Escaping the Dead Pool: Colorado Water Crisis and the Race for Survival

Nearly the entire state of Colorado has entered a designated drought, deepening the ongoing Colorado Water Crisis. As of June 4, Governor Polis declared a statewide drought emergency, every one of Colorado's 64 counties is now under at least abnormal dryness, and 93% are in moderate-to-exceptional drought conditions.

The Historic User's Pool Fails to Fill - For the First Time in History

In an unprecedented hydrological event, the Grand Valley Water Users Association (GVWUA) has confirmed that the Historic User's Pool (HUP), a 66,000 acre-foot block of reserve water held in Green Mountain Reservoir, will not fill this year. This has never happened in the pool's recorded history. The HUP is the seasonal buffer that protects hundreds of Western Slope domestic and municipal water providers and enables Grand Valley farmers to irrigate their crops through the dry summer months. With only a fraction of its intended volume available, that buffer has effectively vanished.

When the reserve water runs out, the Cameo call the senior water rights held by Grand Valley irrigators, forces junior water users all the way up to the headwaters to shut off. Calls on the HUP beneficiaries, which have never occurred in the pool's history, are now a real and immediate threat, according to the Colorado River District. Effective April 13, the GVWUA implemented mandatory restrictions across its entire service area, capping water delivery at 1 cubic foot per second per 40 acres. Ditch riders are actively policing headgates.

Exploding Vacuums

Meanwhile, at the macro-infrastructure level, the engineering dangers downstream are severe. When a mega-reservoir like Lake Powell approaches its minimum power pool, the point at which the water surface sits dangerously close to the electricity turbine intakes, turbines must be completely shut down to prevent a destructive air vortex. Water can then only pass downstream through emergency bypass tubes called River Outlet Works. But these steel pipes have a known design vulnerability: sustained use at low water levels triggers cavitation, in which vacuum pockets form and collapse with explosive force, physically eroding the steel from the inside. If cavitation forces managers to close the emergency tubes to prevent structural failure, downstream flow can drop to zero, threatening the water supply for tens of millions of Americans and billions of dollars in national agriculture.

There is an additional biological threat. As reservoir levels drop and water temperatures rise, invasive warm-water species like smallmouth bass can survive passage through a dam's internal plumbing. Once downstream, they aggressively prey on and displace native protected species, pushing river ecosystems toward biological collapse. The U.S. Bureau of Reclamation and USGS are already studying fish-exclusionary devices at Glen Canyon Dam to stop this from happening.

Colorado Water Crisis: Record-Low Snowpack & Warmest March

Colorado's statewide snowpack peaked on March 9, nearly a month earlier than average, at just 51% of the median, the lowest peak since SNOTEL monitoring began. Then March arrived. March 2026 was the warmest March on record for the contiguous United States since records began in 1895, with the Colorado River Basin experiencing its warmest March at 13.7°F above normal. The heat incinerated what little snow remained. By April 1, Colorado's statewide Snow Water Equivalent (SWE) had collapsed to 22% of the median, the lowest on record. It was a temperature catastrophe layered on top of a historic drought.

This extreme, premature heat caused the snowpack to melt weeks ahead of schedule, with much of the meltwater evaporating directly into the dry air or absorbing into parched soils before it could ever reach a reservoir.

Colorado Water Crisis: Dismal Runoff and Agricultural Collapse

Because of the premature melt and historic snowpack failure, the Upper Colorado River Headwaters at Cameo (just east of Grand Junction) are forecast to receive only 40% of their average April-to-July runoff, the lowest volume on record in 73 years of data.

Agricultural communities are facing devastating, generational losses. The Ute Mountain Ute Tribe's Farm and Ranch Enterprise expects to receive less than 14% of its normal water supply this year. Farmers statewide are proactively reducing herd sizes and leaving fields fallow. Statewide May–July streamflow forecasts are running at roughly 24% of a normal year's volume, and that number will not improve with summer rain, because it reflects snowmelt that simply did not happen.

Horrible Sinking Feeling

It’s a horrible feeling you have a problem and there is no real solution. There is a hard cold (hot?) reality here. When your out of water your out of water and there is nothing you can do to “make” more. So you take emergency measures to conserve, but you know that is not going to last. Then what? Well, there are some politicians with bad ideas and a few with half-way solutions.

The same reactive political thinking is not going to save us. Not from drought and not from climate change, which is, of course, the root cause of our water troubles. The politicians you got to color in bubbles for in the Primaries are the folks who got us into this mess. We need the clear-eyed, bold and determined thinking that got us out of tough scrapes like WWII.

Tier 1 Water Solutions (5-100 Year Horizon) DACR+HSDC+SCPC

There is only one real way out of our water/climate crisis and that is Direct Atmospheric Carbon Removal (DACR). Our platform executes a wartime-scale industrial mobilization to build four megaton-scale Direct Air Carbon Removal (DACR) facilities on the Eastern Plains. This will be a powerful win-win solution for Colorado, especially if we combine DACR utility with the capitol investment and heat-for-R447 exchange from a Hyperscale Data Center powered by onsite CO2-Plume Geothermal, wind and solar energy with carbon repatriation into dedicated geologic storage and long-life product sales. As governor one day one we will begin the process of deploying 4 DACR utilities in Eastern Colorado and asking the U.S. Climate Alliance of Governors to join us.

