(Roughly) Daily

Posts Tagged ‘water’

“The ice was here, the ice was there, The ice was all around”*…

Your correspondent will on the road for the next several days, so (R)D will be on hiatus until on or around September 3. Meantime, a seasonally-appropriate post…

Writing for Texas Monthly, Lauren Larson visits Reddy Ice, the largest producer of packaged ice in North America and it’s CEO, Lonny Warner, to explore a billion-dollar industry that’s essential to us all, but that few of us stop to ponder…

… Warner joins a long procession of icemen who have bemoaned the lack of interest in their trade. “We are so familiar with water in its liquid and its solid form, that we seldom think of it as a mineral, and still less as a mineral product of any considerable industrial importance,” wrote W. P. Blake, an American geologist and mining consultant, in an 1883 report on the country’s ice trade. And yet, he wrote, “the industry is peculiarly American, and in no other country has the business of cutting and storing ice been so well systematized and perfected.”

By the time of Blake’s findings, people had been experimenting with making and keeping ice for centuries. In India, possibly as early as three thousand years ago, people used clay pots to cool water: The water’s evaporation through the clay removed heat, leaving chilled water or even ice under the right conditions. The technique is still used, especially as the country experiences record heat waves.

Americans in the nineteenth century, the dawn of the modern ice industry, had it easier. “The natural supply of ice in the United States is almost beyond calculation,” wrote a U.S. census agent named Henry Hall in a report submitted in 1883. Since at least 1805 so-called natural ice had been harvested from northern lakes, rivers, and ponds in a process accurately and musically depicted in the opening scene of Frozen, a rare cinematic nod to the ice industry. (In Eugene O’Neill’s 1946 play, The Iceman Cometh, a salesman has told his alcoholic friends that his wife is at home with the iceman. The iceman in question is meant to evoke death—the woman has been killed—but anxieties around swole deliverymen entering homes and seducing wives seem to have been prevalent in the twentieth century.) Using long handsaws and a variety of improvised plows, Northerners would cut grids in the ice and remove blocks, which were then stored or sent to warmer locales by ship or rail in insulated containers.

Thanks to a man named Frederic Tudor, some of these destinations were quite far-flung. Tudor was a merchant from Boston, more mutton chop than man in his later years. He would ship natural ice from Thoreau’s Walden Pond, which is startlingly Whole Foods–y branding for the nineteenth century.

Tudor envisioned a global ice industry. Perhaps he was motivated by the limited market for his Gläce-priced ice blocks in the U.S. or by the prevalence elsewhere of tropical fevers such as yellow fever, as the symptoms of these were often soothed by cold water. (In 1851 a doctor named John Gorrie experimented with creating a cold sickroom for malaria patients’ high fevers, effectively inventing air-conditioning.) In 1806, Tudor attempted to ship blocks of ice to the island of Martinique, a speculation that is detailed by Jonathan Rees, a history professor at Colorado State University Pueblo, in Refrigeration Nation, one of three books he’s written about refrigeration. First, the owner of a boat Tudor had chartered got cold feet, convinced, as many shipowners were, that the ice would melt and sink the ship. Tudor chartered another ship and successfully delivered his wares to the island, but Martinique had no icehouse in which to store it, and it began to melt, as ice does. Customers also had no idea how to transport it from his hold to their homes or keep it cold once they did; Tudor advised them to wrap their purchases in cloth. “He still got complaints, since it melted anyway,” writes Rees.

Tudor could very well have gone down in history as the father of the modern Potemkin start-up rather than the father of the modern ice industry, but he persevered. He saw that in order to create the worldwide ice trade he envisioned, he would have to build a global network of icehouses. Eventually his empire grew vast, and historians call Tudor by the absolutely sick moniker the Ice King…

… By the mid to late nineteenth century, artificial ice makers were being invented across the globe. Texans—perhaps shaken by the Civil War, which hindered the shipment of ice, and also likely motivated by the state’s growing beef industry—were aggressive in the ice race. By 1867, notes Rees, when the United States had only eight ice plants, three existed in San Antonio. Some early refrigeration machines used compressed ammonia, which is still widely used as a coolant. In the coming decades, ice plants bloomed across the state like frost on a window.

In the late 1920s, Southland Ice Company had eight plants and 21 retail locations in Texas, from which it provided ice for the iceboxes of residents in surrounding areas. (Widespread adoption of refrigerators was still several decades away and was driven, Rees tells me, by the lure of ice in the home. “The argument was always, ‘Get rid of the iceman. Buy a refrigerator.’ ”) Southland eventually became Southland Ice Corporation, and its icehouses, which had grown into convenience stores called Tote’ms, were rechristened 7-Elevens. In 1972, as 7-Eleven was growing into the brand that would stain the lips of countless middle schoolers with its neon Slurpees, Southland rebranded its large ice operation, calling it Reddy Ice Division.

