce the open warranty/punchlist backlog over the next quarter.
• Agree a prioritized list of maintenance and minor enhancement tasks that can be completed within the operating budget window.
• Establish measurable targets for mean time to close warranty requests and a cadence to report progress.
• Re-confirm acceptance criteria and owner roster
• Create work orders for agreed preventive maintenance tasks and minor enhancements with estimated completion windows.
• Provide an updated spare-parts and critical vendor contact list to support faster warranty resolutions.
• 12-month performance summary
• Document the 12-month realization of performance and confirm if operational results met expectations for continuous compliance.
• Agree a clear warranty and service plan for the remaining coverage period and confirm escalation steps.
• Produce a concise lessons-learned summary with recommended changes to inform future projects and operations.
• Publish the annual lessons-learned report and distribute it to the governance participants.
• Deliver a warranty handover document that lists remaining coverage, scheduled service visits, and escalation contacts.
• Update O&M manuals and training materials to reflect any process or procedure changes agreed in the workshop.
• Confirm the plant is mechanically and electronically stable and that no high-severity commissioning defects remain open.
• Establish a short list of remediation actions with due dates to address any early operational anomalies.
• Verify operator coverage and identify any immediate training or SOP updates needed within 30 days.
• Publish a 30-day operational status summary including all alarms, high-severity issues, and interim fixes.
• Schedule focused operator training sessions for any identified competency gaps within two weeks.
• Open corrective work orders for each high-severity punchlist item with target completion dates.
• Present 30–60 day performance data versus Commissioning Acceptance targets
• Determine whether early performance is trending to meet Commissioning Acceptance targets for effluent BOD/TSS and bypass events.
• Agree a concrete corrective action plan with completion dates to address any underperforming metrics.
• Confirm an enhanced monitoring plan where data gaps or variability prevent confident assessment.
• Issue the corrective action list with clear tasks and target completion dates for each identified root cause.
• Update sampling plan to include any additional tests or increased frequency needed for validation.
• Log required minor equipment adjustments or spare-part orders to prevent repeated excursions.
• 90-day performance summary against Commissioning Acceptance targets
• Verify the solution has delivered sustained compliance across the 90-day period and identify any residual failure modes to resolve.
• Reduce the open warranty/punchlist backlog to an agreed target and set definitive closure dates for remaining items.
• Complete the incumbent decommissioning checklist so the legacy system is either retired or formally retained read-only with archived data.
• Archive legacy system data and confirm access method for any retained read-only records.
• Deployment validation and system health
• Warranty and punchlist status update
• Warranty coverage and remaining obligations
• Warranty and punchlist backlog review
• Diagnose causes for any performance gaps
• Agree corrective actions and timelines
• Incumbent system wind-down checklist
• Lessons learned workshop
• Operator readiness and training status
• Enhancement and preventive maintenance triage
• Early operational signals and anomalies
• Short action cadence and next quarter targets
• Agree long-term shared channel and governance
• Confirm monitoring plan and additional sampling needs
• Remediation verification and acceptance of fixes
• Open issues, blockers, and immediate remediation