Operational Planning, Staffing & Coordination

Water and wastewater systems operate continuously even when staffing, weather, equipment condition, laboratory schedules, and maintenance needs change. Good operational planning helps operators organize work so that treatment, compliance, safety, maintenance, and emergency responsibilities are all covered.

Planning does not mean predicting every problem. It means identifying important tasks, assigning responsibility, coordinating resources, and preparing for conditions that are likely to affect operation.

Operational Planning Starts with System Priorities

Operators should first understand which activities are essential to safe and compliant operation.

Typical priorities include:

• maintaining treatment performance;
• protecting public health and the environment;
• completing required monitoring and sampling;
• maintaining certified-operator coverage;
• responding to alarms and abnormal conditions;
• maintaining critical equipment;
• meeting permit and reporting requirements;
• maintaining safe working conditions.

Lower-priority administrative or housekeeping tasks may need to be rescheduled when critical operational work requires immediate attention.

Daily Planning

A daily operating plan helps organize the work expected during the shift.

The operator should review:

• current process conditions;
• equipment status;
• scheduled sampling;
• laboratory work;
• maintenance activities;
• chemical deliveries;
• contractor work;
• staff availability;
• weather conditions;
• unresolved issues from the previous shift.

Planning should occur early enough that conflicts can be resolved before they affect the operation.

Start with the Previous Shift

The operating log and shift handoff provide the starting point for daily planning.

Before establishing priorities, the incoming operator should understand:

• what equipment is unavailable;
• what temporary operating conditions are in effect;
• what alarms occurred;
• what process adjustments were made;
• what work remains incomplete;
• what follow-up measurements are required.

A plan based only on the normal schedule may fail if the plant is already operating under abnormal conditions.

Identify Critical Tasks

Some work cannot be postponed without creating operational or compliance risk.

Critical tasks may include:

• required compliance sampling;
• checking disinfection;
• responding to high or low tank levels;
• maintaining minimum treatment capacity;
• restoring failed equipment;
• responding to a permit or water-quality concern;
• making required regulatory notifications.

Operators should know which tasks are time-sensitive and which can be moved to another day if necessary.

Use a Priority System

A simple priority system can help when several tasks compete for attention.

One practical order is:

1. Immediate safety hazards.
2. Public-health or environmental protection.
3. Active treatment or compliance problems.
4. Required monitoring and regulatory deadlines.
5. Critical equipment maintenance.
6. Routine preventive maintenance.
7. Administrative and lower-priority tasks.

The exact order can vary with the situation, but important work should not be delayed because routine tasks were scheduled first.

Staffing Coverage

A treatment system needs enough qualified personnel to operate safely and meet its regulatory obligations.

Staffing plans should consider:

• shift coverage;
• certified-operator availability;
• vacations;
• training;
• illness;
• emergency leave;
• on-call responsibilities;
• maintenance coverage;
• laboratory responsibilities.

A schedule that works only when every employee is present is not resilient.

Certified-Operator Coverage

Staff planning must account for operator-certification requirements.

A facility should know:

• which operators hold the required class;
• which operators hold the required subclasses;
• who is available during each shift;
• who provides backup coverage;
• how an offsite available operator can be contacted.

Replacing a certified operator with an employee who lacks the required qualifications may solve a staffing problem but create a compliance problem.

Cross-Training Improves Coverage

Cross-training helps reduce dependence on a single employee.

Operators may be cross-trained in areas such as:

• sampling;
• laboratory testing;
• chemical-feed operation;
• pump operation;
• basic maintenance;
• recordkeeping;
• emergency procedures.

Cross-training does not replace required certification or specialized qualifications, but it can improve operational flexibility.

Plan for Absences

Known absences should be addressed before they occur.

Examples include:

• scheduled vacation;
• training days;
• medical appointments;
• certification exams;
• planned maintenance requiring extra staff.

The plan should identify who covers essential duties and whether any work should be rescheduled.

Plan for Unexpected Absences

Facilities also need a backup plan for sudden illness or emergency leave.

Useful preparations include:

• an on-call list;
• qualified backup operators;
• cross-trained employees;
• contract operator arrangements where appropriate;
• clear escalation procedures.

Waiting until a critical employee is unavailable can delay treatment, sampling, or emergency response.

Coordinate Operations and Maintenance

Maintenance work can affect treatment capacity and process stability.

Before taking equipment out of service, operations and maintenance personnel should discuss:

• which equipment will be unavailable;
• how long the work should take;
• whether backup equipment is ready;
• whether treatment capacity will be reduced;
• whether valves or controls will be changed;
• whether lockout/tagout is required;
• what operating limits must be maintained.

