PCEW study plan

Map the federal regulatory framework (RCRA, CWA, CAA, CERCLA, EPCRA) into a one-page crosswalk showing which statute governs each domain of the exam

Trace the permit application lifecycle end-to-end for at least one permit type (NPDES or Title V), listing every required submittal and typical review timeline

Identify the reporting thresholds and deadlines for Tier II, TRI Form R, and release notifications, and record them in a dated calendar

Explain how a permit modification, renewal, and minor versus major amendment differ, and when each is triggered

Walk through a mock inspection scenario and write the sequence of actions a facility environmental coordinator should take before, during, and after the visit

Distinguish recordkeeping retention periods across RCRA, CWA, and CAA programs and note where they conflict

Analyze at least two ethics scenarios involving data suppression, permit exceedance disclosure, and conflicts of interest, and articulate the defensible course of action

Draft a deviation-reporting decision tree that separates self-disclosure incentives from mandatory reporting obligations

Classify at least 15 sample waste streams as hazardous or non-hazardous using the four RCRA characteristics and the F, K, P, U listing categories

Apply the mixture rule, derived-from rule, and contained-in policy to decide when a waste becomes regulated

Compare treatment, storage, and disposal options (landfill, incineration, fuels blending, stabilization) and match each to waste characteristics

Outline the requirements for a large-quantity generator: accumulation time limits, container labeling, manifesting, and biennial reporting

Diagram a wastewater treatment train from influent to discharge and label the pollutant-removal mechanism at each unit process

Interpret a mock NPDES permit: effluent limits, monitoring frequency, and reporting requirements, and calculate a monthly average and daily maximum exceedance

Apply stormwater permitting concepts including SWPPP elements, best management practices, and no-exposure versus benchmark monitoring

Explain how pretreatment standards and local limits apply to an industrial discharger

Identify major versus minor source classification and the pollutants that trigger prevention of significant deterioration review

Calculate a potential-to-emit estimate for a small source using emission factors and document the assumptions

Match monitoring methods (continuous emission monitoring, periodic stack testing, parametric monitoring) to the pollutants they are suited for

Describe how stormwater and air permitting interact at a site with material storage and fugitive dust

Sequence a site investigation from Phase I through Phase II and specify the data each phase must produce

Apply risk-based corrective action concepts: exposure pathways, conceptual site model, and cleanup standards selection

Compare remediation technologies (soil vapor extraction, pump and treat, in-situ chemical oxidation, thermal) by contaminant type and site conditions

Outline contaminated soil handling requirements including stockpiling, characterization, and disposal or reuse options

Perform a hazard assessment for a chemical release scenario and select appropriate respiratory and dermal protection using assigned protection factors

Draft the decision logic for evacuation versus shelter-in-place and identify the notification chain for a reportable release

Build a sampling plan that specifies container type, preservation, holding time, and quality control samples for three media

Explain chain-of-custody documentation, data qualifiers, and how to evaluate whether data meet a project's quality objectives

Synthesize all eight domains into a single compliance scenario and identify every applicable regulatory obligation

Complete two timed practice sets and log every missed question by domain and root cause

Re-drill the three weakest domains using targeted review of the logged errors

Draft a personal exam-day time allocation strategy that reflects the domain weighting