Reddy was not yet the acquisitive ice empire it is today. For most of the twentieth century, regional producers thrived. But then, in the early nineties, the packaged-ice industry encountered an innovation: the in-store bagger. Refrigerator ice makers already existed but were not a particularly virile threat, as it would take a long time for a refrigerator-door ice maker to fill a cooler. In-store ice baggers were a different story.

The machines had been perfected by a young man named Jim Stuart, a former accountant who had consulted for a company called Automatic Ice Machine, or A.I.M. Inspired by that work, he began selling what he called the Ice Factory, a machine that automatically made and packaged ice at grocery stores and other retailers that had previously bought their ice from local businesses. Stuart began acquiring these flailing producers. His Houston-based company, Packaged Ice, quickly achieved ice supremacy, and in 1998, Stuart bought Reddy. (It still makes the Ice Factory.) A 2001 New Yorker profile christened Stuart the Emperor of Ice…

[Larson reviews the uses to which we put ice– the social (American’s prefer their beverages chilled), but also the more industral: ice is critical to everything from construction (e.g., in high temps it’s used to keep concrete from setting too quickly and becoming brittle) to medical treatment and research…]

… Not far from Reddy’s headquarters is a storage facility with twelve thousand pounds of ice that’s kept on reserve—kept on ice!—for emergencies. When natural disasters level our critical systems, as ritually occurs in Texas, ice is suddenly even more crucial. “When a hurricane hits and power goes out, we’re a lifeline,” Warner says. “It’s not for drinks at that point. It’s ‘how do I keep my food cold?’ ” In the event of a crisis, Reddy works with H-E-B, Walmart, and the Federal Emergency Management Agency to distribute ice, often thousands of pounds of it. He vividly remembers when Hurricane Beryl tore through Houston soon after the Fourth of July in 2024. Celebrations had cleared out Reddy and its distributors’ reserves, leading them to scramble to get ice from across the country to Houston. “We had H-E-B calling us for ice, and we were just trying to get it anywhere we could,” Horton, of Polar Ice, recalls.

The moments when ice is needed but unavailable are as irritating and unsettling to us as the breakdown of any utility, even in much lower-stakes contexts than a hurricane’s aftermath. “Ice is actually a very high-passion business,” says Juan Estrada, who directs Reddy plants in the Metroplex and across the state. Customers might stop at a convenience store on the way to a party, gather some snacks, and then ask for a bag of ice at the checkout. If there is no ice available, Estrada says, they’ll likely abandon all their other purchases and walk out. For most of us, these small but searing disappointments are the only times we think about the role of ice in our lives.

But for many Texans, ice can be the only thing keeping us from succumbing to our surroundings. In 2024, Harris County Public Health reported that heat-related illnesses had increased by 329 percent between 2019 and 2023. Texans who are exposed to heat as part of their work in industries including agriculture, construction, and delivery—as is the case for more than 35 percent of Americans—are disproportionately vulnerable, as are older adults and children.

Those of us outside those groups are not immune. As early as March of this year, a ranger at Big Bend National Park tells me, she and her colleagues were responding to between four and six heat-related incidents each week. Rangers bring ice on almost every medical response; it’s crucial for stabilizing patients during what can be an hours-long journey from the park to a hospital. In the summer, says San Antonio Fire Department medic Ashley Long, everyone is vulnerable to the heat, even those who have been hydrating all day. Much like the ice distributors, Long responds to ten times as many emergencies when it’s hot. “The hospitals are just slammed. Every single bed is taken,” she says. “Every disease and debilitation that people have is magnified by the heat.”

Perhaps we don’t think much about ice because doing so requires us to consider how implausible it is that we’re able to live comfortably in such heat. How lucky we are to enjoy a snow cone on a one-hundred-degree day. 

An invisible essential: “Inside the Billion-Dollar Industry That’s Keeping Your Beer Cold—and Saving Lives,” from @lonlozzin.bsky.social in @texasmonthly.bsky.social.

For a look at the even larger, even more infrastructurally-central, but equally opaque– ‘cold chain’: “Food is simply sunlight in cold storage.”

* Samuel Taylor Coleridge, The Rime of the Ancient Mariner

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As we stay cool, we might note that there’s still time to check in on World Water Week; today is its final day. While its in-person events are happening in Stockholm, much of the program is available online.

Why we should care (UK-centered, but all-too-relevant across the globe).