Maintenance should not begin on critical equipment without understanding the operational effect.

Schedule Maintenance Around Process Needs

Whenever practical, planned maintenance should occur when system demand or process loading is favorable.

For example:

• a drinking water pump may be serviced when storage levels are adequate;
• a wastewater treatment unit may be removed from service when flow is expected to be lower;
• filter maintenance may be scheduled when sufficient treatment capacity remains online.

The goal is to maintain necessary redundancy and treatment performance during the work.

Coordinate Laboratory and Sampling Work

Sampling and laboratory activities often have specific timing requirements.

Planning should consider:

• required sampling dates;
• holding times;
• laboratory operating hours;
• shipping schedules;
• preservation requirements;
• weekends and holidays;
• staff qualified to collect or analyze samples.

A sample collected correctly but delivered after the holding time may not satisfy the monitoring requirement.

Maintain a Compliance Calendar

A compliance calendar can help prevent missed deadlines.

It may include:

• sampling dates;
• DMR deadlines;
• public-notification deadlines;
• CCR activities;
• permit-renewal dates;
• operator-certification renewal dates;
• required inspections;
• training deadlines.

Critical deadlines should not depend on one employee remembering them.

Chemical Inventory Planning

Treatment chemicals should be monitored before inventory reaches a critical level.

Operators should consider:

• normal daily usage;
• seasonal changes;
• delivery lead time;
• supplier availability;
• storage capacity;
• emergency reserve;
• safe storage limits.

A chemical shortage can become a treatment emergency even when all process equipment is operating correctly.

Spare Parts and Critical Equipment

Planning should also identify components whose failure could stop treatment or create a major operational problem.

Critical spare parts may include:

• pump seals;
• bearings;
• chemical-feed tubing;
• fuses;
• instrument probes;
• valve actuators;
• belts;
• filters;
• other facility-specific components.

The appropriate spare-parts inventory depends on equipment criticality, failure history, cost, and replacement lead time.

Weather Planning

Weather can significantly affect water and wastewater operations.

Operators should prepare for conditions such as:

• heavy rain;
• flooding;
• extreme heat;
• freezing temperatures;
• snow and ice;
• high winds;
• power outages.

Wastewater facilities may experience high influent flow during storms, while drinking water systems may experience changing demand, source-water quality, or access problems.

Wet-Weather Planning

Before significant rainfall, wastewater operators may review:

• available treatment capacity;
• pump-station status;
• wet-well levels;
• standby pumps;
• generator readiness;
• collection-system trouble locations;
• chemical and staffing needs.

Advance preparation can reduce the effect of infiltration, inflow, and high hydraulic loading.

Power-Failure Planning

Loss of power can quickly affect pumps, disinfection, aeration, controls, and communications.

Operators should know:

• which systems have standby power;
• how generators are started;
• fuel availability;
• which loads are critical;
• how long storage or treatment can continue without normal power;
• who must be contacted.

Standby equipment should be tested before an outage occurs.

Contractor Coordination

Contractors can affect plant operation even when they are not directly operating treatment processes.

Before work begins, operators should coordinate:

• work area;
• equipment affected;
• shutdown requirements;
• lockout/tagout;
• chemical hazards;
• confined spaces;
• traffic and access;
• temporary bypasses or piping;
• expected completion time.

Contractors should not make unapproved operational changes simply because those changes make their work easier.

Communication Between Departments

Operations, maintenance, laboratory, management, and engineering staff often depend on one another.

Good coordination means sharing information that affects other functions.

Examples include:

• operations reporting a recurring pump problem to maintenance;
• laboratory staff reporting an abnormal result immediately;
• maintenance notifying operations before removing equipment from service;
• management informing operators about permit or regulatory changes;
• operators notifying purchasing when chemical inventory approaches the reorder point.

Use Clear Responsibility Assignments

A task is more likely to be completed when one person is clearly responsible for it.

Instead of writing:

Someone needs to collect the monthly sample.

the plan should identify:

• who collects the sample;
• when it is collected;
• where it is collected;
• which laboratory receives it;
• who verifies that the result was reported.

Clear ownership reduces assumptions.

Plan Work, but Reassess During the Shift

An operating plan should not become rigid.

Conditions may change because of:

• equipment failure;
• unexpected laboratory results;
• weather;
• high demand;
• high influent flow;
• chemical delivery problems;
• staff absence;
• emergency calls.

