12.9 Utility Management: Personnel, Budgeting, Public Relations & Plant Security

12.9 Utility Management: Personnel, Budgeting, Public Relations & Plant Security

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1. Personnel and certification planning

A utility's staffing plan is constrained by the certification rules. Two facts drive everything:

1. Every classified facility needs an ORC and, for wastewater, at least one Back-up ORC of the appropriate type and grade (08G .0201; 18D .0206).
2. Certification cannot be rushed. A Grade IV biological operator must hold Grade III and have three years of actual experience at a Grade III or higher system (or two years with six basic-science college courses), on top of approved training at every level. When a 30-year ORC retires with no one behind them, the utility has a compliance problem it cannot buy its way out of quickly.

Practical succession steps: identify every position that must hold a certification; map current certifications and expiration dates; fund schools and exam fees; document experience contemporaneously so it can be verified on an application; and maintain more than the minimum number of certified staff so a resignation is not a violation.

Training obligations are annual and non-negotiable: six professional growth hours for drinking water operators (18D .0308) and six contact hours for wastewater operators (08G .0701), every year after the year of initial certification.

Supervision. Under 18D .0701(f) the ORC establishes the standard operating procedures that let uncertified staff work safely and lawfully; under 18C .1301(c) a designee may collect distribution samples under those procedures with the ability to reach a certified operator at all times.

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2. Budgeting and finance

Full-cost pricing means rates recover all of the above, including the renewal and replacement reserve. The classic failure pattern is a utility whose rates cover chemicals, power, and payroll but nothing else; twenty years later the tanks need painting, the mains are breaking, and there is no money.

Cost control tools operators control directly: chemical dose optimization through jar testing and residual trimming; energy management through pump scheduling, off-peak filling, blower control on dissolved oxygen, and wire-to-water efficiency; preventive maintenance that converts emergency overtime into scheduled work; and water loss reduction, which is production paid for and never billed.

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3. Procurement, inventory, and records

• Specifications should describe performance, not a brand, and should require materials meeting AWWA standards or ANSI/NSF 61 certification for anything contacting potable water (18C .0406(a)).
• Chemical purchasing must respect shelf life — hypochlorite bought in bulk and stored warm loses strength before it is used.
• Critical spares are stocked by consequence of failure and lead time, not by unit cost.
• Records are retained on the schedules set by rule: three years on the premises for 18C Section .1300 compliance records, five and ten years for bacteriological and chemical analyses, twelve years for lead and copper, four years for cross-connection test results.

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4. Public relations

Utilities are judged on taste, odor, color, pressure, and bills — not on compliance statistics. The operator's role in that judgment is larger than it appears.

Proactive communication:

• Notify before you act: flushing programs, main replacement, hydrant testing, smoke testing (notify residents and the fire department), and planned outages.
• Annual reporting: the Consumer Confidence Report for community water systems by July 1, and the annual performance report required of municipal or domestic wastewater systems above 200,000 gpd under G.S. 143-215.1C(a), delivered within 60 days of the end of the reporting year.
• Plain language. "Total coliform positive" means nothing to a customer; "a bacteria indicator was found; here is what we did and what you should do" does.

Complaint handling: log every complaint with time, address, and description; respond promptly and in person where warranted; test at the tap; explain the cause honestly; and follow up. A cluster of complaints on one street is process data — it frequently identifies a dead end, a nitrification episode, or a manganese release before any instrument does.

During an emergency, speak early and consistently, use the State's approved language for advisories, designate one spokesperson, and never speculate about cause before the facts are known.

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5. Plant security

The Grade III/IV needs-to-know lists Wastewater Plant Security as its own topic, and the same principles apply at water plants:

• Perimeter and access: fencing, gates, lighting, controlled keys and codes, visitor sign-in, contractor escort.
• Critical assets: chemical storage (especially chlorine), laboratory chemicals, SCADA and control rooms, electrical rooms, and fuel.
• Chemical accountability: inventory reconciliation is a security control — an unexplained loss is an incident, not a bookkeeping error.
• Cyber: unique credentials, multifactor remote access, network segmentation, tested offline backups, and a practiced manual operating procedure.
• Planning: for community water systems serving more than 3,300 people, AWIA Section 2013 requires risk and resilience assessments and emergency response plans, recertified on a recurring schedule. Every system, regardless of size, benefits from the same structure.
• Employees are the sensor network. Train staff to report unfamiliar vehicles, tampering, unusual questions about system operations, and missing chemicals — and to know whom to call.

[!NOTE] Management is a compliance subject. Certification schools teach it because so many enforcement cases begin as a management failure: no budget for a replacement pump, no second certified operator when the ORC quit, no contract for residuals hauling when the field closed, or no plan for the day the SCADA server died.