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Written by (Roughly) Daily

August 27, 2026 at 1:00 am

“Thousands have lived without love, not one without water”*…

Martin Riese began as a water sommelier in his native Germany before leaving for the United States in 2011

Katherine LaGrave with the story of America’s first water sommelier believes that the more we think about what we drink, the more we will care about the planet. But first, he has to get people to take him seriously…

… Martin Riese, is America’s first water sommelier, curating menus and tastings around what he calls “the most important beverage on the planet.”…

Riese is taking cues from the element he considers most beloved, going with the flow and flowing where he’s able, taking opportunities as they come, and sharing why we should care about water with anyone who cares to listen.

“Water is not just water,” he says to me one sunny October afternoon, shining bright from Los Angeles via laptop with the urgency of a theater attendant walking you to your seat just before the lights dim and the show starts. OK, I think. Off we go. Down into waterworld…

A trip worth taking- Riese’s story and his provocative thoughts on that most crucial substance: “Waterworld,” from @kjlagrave in @AFARmedia.

* W. H. Auden

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As we get wet, we might recall that on this date in 1993, after weeks of flooding elsewhere in the state (dramatically, in Ames), efforts to protect Valley Junction in West Des Moines from flooding failed, forcing 5,000 people from their homes. The Court Avenue district in downtown Des Moines was awash. By the next day, more than 250,000 people were without water after flooding shut down the Des Moines Water Works. In addition, An estimated 35,000 to 40,000 people were without electricity. Then-Sec Taylor Stadium, now the Iowa Cubs’ Principal Park, was underwater. The entire state was declared a disaster area.

Floodwaters from the Raccoon River inundate downtown Des Moines, Iowa and Des Moines Water Works

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Written by (Roughly) Daily

July 10, 2023 at 1:00 am

“Water sustains all”*…

… that includes the massive data centers on which our on-line lives are increasingly dependent… which could be problematic…

Drought conditions are worsening in the U.S., and that is having an outsized impact on the real estate that houses the internet.

Data centers generate massive amounts of heat through their servers because of the enormous amount of power they use. Water is the cheapest and most common method used to cool the centers.

In just one day, the average data center could use 300,000 gallons of water to cool itself — the same water consumption as 100,000 homes, according to researchers at Virginia Tech who also estimated that one in five data centers draws water from stressed watersheds mostly in the west.

“There is, without a doubt, risk if you’re dependent on water,” said Kyle Myers, vice president of environmental health, safety & sustainability at CyrusOne, which owns and operates over 40 data centers in North America, Europe, and South America. “These data centers are set up to operate 20 years, so what is it going to look like in 2040 here, right?”…

Data centers are scrambling to find sustainable solutions: “Microsoft, Meta and others face rising drought risk to their data centers,” from @CNBCtech.

See also: “The Secret Cost of Google’s Data Centers: Billions of Gallons of Water to Cool Servers” (source of the image above).

* Thales of Miletus

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As we contemplate conservation, we might recall that it was on this date in 1910 that French chemist, engineer, and inventor Georges Claude switched on the first public display of neon lights– two large (39 foot long), bright red neon tubes– at the Paris Motor Show.  Over the next decade, Claude lit much of Paris.  Neon came to America in 1923 when Earl Anthony purchased signage from Claude, then transported it to Los Angeles, where Anthony installed it at his Packard dealership… and (literally) stopped traffic.

Claude in his lab, 1913  source

While the market for neon lighting in outdoor advertising signage has declined since the mid twentieth century (in many instances replaced by flexible LEDs, which use less electricity), in recent decades neon lighting has been used consciously in art, both in individual objects and integrated into architecture (or as below, landscape).

Long Now Foundation Fellow Alicia Eggert‘s neon piece: more details

Written by (Roughly) Daily

December 3, 2022 at 1:00 am

“Wade tried to imagine Florida before the advent of man, but couldn’t. The landscape seemed too thoroughly colonized”*…

Island Walk, Naples, Florida

The state of Florida, in the United States, is bordered to the south, east, and west by the Atlantic Ocean, with a coastline of over two thousand kilometers in length, and is characterized by extensive areas of lakes, rivers, and ponds. Land booms during the early and mid-20th century resulted in the development of new communities and the expansion of low-density suburbia across many parts of the state, which frequently incorporated the abundant water resources, sometimes failing in their efforts.

Land-use trends throughout the state’s history have been directly influenced by the natural resources, geomorphology, and climate that exist within the state. Since 1900, Florida has seen substantial changes in land-use patterns and land cover due to significant increases in population and tourism, coincident with new development, facilitated by new railroads and highways, and inspired by an aggressive marketing campaign for new residents and visitors to come to the state…

By observing aerial images of these locations, it is possible to notice the different ways in which the urban layouts, lakes, and canals were developed and incorporated into the territorial planning of each city. Variables such as land use, the possibility of carrying out aquatic activities (such as fishing, swimming, and navigation), and the integration with other nearby navigable canals have shaped these water bodies alongside the land distribution, resulting in sinuous and winding patterns.

