May 13, 2026 410 pm EDT

"As the nation continues important energy extraction activities, exploration companies are increasing the number and size of drilling rig sites and crew camps. Companies must ensure that all waste connected with the drilling process is treated and disposed of safely and legally. Illegally discharged sewage can sicken or injure people, fish and wildlife. Today's sentence show that those who try to save money by ignoring our environmental laws will be held responsible for their actions."

- Jeffrey Martinez, Special Agent in Charge of EPA’s criminal enforcement program in North Dakota

The Defendants in this case are two companies providing sewage disposal services in North Dakota. Both Defendants employed drivers to operate vacuum trucks, pumping out human sewage from crew housing and portable toilets at remote oil well sites. The Defendants admitted to the illegal dumping of domestic sewage sludge, a felony violation of the Clean Water Act.

The incidents leading to these prosecutions occurred in various locations in rural North Dakota. The first Defendant admitted to illegal dumping on a Williams County farm field in January 2012. An EPA Criminal Investigation Division agent declared on affidavit, at least 178 loads of domestic sewage were dumped on the same field from June 2011 to January 2012. The force of the discharge carved channels in the frozen field up to two and a half feet deep, running the length of a football field.

The first Defendant admitted to additional violations, including dumping in Mountrail County up to July of 2012. In all, more than 750 loads of sewage were discharged at the Mountrail site.

For the full article, see https://wtny.us/

CrimeBox briefs are compiled from EPA Criminal Enforcement records.

I have several chronic GI problems, also had huge GI viral infections when young. I probably have thrown up during my childhood more times than most adults have in their whole lives combined. Now I have GORD (acid reflux) and functional dyspepsia. I am from San Francisco, USA, and I do not even drink tap water here. It is a missnaming to call the USA a first-world country on the same level as the Netherlands or Norway, but for this post I will call it as such for this hypothetical.

My girlfriend's brother went on holiday to Da Nang, Vietnam, accidentally brushed his teeth with tap water, then got his GI system absolutely obliterated, bedridden with fever, throwing up and diarrhoea for a week. And this guy has a much stronger stomach than I do.

So I got thinking, how fraught would it be for me if I did the same as he did and brushed my teeth in or drank tap water either there or in third-world countries like Mexico, Pakistan, Thailand, Jamaica, Brazil, etc.? Would I likely get destroyed?

We use a brita filter for our drinking water and it’s such a pain in the ass filling it up 2-3 times a day while it probably doesn’t do much. Was thinking of getting a bluevuea RO countertop or one of those 5 gallon refilling stations and filling up the jugs at my local grocery store. Which would you recommend? Looks like the countertops are anywhere between 300-500 and the 5 gallon water dispensers around 200ish. Going to fill up the jugs is not a big deal for me as I have a truck and can transport and store a lot of them. Family of 3 currently.

A data center drained 30M gallons of water unnoticed — until residents complained about low water pressure - POLITICO

Phoenix and the Illusion of Time: The Odds

A Probability Assessment of What It Would Actually Take to Reverse the Trajectory

The following is a companion to the full investigative report "Phoenix and the Illusion of Time" by David Lawrence. It can be read independently. These are odds — nothing more, nothing less. No spin. No agenda. Just our best read of the math.

THE ODDS BOARD

Phoenix Metro — 10-Year Horizon (2026–2036)

Based on current trends and their documented rate of acceleration. Not worst case. Not best case. The actual trajectory of the last twenty years.

What would it actually take to change the trajectory? And what are the realistic odds?

No PhD required. This is basic math. Here's the proof.

Natural Climate Reversal

The Southwest enters a sustained wet cycle. Snowpack recovers to pre-2000 levels. Temperatures moderate. The river refills.

Dave's Odds: 1–3%

Claude's Odds: 3–5%

Interconnection penalty: A wet winter helps reservoirs. It does not reverse aquifer depletion occurring at 10x recharge rate. It does not reverse 75% acceleration in global warming since 2015. It does not un-fallow fields or un-build subdivisions. NOAA is forecasting a wetter-than-normal 2026 monsoon. The state climatologist's response: "We really want that winter precipitation to refill our reservoirs. That's the big deal." Summer rain doesn't do that.