Operators should reassess priorities when new information becomes available.

Use Checklists for Repetitive Planning

Checklists can help ensure that routine planning items are not forgotten.

A shift-start checklist might include:

• review previous shift log;
• check alarms;
• review tank or wet-well levels;
• verify chemical inventory;
• confirm sampling schedule;
• review maintenance work;
• confirm staffing;
• review weather forecast;
• check critical equipment status.

A checklist should support operator judgment rather than replace it.

Emergency Planning

Facilities should prepare for emergencies before they occur.

Planning may include:

• emergency contact lists;
• regulatory agency contact procedures;
• utility contacts;
• contractor contacts;
• backup power;
• spare equipment;
• alternate chemical suppliers;
• emergency sampling procedures;
• public-notification procedures.

Emergency plans should be accessible when normal communications or staffing are disrupted.

Planning During Abnormal Conditions

When the plant is already in an abnormal condition, planning should focus on stabilizing the system.

A practical sequence is:

1. Protect people.
2. Protect public health and the environment.
3. Stabilize treatment.
4. Maintain or restore critical equipment.
5. Make required notifications.
6. Collect necessary samples.
7. Document actions.
8. Plan follow-up work.

Routine lower-priority tasks can be deferred until the system is stable.

Workload and Fatigue

Staffing plans should consider workload as well as headcount.

An operator responsible for too many simultaneous duties may miss:

• alarms;
• sampling deadlines;
• equipment problems;
• process trends;
• safety hazards.

Excessive overtime and fatigue can also increase the risk of errors.

Document Important Planning Decisions

Significant planning decisions should be recorded when they affect operation.

Examples include:

• taking a process unit out of service;
• changing staffing coverage;
• postponing maintenance because of process conditions;
• placing equipment in temporary service;
• implementing an emergency operating arrangement.

Documentation helps later operators understand why the plan changed.

Review Completed Work

Planning should include follow-up.

At the end of a shift or work period, operators should determine:

• what was completed;
• what remains open;
• whether follow-up testing is required;
• whether maintenance was successful;
• whether the next shift needs additional instructions.

This information becomes part of the next planning cycle.

Common Operational Planning Mistakes

• Planning only routine tasks and ignoring current plant conditions.
• Failing to provide backup certified-operator coverage.
• Scheduling maintenance without considering treatment capacity.
• Missing sampling because laboratory hours were not considered.
• Allowing chemical inventory to reach a critical level before ordering.
• Relying on one employee for every specialized task.
• Failing to plan for vacation or training absences.
• Taking critical equipment out of service without confirming backup capacity.
• Failing to communicate contractor work to operations staff.
• Assigning tasks without identifying who is responsible.
• Continuing the original plan even after operating conditions change.
• Failing to transfer unfinished tasks to the next shift.

A Practical Daily Planning Sequence

1. Review the previous shift log and current process conditions.
2. Confirm staffing and certified-operator coverage.
3. Identify critical safety, treatment, and compliance tasks.
4. Review sampling and laboratory requirements.
5. Review equipment outages and maintenance work.
6. Confirm chemical and critical material availability.
7. Review weather and expected demand or flow.
8. Coordinate with maintenance, laboratory, contractors, and management.
9. Assign responsibility for important tasks.
10. Reassess priorities as conditions change.
11. Document significant changes.
12. Transfer incomplete work clearly to the next shift.

Facility Management Priorities

Facility management requires operators and supervisors to decide what must be done first when multiple needs compete for limited staff, time, equipment, and money.

A practical priority order should consider:

• immediate threats to public health or worker safety;
• permit or regulatory compliance;
• conditions that can damage treatment performance;
• critical equipment reliability;
• customer or service impacts;
• routine work that can be rescheduled without creating additional risk.

Good prioritization is based on operational consequence, not simply on which request arrived first.

Daily and Shift-Level Planning

Daily planning should connect routine work with current plant conditions.

Before assigning work, supervisors should review:

• staffing availability;
• process conditions;
• equipment status;
• scheduled maintenance;
• sampling and laboratory requirements;
• chemical inventory;
• weather or demand conditions;
• known construction or contractor activity.

Staffing Coverage

Staffing plans should provide enough qualified personnel to perform essential work safely and reliably.

Important considerations include:

• required operator coverage;
• employee qualifications;
• shift assignments;
• vacation and leave;
• after-hours response;
• on-call responsibilities;
• cross-training;
• backup coverage for critical functions.

