WaterShapes World Blog

Back to Trade Shows
When trade shows resume, will attendees return as well? It’s hard to know for sure, says Eric Herman, but as he points out, it’s very likely that the industry is about to find out. The first big test looks to be the upcoming International Pool | Spa | Patio & Deck EXPO set for Dallas in November, where organizers are betting on pent-up demand to overcome reluctance to attend in-person events. ...
Water in the Air
Do pools raise humidity? Given that moisture content of the air is the result of evaporation, the vast majority from the ocean, is it possible that areas with high numbers of pools experience more humid conditions? If so, do pools ironically compromise the outdoor experience rather than offer comfort? Eric Herman tackles those questions, with an eye toward separating fact from “suburban” myth.   ...
Safety in the Surf
Safety in pools is always a troublesome and critical issue for the watershaping industry. But what about water safety in open waters? Eric Herman has some important thoughts on the matter, a set of beliefs that started when he saw a fellow teen lose his life back in 1976. ...
Transporting Water
In his recent feature, “Defeating Drought,” Eric Herman sought to provoke an important conversation about the future of water supplies in areas prone to shortages. As the reservoir levels continue to drop in the wester U.S., one builder offers his view on a path, or more accurately a pipeline, that he believes we should follow. ...
Defeating Drought
Dry times are inevitable, writes Eric Herman; and, at present, all indications are that much of the Western U.S. is in the early stages of what looks to be a severe drought. That’s why, he says, the sooner we face the reality of ever-increasing demand for freshwater and dwindling supply, the sooner society can push back against the potential horror and disaster of water shortages. ...
A Time of Abundance & Scarcity
To quote Charles Dickens, this is the best of times and the worst of times. As the industry grapples with extreme demand, it also faces a host of challenges that make meeting that demand all the more difficult. Now, it’s starting to look like drought can be added to the list of dark clouds looming on the horizon. ...
Views on Views
Regardless of style, scale or budget, watershape design in one way or another is about forging connections with the surroundings, especially in the presence of natural beauty. Making those natural connections by way of orchestrating human experience is a philosophy that has driven some of history’s greatest designers and continues to resonate today.   ...
A Plastic Pollution Solution
There’s an enormous garbage patch in the middle of the Pacific Ocean – comprised mostly of floating plastic trash.  Known as the “Great Pacific Garbage Patch,” it’s twice the size of Texas and getting bigger. Plastic pollution has become a gigantic problem requiring big thinking combined with commonsense. One town in Australia has joined the battle with a wonderfully simple pollution solution.  Since 1907 -- when Belgian-American chemist Leo Baekeland created Bakelite, the first real synthetic, mass-produced plastic -- humankind has produced approximately 7.8 billion tons of the stuff. Over 300 million tons of plastic is produced annually and 8 million tons of it wind up in the ocean, every year, and the numbers are increasing. It's a problem that impacts marine wildlife up and down the food chain and human health, as well. This is why it’s exciting to see a simple initiative aimed at preventing such waste that realistically could be copied worldwide. The Australian city of Kwinana has designed a simple and cost-effective way to deal with the discharge of waste from drainage systems, the primary source of plastic pollution. The concept couldn't be more straightforward. The town has installed mesh filter nets on drainage-pipe outlets, where nets stop waste and pollutants from leaving the sewers, preventing waste transported by rain waters from entering the town's local stream system, ultimately preventing the waste from making its way into river systems and ultimately to the ocean. The city reported that in just six months, it collected 370 kilograms (815 pounds) of garbage from two locations where the nets are installed. The collected debris is then separated and all recyclable materials are taken to a recycling center. The nets were installed on 750mm and 450mm-diameter concrete drainage pipe outlets. In six months, they have been cleaned a total of three times and at no point have any animal been found trapped inside or injured in any way by the presence of the nets. Carol Adams, the city mayor, revealed to SurferToday magazine, that the initiative only cost around $20,000. "After seeing the nets in action in other local government areas, the City determined the net to be the most cost-effective and safest option over other methods, which can be up to four times the cost per unit and are sealed and submerged structures," Adams explained. Although statistically miniscule, should Kwinana’s netting concept become widespread it could prevent significant quantities of plastic waste from entering waterways and reaching the ocean. A GROWING PROBLEM The scientific and environmental communities have, by broad consensus, identified plastic pollution as one of, if not the most pervasive problem affecting aquatic environments. Plastic jeopardizes ocean health, and as a result food safety and quality. It also negatively impacts coastal tourism, and contributes to climate change.  