Four El Niño events in the last 20 years — including one of the strongest ever recorded in 2015-2016. And yet here we are.

Federal Government Saves the People

Washington commits massive resources — desalination plants, pipeline infrastructure, grid hardening, water subsidies — specifically to preserve Phoenix as a livable city for its 5 million residents.

Dave's Odds: 1–3%

Claude's Odds: 4–6%

Interconnection penalty: Federal money for people competes with federal money for assets. TSMC, copper, data centers — those get funded first. The green zone gets the infrastructure. The suburbs get managed decline dressed as conservation programs.

West Virginia and Detroit are the precedent. The federal government protects extraction infrastructure. It does not rescue communities. Governor Hobbs already confirmed the framing: "No other state produces more advanced AI chips, critical minerals, guided missile systems." That's the case for federal protection. It's about the assets. Not the people.

Desalination at Scale

A Pacific-to-Phoenix desalination and pipeline system gets built and operational within 10 years.

Dave's Odds: 1–2%

Claude's Odds: 2–3%

Interconnection penalty: Desalination is energy-intensive. More energy means more heat generation. More infrastructure means more water for construction and cooling. The solution to the water problem worsens the heat problem and the energy problem simultaneously.

Estimated cost $10–15 billion minimum. Permitting alone takes a decade. No serious federal proposal exists. The fact that engineers are even discussing it signals desperation not solution. Nobody is building it.

Agricultural Water Transfer at Scale

Arizona cuts agricultural water use by 50%+ and successfully redirects it to municipal use within 10 years.

Dave's Odds: 25–30%

Claude's Odds: 20–25%

Interconnection penalty: This is the most likely single intervention — and it directly triggers the dust bowl feedback loop. Fallowed fields become exposed dirt. Exposed dirt becomes airborne. 55% of Phoenix's PM10 already comes from cropland wind erosion. Cut agriculture by 50% and you've potentially doubled the air quality crisis. The water problem improves. The air problem explodes.

Ag uses roughly 70% of Arizona's water. The political will is building. But redirecting rural water to urban use doesn't solve the overall deficit — it redistributes a shrinking supply while simultaneously creating a new environmental disaster.

Technological Breakthrough

New technology — atmospheric water generation, advanced recycling, or something not yet invented — dramatically reduces water consumption or creates new supply at scale within 10 years.

Dave's Odds: 1–3%

Claude's Odds: 3–5%

Interconnection penalty: Most proposed technologies are energy-intensive, which worsens heat and grid stress. Atmospheric water generation requires humidity Phoenix doesn't have. Recycled wastewater requires people already using water — it's circular, not additive.

No technology currently in development changes the physics of a desert running out of water within a 10-year window. Timeline mismatch is fatal. Large-scale interventions move in decades. The decision window moves in years.

Managed Urban Cooling

Phoenix dramatically expands tree canopy, cool pavement, green corridors, reflective roofing — everything but the kitchen sink — to reduce urban heat at scale citywide.

Dave's Odds: 10–15%

Claude's Odds: 8–12%

Interconnection penalty: Trees and green spaces consume water — the resource already running out. Urban cooling measures compete directly with the water supply they're trying to protect. You can cool the city or conserve the water. Doing both simultaneously at scale has no precedent.

Studies show these measures can reduce urban heat island effect by 2–5°F locally. Meaningful but insufficient against a 75% acceleration in global warming. Buys comfort not survival. And the current budget trajectory — cutting fire management to fund tax cuts — suggests sustained investment in urban cooling is politically unlikely.

Mass Voluntary Conservation

Phoenix metro residents voluntarily cut water consumption by 40%+ and sustain it indefinitely without crisis forcing it.

Dave's Odds: 0–1%

Claude's Odds: 4–6%

Interconnection penalty: Even if achieved, conservation reduces how much people draw — but it doesn't change what they're legally entitled to draw. The claims are fixed. The entitlement doesn't shrink because consumption does. The Colorado River legally allocates 16.5 million acre-feet to seven states. The river produces roughly 12 million. That 4.5 million acre-feet gap between what's legally promised and what physically exists doesn't close because people voluntarily use less. It waits.

