Pump Stations
Pump Station Design Engineer & Expert Witness Services | Bonneau Dickson, PE
When a pump station fails, it’s rarely just an engineering problem; it’s a legal, financial, and sometimes health hazard problem too. I am Bonneau Dickson, PE, and I help attorneys, insurers, cities, and property owners figure out exactly why a pump station failed, who’s responsible, and what it will actually take to fix it.
Based in Berkeley, CA, I’ve been involved with over 300 water and wastewater pump stations and served on more than 100 forensic and expert witness cases, so I know these systems inside and out.
What Does a Pump Station Design Engineer Actually Do?
A pump station design engineer plans, sizes, and reviews the equipment that moves water or sewage from one point to another; think wet wells, pumps, valves, controls, and force mains. I’ve designed and overseen these systems for municipalities and private clients alike, from small lift stations to large-scale wastewater facilities. Good design isn’t just about moving water; it’s about building something that holds up for decades without surprise breakdowns.
Why Do You Need a Pump Station Expert Witness?
Here’s the thing: pump station disputes get technical fast, and juries, judges, and adjusters usually aren’t engineers. That’s where I come in. As a pump station expert witness, I translate the technical mess; corrosion, undersized pumps, bad installation, poor maintenance; into plain language that holds up in court or during a claim review.
If you’re dealing with a lawsuit, insurance dispute, or property damage claim tied to a pump station failure, you need someone who’s actually stood in the pump room, not just read about one in a textbook.
My Pump Station Failure Investigation Process
When I’m brought on as a pump station forensic engineer, here’s roughly how it goes:
- Site review – I inspect the station, records, and maintenance history.
- Root cause analysis – I dig into what actually went wrong: design flaw, installation error, or neglect.
- Documentation – I put my findings into a clear, defensible report.
- Expert testimony – I explain my conclusions to attorneys, juries, or insurers in terms anyone can follow.
A Real Example of My Pump Station Litigation Expert Work
I once advised a New England city after six large wastewater pumps failed just four months into service. Rather than let the city keep patching pumps that were destined to fail again, my findings supported replacing them outright; a call that ended up saving the city a significant amount of money down the road. That’s the kind of practical, no-nonsense advice I bring to every case.
What Makes Me Different
I’m not a big firm that hands your case off to a junior associate. You work directly with an engineer who has decades of hands-on design, construction, and forensic experience; plus the ability to explain it all without the jargon. Whether it’s a sewer failure, a stormwater issue, or a pump station gone wrong, I’ve likely seen something close to it before.
Let’s Discuss Your Pump Station Case!
If you’re facing a pump station failure, dispute, or design question, I’m ready to help. Contact me today to schedule a consultation and get a clear, experienced opinion you can rely on!
Frequently Asked Questions
1. What is a pump station forensic engineer?
A pump station forensic engineer investigates why a pump station failed, gathering evidence like maintenance records, design specifications, and site conditions to determine the root cause. This work often supports insurance claims or lawsuits where responsibility and damages need to be clearly established.
2. When should I hire a pump station litigation expert?
Hire one as early as possible once a dispute or claim involves a pump station failure. Early involvement lets me review evidence before it’s altered or lost, strengthening the case and giving attorneys a clearer technical foundation to build their arguments on.
3. Can you review both design and maintenance issues?
Yes. I look at the full picture; original design decisions, installation quality, and how the station was maintained over time; since failures often trace back to more than one cause.