The power failed at Richmond's water treatment plant at 4:25 on a January morning during a blizzard. Three operators were working the hundred-year-old facility on Douglasdale Road, none of them electricians. The backup generators sat in the basement, tied to the same failed switchgear, requiring manual start. The SCADA system that runs everything went dark when its battery backup died after an hour.
By the time the plant electrician arrived, the operators had been running the facility manually for hours. He stood in front of equipment he wasn't sure he knew how to operate correctly. The backup generators were there. The manual transfer switches were there. But the training had been inadequate, and the fear of causing worse damage was real. He chose to complete the power transfer manually rather than risk the generators. At 7:09 am, the superintendent texted that generators were running and surrounding counties had been notified. The operators knew it wasn't true.
Richmond lifted its boil water advisory six days later, on January 11. The Virginia Department of Health investigation that came out in April called the crisis "completely avoidable" and identified $63 million in needed improvements. The plant is still operating. The electrician is still working there. So are the operators who ran the facility manually that night.
Water treatment operators across the country know the next crisis is coming. They're deciding whether to still be there when it arrives.
The Documents on Break Room Tables
The VDH investigation sits on break room tables at treatment plants now, the kind of document operators read during shift changes. Richmond had been running in "winter mode," single power source, cost-saving measure, exactly the wrong season to eliminate redundancy. The backup systems were "useless" because they required manual start and were tied to the single point of failure. During a known weather event with emergency declarations from both governor and mayor, the Department of Public Utilities didn't have enough trained staff at the plant.
Operators read these projections during night shifts, between rounds checking equipment they know is failing:
| What the Numbers Say | What It Means |
|---|---|
| 30-50% of operators eligible to retire within 5-10 years | The workforce is aging out |
| $309 billion funding gap for drinking water infrastructure, growing to $620 billion by 2043 | The money isn't coming |
| 10,700 openings annually just to replace workers who leave | Nobody's replacing them |
| $58,260 median salary | For 24/7 rotating shifts, on-call emergencies, exposure to hazardous conditions |
Aging infrastructure. Intensifying weather. Growing funding gaps. Retiring workforce. Harder to quantify: whether expertise that nobody with authority wants to hear is worth the cost of staying.
Four Months Later, Same Plant
In May, four months after the January crisis, Richmond's filters clogged because plate settlers hadn't been cleaned. A work order from May 12 requested the filters be "thoroughly washed and cleaned." On May 14, an employee was told by operations "this was not a good time." On May 27, high turbidity from the James River overwhelmed the uncleaned filters. Another boil water advisory. Another round of technical reports. Same hundred-year-old plant.
Jackson, Mississippi operators issued 300 boil water notices between 2020 and 2022 before August 2022 flooding forced federal intervention. $600 million and a third-party manager to run the system. Asheville's operators worked at a plant built in 2004 specifically for resilience after previous flooding. Hurricane Helene dropped fourteen inches of rain in three days last September, once-in-a-thousand-year event, and destroyed distribution lines buried twenty-five feet underground. The city went without potable water for 53 days.
The technical literature describes how climate change strains water infrastructure through extreme weather, flooding, and power outages that depressurize systems and allow contamination. How fast-moving disasters damage pipes. How treatment plants built in low-lying areas near streams face increasing flood risk. The reports are careful and measured. They project scenarios, assess vulnerabilities, recommend adaptations. Operators read them and think: we already know this.
They've been watching the equipment fail. They've been asking for upgrades. They've been working systems manually when the power goes out. One operator knows versus what gets acknowledged by people who make decisions—that's the gap.
The Five-Year Question
Richmond's plant needs $63 million in improvements that haven't been funded. The May crisis revealed maintenance still gets deferred when it's "not a good time." Same operators work the same equipment, reading the same projections about more frequent extreme weather.
The medium-term trajectory is demographic. Between 30 and 50 percent of current operators will be eligible to retire by 2030. The ASCE investigation of Jackson's crisis noted the "silver tsunami" of retirements not being replaced by younger workers.
"Even if you can find them, it's hard to keep them in the business."
The work requires years of training to understand complex systems. The pay is modest. The conditions are difficult. The infrastructure is failing.
When the people who know how to run these systems decide the knowledge costs too much, when the next Richmond or Jackson or Asheville happens and there aren't enough trained operators to work the plant manually when the power fails—then what?
Operators still showing up for shifts know what breaks next. They know which pumps are running past their rated life. They know which backup systems haven't been tested in years. They know what happens when filters don't get cleaned because it's "not a good time." They read the climate projections and the infrastructure assessments and the workforce studies. The math doesn't work.
Some are already eligible to retire. Some are five years out. Some are training younger workers who'll probably leave for better pay in two years. All of them are making the same calculation: how long to keep showing up for work that requires expertise nobody with authority wants to hear, at facilities that need tens of millions in improvements that won't get funded, with weather that's getting worse and backup systems that don't work.
The Decision
The electrician who chose to manually complete the power transfer that January morning is still at Richmond's plant. So are the three operators who ran the facility for hours without SCADA. They read the VDH report identifying everything they already knew was wrong. They worked through the May crisis when uncleaned filters clogged. They're reading the projections about the next five to ten years.
They're also reading job postings. Talking to colleagues who've left. Running the numbers on retirement. Watching younger workers decide this profession doesn't have a future worth their time.
The decision is collective. It's happening in break rooms at treatment plants across the country, during shift changes, in conversations between operators who know what's coming and are trying to figure out whether to stay for it.
The plants are still running. The pipes, some of them from the 1800s, are still carrying water. The next storm is coming. The workforce that knows how to manage the crisis is deciding whether to be there when it arrives.
And somewhere, right now, someone who could learn this work is choosing to do something else instead.
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Jackson's federal takeover: The EPA used emergency grant authority for the first time under the Safe Drinking Water Act to provide $600 million for Jackson's water system after the August 2022 crisis left 150,000+ residents without safe water.
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Asheville's temporary treatment: The U.S. Army Corps of Engineers installed dissolved air flotation devices at Burnett Reservoir to reduce turbidity after Hurricane Helene, operating at a cost of $6 million per month through November 2025.
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Training program initiatives: Grand Rapids Community College received a $1 million EPA grant to recruit and train water treatment operators from disadvantaged communities through on-site internships at municipal facilities.
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Infrastructure funding gap: The ASCE's 2024 economic study projects the gap between drinking water infrastructure needs and investments will grow from $309 billion in 2024 to $620 billion by 2043, with distribution and transmission infrastructure accounting for 67% of total needs.