LABS of CWEA

Connecting Plant Operations And Engineering For Better Decisions

Water and wastewater facilities depend on two groups with different daily pressures. Operations teams must keep treatment processes stable, respond to alarms, manage staffing, and protect permit compliance. Engineering teams focus on design standards, capital planning, troubleshooting, regulatory changes, and long-term performance. When these responsibilities are poorly connected, even well-designed solutions can create confusion at the plant.

Strong collaboration gives both groups a shared view of risk and priorities. Operators contribute practical knowledge about equipment behavior and process constraints, while engineers provide analysis, system perspective, and technical options. The result is faster problem-solving, safer decisions, and projects that function as intended after construction.

For water environment professionals in the greater Los Angeles area, this kind of coordination is a valuable subject for technical presentations, facility tours, workshops, and peer discussions. LABS of CWEA can help create those learning opportunities by bringing agency staff, consultants, engineers, and operators into the same professional conversation.

Establish A Shared Operating Picture

Communication improves when everyone works from the same current information. A short daily or weekly coordination meeting can cover plant conditions, active work orders, upcoming process changes, safety concerns, regulatory deadlines, and decisions that need engineering support. The meeting should be brief and structured, with action owners and due dates recorded in a shared location.

The goal is not to create additional paperwork. It is to prevent knowledge from remaining with one person or one shift. A common dashboard, simple issue log, and consistent status language can show whether an item is urgent, under investigation, awaiting design, or ready for implementation. This shared operating picture helps managers allocate attention before small problems become expensive failures.

Translate Technical Goals Into Plant Actions

Engineering recommendations often use design assumptions, calculations, and performance targets. Operations staff need to know what those recommendations mean during a shift. Every proposed change should therefore explain the expected process impact, operating steps, alarm response, maintenance requirements, and conditions that would indicate a problem.

A useful communication package may include a one-page operating summary, marked-up drawings, updated standard operating procedures, and a short briefing with affected personnel. Engineers should walk through the change at the equipment or process area whenever possible. Operators can then identify access limitations, unusual flow patterns, seasonal behavior, or maintenance practices that may not appear in drawings or historical data.

This exchange is especially important during capital projects. Funding limitations, schedule pressure, and field discoveries can alter the original scope. Teams evaluating alternative funding sources should also consider whether the proposed funding timeline allows enough time for operator review, commissioning, and staff training.

Create Reliable Communication Routines

A dependable cadence is more effective than occasional urgent meetings. Facilities can use shift handoffs for immediate conditions, weekly operations-engineering reviews for unresolved issues, and monthly planning sessions for projects, asset management, and compliance priorities. Each meeting should have a defined purpose so routine updates do not crowd out decisions.

Handoffs should distinguish facts from assumptions. “Pump 3 tripped twice after the wet-well level reached six feet” is more useful than “Pump 3 is acting up.” Engineers can investigate a specific pattern, while operators know which observations matter. Photographs, trend screenshots, work-order numbers, and time-stamped notes add context without requiring long reports.

Communication Practice Primary Purpose Useful Participants Result
Shift handoff Transfer immediate operating information Operators and supervisors Clear short-term priorities
Weekly issue review Resolve recurring technical problems Operations, engineering, maintenance Assigned actions and deadlines
Project readiness meeting Prepare for construction or process changes Project manager, engineer, operators, contractors Fewer startup surprises
Post-event review Learn from alarms, spills, or equipment failures Cross-functional response team Documented corrective actions

Digital tools can support these routines, but technology should follow the communication process. A complicated collaboration platform will not solve unclear ownership. The best system is one that staff can update quickly, search easily, and use consistently across shifts and departments.

Use Data To Build Trust

Operations and engineering teams may interpret the same data differently. An operator may notice that a blower sounds unusual before vibration readings change. An engineer may identify a slow decline in efficiency through trend analysis before the condition becomes visible in the field. Both observations are valuable, and trust grows when they are assessed together rather than treated as competing evidence.

Teams should agree on which measurements guide decisions and how they will be reviewed. Useful examples include energy consumption, dissolved oxygen, pump starts, chemical usage, solids characteristics, alarm frequency, preventive maintenance completion, and permit-related results. Establishing normal ranges and escalation thresholds makes it easier to determine when engineering analysis is needed.

Climate and hydraulic variability add another reason to combine field observations with system modeling. Teams reviewing climate-driven flow changes can connect rainfall patterns, infiltration and inflow, wet-weather peaks, and treatment capacity to actual plant experience. This shared analysis supports better preparedness for storms and changing seasonal conditions.

Build Cross-Functional Fluency

Professional development should help each group understand the other’s working environment. Operators benefit from learning how engineers evaluate alternatives, interpret specifications, and develop lifecycle cost estimates. Engineers benefit from spending time on shifts, observing routine rounds, and learning how staffing, safety, and equipment access shape real decisions.

Training can be practical and site-specific. A workshop might use a recent pump failure, a control-system upgrade, or a treatment upset as a case study. Participants can map the timeline, identify where information was delayed, and agree on a better response process. Automation workshops are also useful when instrumentation, supervisory control and data acquisition systems, or cybersecurity changes affect daily operations.

Professional associations provide a natural setting for this exchange. LABS of CWEA programs, including MOC certification courses, can strengthen technical knowledge while connecting professionals who face similar operational and engineering challenges. Facility tours are particularly effective because they allow participants to discuss design intent and operating reality in the same physical environment.

Useful cross-functional habits include:

Turn Feedback Into Better Projects

Feedback must be collected early enough to influence a decision. Asking operators to review a nearly completed design may satisfy a process requirement without improving the outcome. A better approach is to schedule formal review points during concept development, 30 percent design, detailed design, construction planning, and commissioning.

Each comment should receive a response: accepted, modified, deferred, or declined with a reason. This creates accountability and shows that field knowledge has been considered even when a recommendation cannot be adopted. It also prevents the same concern from resurfacing through informal conversations or repeated work orders.

After startup, the project team should revisit its assumptions. Did the equipment perform under expected flow conditions? Were alarms understandable? Could staff reach valves, instruments, and isolation points safely? Did the training match actual operating needs? Documenting these answers creates institutional knowledge for future projects and gives both departments a clear basis for improvement.

Communication becomes part of infrastructure when it is built into operating procedures, project gates, training schedules, and leadership expectations. A facility with reliable information flow can respond more quickly to process changes, emergency conditions, staffing transitions, and regulatory demands. It also creates a more respectful workplace because expertise is shared rather than isolated.

Water professionals can strengthen this culture through peer learning and active participation in LABS of CWEA events. Bring an operations challenge to a technical session, include engineering staff in a facility tour, or use a workshop to test a new coordination practice. Make the next project meeting a place where field experience and technical analysis shape the same decision.