However, water resource management has not always been successful. Before the development of the area where the city of Cape Coral is located, in the southwest of the state, water was widely distributed on the surface and in shallow aquifers. According to Hubert Stroud, professor of geography at Arkansas State University, these resources degraded as soon as the Cape Coral developers began subdivision operations. According to Stroud, the layout, design, and construction techniques were particularly devastating for the water resources. Instead of using phased development, the area was dredged, filled, and segmented long before it was occupied. The resulting gridiron pattern of roads is interrupted by occasional sinuous canals…

Florida is a state marked by a large number of water resources, whether on the coast or inland, on the surface or underground, and many cities and communities have considered them to be key elements in urban planning, exploring their most diverse potentials. The alliance between planned cities and water resources in Florida not only reveals the curious patterns of roads and canals, seen in aerial photographs, but also the complex relationship between water and land in the context of the city, showing that water is more than just a resource for landscaping or aesthetics, it is a fundamental element in urban infrastructure…

Cape Coral, Florida

A history of Florida’s love affair with the water (with lots of mesmerizing aerial photos): “Urban Planning and Water Bodies: Florida’s Aquatic Land Cover.”

* Douglas Coupland, All Families are Psychotic

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As we try to bend nature to our will, we might recall that it was on this date in 2005 that the “I’m Going to Disney World” commercial featuring a player (usually the MVP) on the winning team, did not air at the end of the Superbowl telecast.

The commercial has aired after every Super Bowl since 1987, except for one. In 2005, the commercial did not air, though the reason for the absence is still unclear. The NFL was still reeling from Janet Jackson’s wardrobe malfunction in 2004, and may have been leery of any advertising relying on spontaneity. Disney may have also felt that the campaign was losing its effectiveness after 19 years.

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In any case, it returned the following year and (largely) runs still… it did not run in 2016, at Superbowl LX, but Peyton Manning went to Disneyland to celebrate anyway.

Written by (Roughly) Daily

February 6, 2021 at 1:01 am

“Reason is the first casualty in a drought”*…

The 100th meridian runs from pole to pole, 100 degrees longitude west of the prime meridian in Greenwich, England. It cuts through six U.S. states, forming a partial boundary between Oklahoma and Texas. Powell identified this line as marking the point where the average annual rainfall dropped from 61 centimeters on the eastern edge to 46 centimeters at the western edge. New research shows a sharp aridity gradient still exists, but it’s moved east a bit, closer to the 98th meridian. Climate models predict it will move farther eastward in coming decades. Credit: National Atlas, modified by K. Cantner, AGI.

n 1878, without benefit of the Landsat program, GPS or Google, and just a decade after the creation of the National Weather Service, John Wesley Powell first advanced the idea that the climatic boundary between the United States’ humid East and arid West lay along a line “about midway in the Great Plains” — almost exactly 100 degrees longitude west of the prime meridian in Greenwich, England. This line, the 100th meridian, runs from pole to pole and cuts through six U.S. states, forming a partial boundary between Oklahoma and Texas. The 100th meridian also corresponds roughly to the 600-meter elevation contour as the land rises from the Great Plains toward the Rockies.

In his 1878 “Report on the Lands of the Arid Region of the United States,” Powell identified the “arid region” as the land west of the 51-centimeter-per-year rainfall line, which closely tracked the 100th meridian. This amount of rainfall per year is about the minimum that permits farming without irrigation, and it also greatly influences the types of crops that can be grown. The line Powell noted as dividing the arid and humid sections of the continent has become known as the “effective” 100th meridian.

Powell’s original goal in describing the effective 100th meridian as a dividing line was to persuade the federal government to bear in mind the greater aridity when planning for settlement and development in the western territories, which would be very different than in the moisture-rich east…

Today, the 100th meridian is still considered a climatic boundary line, but that will likely change in the coming decades: The 51-centimeter rainfall line is gradually moving east due to climate change, according to recent research…

The very middle of the U.S. is becoming increasing drier, with what are sure to be huge consequences: “Dividing line: The past, present and future of the 100th Meridian.”

* Marc Reisner, Cadillac Desert: The American West and Its Disappearing Water

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As we ponder parching, we might send environmentally-unfriendly birthday greetings to C. Montgomery Burns; he was (fictionally) born on this date in 1893. A recurring character in the animated television series The Simpsons (voiced initially by Christopher Collins, and currently by Harry Shearer), he is the evil, devious, greedy, and fabulously wealthy owner of the Springfield Nuclear Power Plant and, by extension, Homer Simpson’s boss.

“Excellent.”

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Written by (Roughly) Daily

September 15, 2020 at 1:01 am