OK Water/Wastewater Operator study plan

Map the Public Water Supply domain into a one-page outline covering source water, treatment train, distribution, monitoring, and operator duties

Define and write out from memory the key terms: MCL, MCLG, TT, AL, CCR, SDWA, and primary versus secondary standards

Trace a surface-water treatment train (coagulation, flocculation, sedimentation, filtration, disinfection) and state the purpose and one failure symptom of each step

Build a 20-item flashcard set for water chemistry and treatment terminology and self-quiz until you score 18 of 20

Calculate chlorine dose, demand, and residual from given values, and explain the difference between free and total chlorine

Explain CT concept and disinfection contact time in plain language, then work three practice problems

Describe turbidity, pH, and disinfectant residual as treatment barriers and state why each is monitored continuously

List the required CCR contents and draft a sample CCR summary for a small community system

Diagram a conventional wastewater treatment train from influent to effluent and label the purpose of each unit process

Define BOD, TSS, ammonia, and fecal indicator bacteria and explain what each tells an operator about plant performance

Explain the activated sludge process including mixed liquor, return sludge, wasting, and sludge age

Describe stormwater basics: impervious cover effects, the difference between separate and combined systems, and common best management practices

Solve 10 mixed practice problems spanning water and wastewater math (flow, loading, concentration, detention time, solids)

Compare drinking water and wastewater monitoring and reporting obligations side by side

Explain combined sewer overflow causes and controls and how wet-weather flow affects plant hydraulics

Write short answers to five scenario prompts such as a chlorine residual drop or a rising effluent TSS

Outline the construction permitting sequence for a water or wastewater project from pre-application through approval to inspection and closeout

Identify the typical contents of a permit application package including plans, specifications, design report, and site information

Explain the roles of the owner, engineer, contractor, and permitting agency at each stage

Describe inspection and approval steps at key milestones such as pressure testing, disinfection, and final connection

List the common reasons permit applications are returned or delayed and state how to prevent each

Explain how design standards and specification requirements translate into construction inspection checkpoints

Work through two hypothetical projects and identify which permits and approvals are needed and in what order

Draft a short pre-construction checklist an operator would use before accepting a new main or plant upgrade

Describe watershed delineation and explain how land use, soils, and slope influence source water quality

Identify the main sources of nonpoint pollution and match each to a management practice

Explain source water assessment and protection planning, including delineation of protection areas and contingency planning

Describe how watershed plans set measurable goals and how stakeholders and funding fit into implementation

Take a full-length 100-item timed practice exam across all four domains and record the score per domain

Review every missed item and write a one-line reason for each miss

Re-drill the two weakest domains with targeted flashcards and calculations

Assemble a one-page formula and reference sheet you can recall from memory