A schedule that meets the normal workload but fails whenever one employee is absent is not a resilient staffing plan.

Critical Function Coverage

Utilities should identify duties that cannot be delayed without creating safety, compliance, or service risk.

Examples can include:

• required process checks;
• chemical-feed verification;
• regulatory sampling;
• alarm response;
• critical pump-station checks;
• disinfection monitoring;
• required reporting;
• emergency response.

Coordination Between Operations and Maintenance

Operations and maintenance should coordinate planned outages, equipment isolation, startup, shutdown, lockout/tagout, testing, and return to service.

Before maintenance begins, both groups should understand:

• which equipment will be unavailable;
• how the process will operate during the outage;
• whether backup equipment is ready;
• which valves or controls must be isolated;
• how the equipment will be tested before return to normal service.

Coordination With the Laboratory

Laboratory and operations staff should coordinate when sampling results affect process-control decisions.

Operators need to know:

• which samples are required;
• where and when samples are collected;
• which results require rapid notification;
• how unusual results will be confirmed or investigated;
• how laboratory trends affect operating adjustments.

Resource Allocation

Facility managers must match available resources to the highest operational needs.

Resources include:

• qualified employees;
• equipment;
• spare parts;
• chemicals;
• vehicles;
• contractors;
• laboratory capacity;
• budgeted funds.

Allocating resources effectively means considering both immediate work and the risk of leaving other critical needs uncovered.

Contingency Coverage

Facilities should plan for foreseeable disruptions rather than improvise every response.

Contingency planning can address:

• employee absence;
• power failure;
• critical equipment failure;
• chemical delivery delay;
• laboratory outage;
• extreme weather;
• communications failure;
• contractor delay.

Use of Backup Equipment

Backup equipment is useful only if it is maintained, tested, and available when needed.

A spare pump that has not been exercised, a generator without fuel, or an emergency chemical-feed pump with missing parts should not be treated as reliable redundancy.

Work Scheduling

Work schedules should balance preventive maintenance, inspections, routine operations, regulatory duties, projects, and corrective work.

Repeatedly postponing preventive work can create larger failures later.

Likewise, completing planned maintenance on schedule is not a success if the work creates an avoidable compliance or process-control problem.

Managing Planned Outages

A planned outage should include:

1. defined scope;
2. operational impact review;
3. required isolation steps;
4. backup or temporary operating plan;
5. communications;
6. safety controls;
7. testing;
8. return-to-service criteria.

Contractor Coordination

Contractors may perform specialized maintenance, construction, inspection, or emergency work, but utility staff still need to coordinate the work with ongoing operations.

Before contractor work begins, facility staff should address:

• site access;
• safety requirements;
• process impacts;
• equipment isolation;
• sampling or testing needs;
• communication responsibilities;
• acceptance and return-to-service steps.

Tracking Work to Completion

Assigning work is not the same as completing it.

Managers should use work orders, logs, shift notes, schedules, or other tracking systems to confirm that important tasks are completed and unresolved items are carried forward.

Escalation

Operators should know when a problem exceeds their authority, available resources, or technical capability.

Escalation may be appropriate when:

• public health or worker safety is threatened;
• a permit limit or regulatory requirement may be violated;
• critical equipment redundancy is lost;
• specialized technical support is needed;
• additional staffing or contractor support is required;
• management authorization is needed for a major operational decision.

Short-Term Versus Long-Term Management

Facility management includes both immediate operational control and longer-term planning.

Short-term management focuses on today's staffing, process conditions, alarms, maintenance, sampling, and customer or regulatory needs.

Long-term management addresses asset condition, staffing development, capital needs, energy, reliability, emergency preparedness, and future capacity.

Performance Review

Managers should periodically compare planned work with actual results.

Useful questions include:

• Were critical tasks completed?
• Were recurring failures corrected or only temporarily patched?
• Did staffing match workload?
• Were preventive tasks repeatedly deferred?
• Did alarms or incidents reveal a planning weakness?
• Are the same operational bottlenecks appearing repeatedly?

Common Facility-Management Mistakes

• Prioritizing work by convenience instead of operational risk.
• Scheduling maintenance without considering process impact.
• Relying on one employee for a critical duty.
• Assuming backup equipment is ready without testing it.
• Failing to coordinate operations, maintenance, and laboratory work.
• Postponing preventive maintenance until failures become emergencies.
• Assigning work without tracking completion.
• Waiting too long to escalate a problem that exceeds available resources.