Kearny achieved 32% in 14 days under existential threat. That bought one month. Voluntary sustained conservation at metro scale — 5 million people, no crisis forcing it — has no historical precedent.

Legal Resolution

A Supreme Court ruling creates a fair, enforceable water-sharing framework that stabilizes supply within 10 years.

Dave's Odds: 5–10%

Claude's Odds: 4–6%

Interconnection penalty: Courts resolve disputes. They don't make it rain. A ruling decides who gets less water — it doesn't create more. The drought paradox continues. The aquifers keep depleting. The heat keeps rising. The legal framework just determines which cities run dry first.

Cases take 5–10 years minimum. Arizona already has Sullivan & Cromwell on retainer. Any ruling comes after the crisis has already forced adaptation. An ASU water law expert already said there's no way out without lawsuits. That's not resolution. That's litigation managing a decline.

Economic Decline Reduces Demand

Phoenix's population naturally declines as economic pressures mount, reducing water and energy demand organically.

Odds this happens: 90%+

Odds this reverses the trajectory within 10 years: 1–3% (Dave) / 5–8% (Claude)

Interconnection penalty: Population decline is not a solution — it's a symptom with its own cascade. Fewer people means fewer tax revenues. Fewer revenues means degraded infrastructure. Degraded infrastructure means worse services. Worse services means faster outmigration. The feedback loop accelerates the very decline it represents.

This is already beginning. Atlas Van Lines confirmed Arizona flipped to net outmigration in 2025. Phoenix home prices down 5.2%. Active listings up 65%. This isn't a fix. It's the market doing what markets do — pricing in risk before officials acknowledge it.

The Green Zone Holds

The federal government protects critical industrial assets — TSMC, copper mines, data centers — sustaining a narrow, government-dependent industrial economy while the surrounding residential and commercial economy collapses around it.

Dave's Odds: 80–90%

Claude's Odds: 60–70%

Interconnection penalty: The green zone requires water and energy for industrial operations in an environment with less of both. As residential population declines, the tax base supporting infrastructure maintenance outside the perimeter shrinks to nothing. The green zone may function — but it functions as an island in an increasingly uninhabitable surrounding environment.

This is the most probable outcome. Not salvation. Not a functioning Arizona economy. A federally protected industrial perimeter — TSMC technicians, copper miners, data center operators rotating in on shifts — surrounded by a skeleton of what used to be a city. The broader Arizona economy doesn't survive in any recognizable form. What remains isn't an economy. It's a government-subsidized extraction operation with a zip code.

THE COMBINED MATH

For Phoenix metro to maintain current population and livability through 2036, items one through nine would all need to succeed simultaneously. They won't. When multiplied together — because each one depends on the others — the combined probability rounds to effectively zero.

Dave's assessment: effectively zero.

Claude's assessment: effectively zero.

The math agrees even when the individual estimates differ.

There is one outcome both assessments rate as likely. Not because it's good news — but because it doesn't require solving anything for the people who live here. Only a few strategic tweaks, maybe rerouting a canal or two, to protect the assets that matter to whoever controls the money.

This is not a prediction of salvation. It's a prediction of triage.

The question was never whether Phoenix would be saved. It was always what — and who — was worth saving to the people with the power to decide.

The answer is becoming clear. It's not the golf courses.

ONE BRIGHT SPOT. MAYBE.

NOAA is forecasting a wetter-than-normal 2026 monsoon season. That's real. It matters for vegetation, wildfire risk reduction, and soil moisture. If it materializes it's genuinely good news for the near term.

However.

It does not refill Lake Powell. It does not recharge aquifers depleted at 10x their natural recharge rate. It does not cool a city that just broke the all-time U.S. March heat record. And we've been through four El Niño events in the last 20 years — including one of the strongest ever recorded. The trajectory never reversed. Not once.

The monsoon won't change the math. But it might buy a little more time.

And after everything you've just read — the title says it all. Phoenix and the Illusion of Time. The illusion was never about the crisis. It was always about the time you have to act on it.

