Drinking From the Fire Hydrant
Fifteen years ago, I stood alone in a dimly lit mechanical room wondering what the hell I was doing in water treatment. I’d spent the better part of the evening hand-pumping drums of chemical into a day tank and making quite a mess. I had a test kit full of reagents with a service folder detailing target ranges, but I didn’t know why any of it mattered. Truthfully, I didn’t care.
The problem with water treatment is the on-ramp.
School does little to prepare us for this field, and there is a tremendous amount to learn. Most of us begin by learning through repetition and procedure. This chemical goes there, this titration is done like this, here are your setpoints. Repetition creates competence. But competence without understanding left me with a problem: I knew what to do, but I still didn’t understand why it worked, or why any of it mattered.
Finding a Purpose
My feelings about water treatment began to change the day I fixed something. All by myself. Using the lessons I’d absorbed through repetition and training.
I caught a steam boiler headed for an early death and turned it around. The fix returned a flood of condensate to the feedwater, water that had been vanishing down the drain, along with the fuel that heated it and the chemicals that treated it. It saved a lot of money, and it saved a lot of water.
For the first time, I could see a direct line between getting better at my job and making something in the real world better.
When I eventually moved home to the Southwest, those gallons stopped being numbers on a spreadsheet. Now the gallons that we save are gallons that never get pumped from the aquifer, never get sent down the river. Every one of them will be needed by our communities long after we’re gone.
The Hidden Architecture
Over time, I’ve come to see two blueprints in water.
One is microscopic.
The other is human.
And they connect.
The microscopic blueprint begins with water’s molecular geometry: one oxygen atom and two hydrogen atoms arranged at a 104.5° angle. That single bent angle makes the molecule polar. Polarity builds the Hydrogen-Bond Network. And this network explains nearly everything water does, and everything we ask it to do. Every problem a water treater fights traces back to this molecular architecture.
The human blueprint begins with necessity. We need water to survive, but modern life has developed a thirst of its own. Water cools our schools and tempers our hospitals. It generates electricity and produces steel, microchips, and beer.
Water treatment lives between those two worlds.
A rep standing in a mechanical room with a test kit is reading molecular behavior on one side and protecting a hospital, a plant, a campus, a valuable piece of the world, on the other. That’s the job. Most of us just never had anyone explain it that way.
Why I Built The Blueprint
It took me more than a decade to assemble even a rough version of the mental model I had been looking for on that first night in the mechanical room. The Blueprint of Water is my attempt to give someone else a head start.
The book explains the architecture.
The tools on this website help you apply it.
The Responsibility
We are really fucking lucky to work in a field where doing our jobs well can make a profound and measurable difference in the world.
But that opportunity comes with responsibility.
I want more water treaters in the world, men and women who wake up wanting to make their corner of it a little more efficient, a little more resilient, and a little better prepared for what comes next.
The Blueprint of Water is a model to carry with you as you learn to work with the invisible, reason through the complex, and improve the way water moves through the world.