Practical Facility-Management Review

1. Identify today's highest safety, compliance, and process risks.
2. Confirm qualified staffing and backup coverage.
3. Coordinate operations, maintenance, laboratory, and contractor activities.
4. Allocate equipment, parts, chemicals, and staff to the highest-priority work.
5. Protect essential operations during planned outages.
6. Maintain realistic contingency plans.
7. Track critical tasks until completion.
8. Review recurring failures and planning weaknesses instead of repeatedly treating symptoms.

Utility Easements and Right-of-Way Management

Wastewater collection utilities often operate sewer mains, lift stations, access structures, and other infrastructure on land they do not own. Utility easements and public rights-of-way may provide legally established access or use rights, subject to the applicable documents, permits, and laws.

Understanding Easements and Rights-of-Way

A utility easement generally provides specified rights to use another property for purposes such as installing, inspecting, operating, maintaining, or repairing utility infrastructure.

A public right-of-way may accommodate streets, sidewalks, and utility facilities. Work within a right-of-way may require permits, coordination, traffic-control measures, or other approvals.

An easement does not necessarily transfer ownership of the underlying property. The rights and restrictions depend on the recorded instrument and applicable law.

Planning Access Before Field Work

Before scheduling collection-system work, authorized personnel should determine whether access is through public property, a public right-of-way, a recorded utility easement, or another approved arrangement.

Relevant planning checks may include:

• Review available easement documents, property records, and utility maps.
• Verify the location of sewer assets and proposed work areas.
• Identify property boundaries and possible access restrictions.
• Determine whether notifications, permits, or approvals are required.
• Coordinate with property owners, public agencies, and other utilities as appropriate.
• Plan safe equipment access, excavation, traffic control, and site restoration.
• Document unresolved access issues before assigning work.

Encroachments and Access Obstructions

Structures, fences, landscaping, stored materials, or other improvements may obstruct access to sewer infrastructure or designated utility corridors.

Operators should document the observed obstruction and refer it through approved utility procedures. The presence of an easement does not automatically authorize field crews to remove property or perform unrestricted work.

Disputes about easement scope, encroachments, property boundaries, or legal access should be referred to authorized management or legal personnel.

Construction and Maintenance Coordination

Construction and repair projects may require coordination with transportation agencies, property owners, contractors, emergency services, and neighboring utilities.

Before work begins, supervisors should confirm applicable permissions, utility locating, protection of existing facilities, traffic-control arrangements, and restoration responsibilities.

The work plan must distinguish routine access from activities that require additional permits, temporary agreements, or other authorization.

Emergency Access Problems

A sewer blockage, collapse, or overflow may require urgent access to infrastructure located on private property or within a restricted corridor.

Operators should follow established emergency access and escalation procedures. Emergency conditions do not create an unlimited right to enter property or disregard applicable legal and safety requirements.

Actions and communications should be documented, including the affected asset, emergency conditions, access arrangements, notifications, and restoration needs.

Example: Blocked Access to a Sewer Main

A maintenance crew discovers that a fence blocks equipment access to a sewer manhole shown on utility mapping near a private property boundary.

The crew should confirm the location and available access documentation, notify the appropriate supervisor, and arrange authorized access before proceeding.

Workers should not assume that the map alone establishes permission to remove the fence or enter the property without following approved procedures.

Exam reminder: Easement and right-of-way management requires verifying access rights, identifying restrictions, coordinating with affected parties, obtaining required approvals, documenting conflicts, and escalating unresolved legal or property issues.

What to Remember for the Exam

• Operational planning helps coordinate treatment, safety, compliance, staffing, maintenance, and sampling.
• Begin planning by reviewing current plant conditions and the previous shift handoff.
• Prioritize safety, public-health, environmental, treatment, and compliance needs before routine work.
• Staffing plans must maintain appropriate certified-operator coverage.
• Cross-training improves flexibility but does not replace required certification.
• Plan for both scheduled and unexpected employee absences.
• Operations and maintenance should coordinate before critical equipment is removed from service.
• Sampling plans must consider required dates, locations, holding times, and laboratory availability.
• Compliance deadlines should be maintained in a reliable calendar or tracking system.
• Chemical inventory should be managed before supplies reach critical levels.
• Weather and power failures can affect treatment capacity and staffing needs.
• Contractor work must be coordinated with plant operation and safety requirements.
• Important tasks should have clearly assigned responsibility.
• Operating plans should be revised when conditions change.
• Emergency planning should be completed before an emergency occurs.
• Unfinished tasks and temporary operating conditions must be communicated to the next shift.