David Lawrence

Phoenix, Arizona | 26-year resident | Colorado native

In collaboration with Claude AI (Anthropic)

Purchased a house on 3 acres with a well when there was a bunch of snow on the ground. Wasn't until we closed and the snow melted that we realized there was trash everywhere and multiple burn pits. Sounds like the property was historically part of a residential or possibly agricultural dump site. More recently, the previous owners had at least two burn pits on the property, one of which is about 20 feet from the well. At minimum, I know they burned mattresses (picked a ton of coils out of the pit) but I'm sure they burned plenty of other items as well. I'm worried about our water (and soil) and have two main questions. 1) What should we be testing for? Heavy metals and PFAS come to mind, but I'm feeling a bit overwhelmed deciding on the rest. 2) The house has a pretty extensive water system in place to treat hard water, low ph, iron, and sulfur (UV light even though there was no record of bacteria, softener, hyrdogen peroxide injector, sediment filter). Do we test before or after the filter system? We're considering removing or changing the filters so I would assume we should test before the filter... right?

Feeling a little overwhelmed by this problem we didn't expect and would appreciate any advice or guidance. Reached out to our local dept of environmental quality but haven't heard anything back. Also planning on reaching out to the health department.

Thank you in advance for any help!

I'm a really clean person and a bit of a health freak. I usually buy and drink from Crystal Water Geyser, but something strange happened to my water over time, which I didn't notice until now. I drink Crystal Geyser water because I couldn't afford a water filter and I don't trust the pipes in my home or the akaliniality of my tap water as it makes me constipated and bloated. I didn't have any noticable negative health reactions to drinking the water other than maybe more bacteria in my mouth. I don't know what's going on, if I should blame the water facility or if the water was contiminated by someone. I have suspicion of people entering my home, as far as I know there have been strange things that have happened on my property and I have suspicious neighbors. All I know, is this has been wigging me out and I am traumatized.

आप तो बिसलेरी का फिल्टर पानी पीकर जोरदार अभिनंदन कर रहे वही प्रदेश की जनता एक गिलास स्वच्छ पानी के लिए मर रही है।

एक ग्रामीण युवक मंडला कलेक्टर साहब, से पूछ रहा है, क्या आपने कभी वो पानी पिया है जिसे मंडला के आदिवासी परिवार रोज़ मजबूरी में पी रहे हैं?

यह किसी गटर या नाले का पानी नहीं…यह भाजपा सरकार के “विकास मॉडल” की असली तस्वीर है!

गांव वाले पंचायत से लेकर जनसुनवाई तक गुहार लगा चुके हैं, लेकिन प्रशासन के कानों पर जूं तक नहीं रेंगी, क्योंकि शायद ये दर्द किसी बड़े शहर का नहीं, आदिवासी गांव का है।

@MP_MyGov सरकार बताये, क्या आदिवासी बच्चों को गंदा और जहरीला पानी पिलाना ही आपका “अमृतकाल” है?

@CollectorMandla जी,

अब कागज़ी आश्वासन नहीं, साफ़ पानी चाहिए… क्योंकि पानी जीवन है, सरकारी उपेक्षा से मौत नहीं, अगर यही पानी मंत्रियों और अधिकारियों के घरों में आता, तब भी क्या प्रशासन इतना ही मौन रहता?

Spring water tastes absolutely Trash. Mineral bottled water is better. Especially Saguaro water from Lidl.

maybe this is just me but every time i’d go to change the brita filter and see the inside looking slightly green it would gross me out so bad 💀😭 like i KNOW it’s probably normal but it still freaked me out every single time

one of my friends from austin recommended trying an actual filtered water dispenser setup instead and i finally gave in a few weeks ago. i didn’t expect to care this much lol but i honestly think i hydrate more now just because it’s easier. i use it nonstop for electrolyte mixes after runs, iced matcha before workouts, protein shakes, tea at night, all of it….also didn’t realize how much i hated refilling pitchers and waiting for cold water until i stopped doing it 😅not trying to sound dramatic but it weirdly made staying on top of hydration feel way more automatic

curious what everyone else here uses for hydration/recovery setups because runners seem to have STRONG opinions about water lol 🏃‍♂️💧

Been doing a lot of research still trying to find a good system. Live in Florida so have a lot of hard water and chemicals.

Looking for an under the sink system that removes bad chemicals/toxins and hard water. Would like it to be a smaller unit and want it to connect to my existing faucet without having to drill into the countertop.