Due in part to their tremendous use of water and enerergy data centers wanting to locate in Colorado will be require to participate in the DACR initiative mandating instead closed-loop dielectric liquid immersion cooling. (The data center's continuous thermal exhaust is piped directly into our solid-sorbent DACR plants, dropping the energy requirement of carbon extraction by 50% and deploying the AI footprint to clean our atmosphere.)

Tier 2 Water Solutions (1–5 Year Horizon)

Since, thanks to all those who didn’t listen for the last 20 years, we are now in a water/climate emergency with our backs against a wall we will also need to deploy Tier 2 solutions. We will gather an Advisory Board of scientists and community representatives to determine the optimal choices. Here are “Governor Komor’s Top Picks:

Direct Potable Reuse (DPR): This is arguably the highest-impact near-term play. Colorado already passed enabling legislation in 2022. DPR takes treated municipal wastewater and runs it through a multi-barrier purification train, ozone disinfection, membrane filtration, UV sterilization, then sends it directly back into the drinking supply. UCLA's Colorado River analysis identifies DPR as the single largest untapped supply option for the Colorado basin. Arizona's Phoenix is already building an 8 MGD facility. Colorado has the regulatory framework but no governor has pushed it hard. For a campaign, it's also uniquely defensible: this is what astronauts drink on the ISS, and it tests cleaner than most municipal tap water.

500-Mile "Sponge Landscape" Initiative: This bypasses concrete-only storage and directly invests state capital to restore 500 miles of degraded wetlands and riparian zones, functioning as natural water-storage systems that slow flash-flood runoff, recharge overstressed aquifers, and serve as massive natural firebreaks.

Managed Aquifer Recharge (MAR): Rather than letting flood flows and treated effluent discharge into rivers and evaporate, MAR intentionally injects that water into underground aquifers for recovery later. USGS documented this extensively for Arizona's CAP system, the state has been banking billions of gallons underground for decades as drought insurance. Colorado has the geology for it on the Eastern Plains and in the Grand Valley. A state-run MAR program could store wet-year surplus and emergency treated effluent before it is lost. This pairs naturally with your watershed restoration deliverable, restored riparian zones accelerate natural recharge on their own.

Stormwater Capture Reform: This one is almost entirely a legal and regulatory problem, not a technology problem. Colorado's Prior Appropriation water law currently restricts residential rainwater harvesting to 110 gallons, two 55-gallon barrels. The Pacific Institute calculated that allowing 500-gallon cisterns at scale across Colorado's urban basins could offset a meaningful fraction of outdoor residential demand. Neighborhood- and city-scale stormwater infrastructure (retention basins, permeable pavement, green roofs) could capture runoff that currently flashes into storm drains. The executive lever here is straightforward: direct the Colorado Water Conservation Board to fast-track augmentation plan approvals for urban stormwater capture projects, removing the legal bottleneck without a constitutional fight.

Agricultural Water Efficiency Mandates with State Co-Investment: Agriculture consumes roughly 85–90% of Colorado's consumptive water use. Precision irrigation, soil moisture sensors, drip systems, weather-integrated scheduling, consistently delivers 35–45% reductions in water use without yield loss. Utah ran a $200M state investment program pairing federal relief money with matching grants for irrigation upgrades and achieved massive adoption rapidly. The political framing matters: this is not a taking, it is a co-investment. State pays half, farmer keeps the water savings as a marketable asset. This is also where your Alternative Transfer Methods (ATMs) framework fits, Colorado Law's Water Policy Program has already designed a "water bank" model that lets farmers temporarily lease conserved water to cities without permanently losing their agricultural water rights, preventing the "buy and dry" outcome that hollows out rural communities.

Cloud Seeding, Scaled and Sustained: This one is real but bounded. Yale E360 and UC-Boulder atmospheric science confirm cloud seeding works, it reliably increases orographic (mountain) precipitation by 5–15% when practiced continuously, not as a drought emergency response. A 1981 Upper Colorado River Commission study projected that a basin-wide program could generate up to 1.38 million acre-feet of additional annual runoff. The key is "continuous" seeding must happen in both wet and dry years to keep reservoirs topped. Colorado has had sporadic, underfunded programs. A governor-directed, state-funded continuous cloud seeding program over the major mountain ranges is achievable within a single budget cycle and represents genuinely new water at low cost.

Atmospheric Water Harvesting (AWH), Targeted Deployment: This is still emerging at grid scale but is viable right now for rural, tribal, and agricultural communities that cannot wait for infrastructure. Berkeley's MOF-based technology (Atoco) and SOURCE Hydropanels operate on solar power alone, extracting water from air even below 20% humidity. A 5x5m station in Nevada-equivalent climate produces roughly 3,000 liters per day. This is not a statewide solution but is the right tool for the Ute Mountain Ute situation and other communities facing total supply failure, deployable in weeks, not years.

Brackish Groundwater Desalination: Colorado has extensive brackish (slightly saline) groundwater deposits on the Eastern Plains that are currently unusable for drinking or irrigation. Inland reverse-osmosis desalination is far cheaper than ocean desalination and could unlock a substantial new water source. The EPA has documented brackish aquifer potential across the mountain west. The remaining challenge is brine disposal, a state-level engineering program that co-locates brine concentrate with industrial uses (mineral extraction, oilfield injection) could make this economically workable. These and other innovative approaches will be essential if Colorado hopes to overcome the growing Colorado Water Crisis and secure a sustainable water future for generations to come.