Floating plastic debris is currently the most abundant item of marine litter. It's found from surface waters all the way down to deep-sea sediment. Plastic in oceans exists in a variety of familiar forms including shopping bags, fast food containers, beverage bottles, straws, toothbrushes, toys, packing material and much more. It has been found on the shores of all the continents; and, not surprisingly, it exists in greater quantities near densely populated areas. The main sources of marine plastic are land-based and enter the earth’s hydrosphere from urban and storm runoff, sewer overflows, beach visitors, inadequate waste disposal and management, industrial activities, construction and illegal dumping. Leading polluters include the fishing industry, industrial and recreational nautical activities and aquaculture. Plastic breaks down into small fragments as a result of solar UV radiation, wind, currents and other natural factors. The resulting particles are defined as microplastics (particles smaller than 5 mm) or nano-plastics (particles smaller than 100 nm). When plastic breaks down to such small sizes, it is easily ingested by sea life of all types, where permanently becomes part of the food chain. ENVIRONMENTAL IMPACT The most visible and disturbing impact of marine plastics is the threat it poses to marine animals. Wildlife including seabirds, whales, fish and turtles, often mistake plastic waste for prey, and when they eat it many die of starvation as their stomachs are filled with plastic debris instead of food. Plastics inflict lacerations, cause infections, reduce the ability to swim, and lead to internal injuries among other maladies. Floating plastics also contribute to the spread of invasive marine organisms and bacteria, which further disrupt ecosystems. On land, our human world is impacted as microplastic is found in tap water, beer, salt and other food substances. Several of the chemicals used in the production of plastic materials are known to be carcinogenic. Some can interfere with several of the body’s key functions, including the endocrine system, causing developmental, reproductive, neurological, and immune disorders, in both humans and wildlife. Those contaminants are eventually transferred from marine species and humans through the consumption of seafood, a process that now has been classified as a health hazard by the World Health Organization. The good news in all of this is that global concern and public awareness regarding the impact of plastic on the marine environment are increasing. The United Nations Environment Program (UNEP) lists plastic marine debris --and its ability to transport harmful contaminants-- as one of the most impactful issues negatively affecting the environment. Legal efforts have been made at the international and national levels to address marine pollution. These efforts are not new and include many constituents. While those efforts represent hope and progress, compliance is still relatively dismal, which is largely due to limited financial resources devoted to enforcement. In some places, governments, research institutions and industries are in the early stages of redesigning products and rethinking their usage and disposal. In the prospective sense, this will require solutions that will go beyond waste management, taking into account the entire lifecycle of plastic products, from product design to infrastructure and household use, to disposal and re-use. LOOKING AHEAD Scientists are sounding the alarms, pointing out that by dispensing so much plastic into the environment, future archaeologists will identify this era by the synthetic waste that was left behind, begging the question, are we already living in the “Plastic Age?” Maybe there is still time to reverse this destructive process trend; and, encouragingly, the technology and methodologies to make that happen already exist. Some of the solutions are simple, while others, such as harvesting floating plastic efforts that have already begun, are far more complex. Perhaps small measures like those in Kwinana can be a big part of the solution to plastic pollution. ...
Naming a Legacy
Coining a term intended to define anything truly new is no small task, even for the most skilled of wordsmiths. But that is exactly what Jim McCloskey did 23 years ago, when he came up with a way to describe an emerging industry – an epiphany that, by the way, materialized during a nice, long soak. ...
Fighting Thirst
Solving world-wide water supply problems might just come down answering complex materials science questions on the molecular level. According to new research, life-saving breakthroughs in the desalination process may be possible by way of understanding the way water moves through reverse-osmosis membranes.