water

We begin to discover the effect of microplastics on our body thanks to the most unsuspected thing: tap water

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The heat comes and, with it, the thirst comes. On average, according to some public estimates, household consumption grows up to 44%. But those data are incomplete because, a good part of the water we drink, comes in bottle. In Spain they are sold 5,331 million liters of bottled water every year. And it is a market in full growth. Sales grow annually at a rate of 2.5%. What we usually forget is that this type of product has consequences: the pressure pressure rises. As? What does what? One might think that drinking water rises the normal artery pressure. After all, blood pressure is the force exerted by blood against the walls of the arteries. If there is more liquid in the system or more salt, there should be more pressure … But not. Although obviously in extreme cases and, of course, specific conditions and compositions They alter the pressure Within a fork, the system has dozens of mechanisms to ensure that the blood pressure of a normal human being is what has to be. And then? That is what some scientists from the Danube University asked when, in the middle of a very small clinical trial They discovered that the same did not happen with bottled water. The Austrian team discovered that by keeping eight healthy people (of both genres) to a “water regime” of only tap water, His basal diastolic blood pressure dropped. It happened in men and in mujres, but in the latter the effect was much more striking. Because? Right now we only have hypotheses, but the most solid are phthalates (chemical substances that make the most flexible and durable plastic). And, honestly, it is something quite interesting: because, although all the water we consume right now has complex microplastics and substances, the truth is that they do not have the same things. And that is exceptionally good news. Not because with the available information is (or not) advisable to take (or stop drinking) bottled water. But because it is these little things that allow us to improve our understanding of What microplastics do in our bodies. Image | Noppadon Manadee | Engin Akyurt In Xataka | When the tap water knows in rays: the invisible chemistry of drinking water that explains why he knows how he knows (and why he is one of the best inventions in the world)

Green hydrogen consumes huge amounts of water. A new incredibly simple invention allows you to use seawater

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Green hydrogen is the missing piece in the puzzle of decarbonization. In a day like today, in which Spain It has produced 107.3% of the country’s energy demand From renewable sources, a greater storage capacity (batteries or pumping centrals and a more flexible demand is needed. Produce green hydrogen When electricity is very cheap It is the country’s commitment to take advantage of that surplus. There is a problem. While green hydrogen It occurs with solar or wind energy (That is why it is said that it is an energy vector that stores clean energy), the process to produce itwater electrolysis consumes huge amounts of fresh water, an increasingly scarce resource for billions of people in threatened regions For chronic drought. The obvious solution is to use seawaterthe most abundant resource on the planet. But of course, salt and impurities run the equipment and reduce the efficiency of the process. External desalination makers are needed, adding costs and energy consumption; or super -resistant electrolyzers, which are still under development. There is a third way. MIT researchers, Cornell University, Johns Hopkins University and Michigan State University joined forces to find an alternative that nicknamed the “triumph of sustainability.” The system, detailed in Energy & Environmental Scienceproduces green hydrogen directly from sea water. It does so using solar energy with impressive efficiency, and generating drinking water as a byproduct. How they have done it. Taking advantage of the entire solar spectrum. The central idea of ​​this new approach, officially called HSD-We (Hybrid Solar Distillion-Water Electrolysis), is to squeeze the maximum solar energy. We know that photovoltaic panels convert only part of sunlight into electricity (The most efficient are around 25% efficiency). The rest of the energy dissipates as a residual heat. What if that heat, instead of wasted, will be used for something useful? Eureka! Simpler than it seems. Like many other systems for the production of green hydrogen, the HSD-We integrates solar panels that turn light into electricity and an electroly of protons exchange membrane (PEM) that breaks down the water molecules into hydrogen and oxygen. The secret is at the rear of the solar panels, they are where the HSD-We has an interfacial thermal distiller coupled that uses the residual heat of photovoltaic cells to evaporate seawater. A simple membrane that absorbs salt water. It is a genius. The best thing is that it works. The electricity of the solar panels directly feeds the electrolyz. At the same time, the residual heat of the panel heats sea water in the interfacial distiller, evaporating it. This pure water vapor (already without salt) is transported by a small air space to the electrolyz, where it is directly condensed in the anode, adding ultra -patrol water for electrolysis. The prototype, tested by the MIT both in laboratory conditions, under simulated sunlight, and outdoors, on a partially sunny day, threw impressive figures. They achieved 35.9 liters of dry hydrogen per square meter of solar panel per hour, using real sea water. In terms of efficiency, The system turned 12.6%a comparable rate or even above current green hydrogen production technologies with drinking water. Cheap hydrogen finally? Beyond technical feat, preliminary economic analysis is also promising. Not depending on external supplies of electricity or purified water, the operating cost is minimal, so the price of hydrogen produced with this system could drastically fall with the scale. While conventional electrolysis fueled by the electricity grid and using drinking water It costs about 10 per kilothis HSD-We system, in exchange for a slightly larger initial investment, could reach 5 dollars per kilo after 3 years of operation and lower the kilo at 1 dollar in 15 years. A price that would undoubtedly change the rules of the game. Image | Nickelgreen In Xataka | Europe waste so much renewable energy that needs green hydrogen. And the country that leads it is Spain

Ghibli’s fever has forced Openai to adopt an unprecedented measure: add water mark

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He Viral phenomenon of the images generated by chatgpt that I mimic those of Studio Ghibli It has apparently caused an interesting reaction from OpenAI. One with which to avoid major evils. Water marks. The company is preparing the inclusion of water brands in the images it generates Your new AI modelImagegen. As indicated in Bleeping Computer, a researcher named Tibor Blaho He has found References to these water marks in the Android application of Chatgpt. They already did it with texts generated by AI. OpenAi has already raised long ago Your own system to integrate water marks into the texts generated by AI. Now it seems to be preparing something similar for its deployment in an image generator that is precisely becoming a successful tool for Capture a lot of new users. An idea with a lot of future. We have been talking about the efforts from various companies to create some type of standardized water brand. He C2PA standardthat among other things has been supported by OpenAIit is the one that is gradually gaining ground. This discovery in the Android of Chatgpt reveals that intention to implement it natively by generating any image from the OpenAi chatbot. Pay to avoid water brand? In Bleeping Computer they indicate how sources close to OpenAi talk about two types of images of AI: Water marks will be in the images generated with grauite accounts, but chatgpt plus subscribers can save them without water mark. It is something similar to what happens with image banks that have free images without water marks and others that do and that force to pay to remove them. A measure to avoid demands. The ability to create images that imitate those of Studio Chibli has unleashed a viral fever for this Openai tool, but that also raises potential judicial actions. Copyright is still a controversial element of everything that surrounds AI models, and water brands would at least serve to it conform their origin and avoid legal demands. The debate on fair use and copyright. In Your appendix On risks of use of GPT-4O and its image of the images, OpenAi mentions that the tool can be used to create images “that look like the aesthetics of some artists.” She and others They grab the concept of “fair use” of those tools when training them and generating images. However, the thin line that separates that fair use from a Copyright violation It is increasingly tense, and the risk is clear. Image | Xataka with chatgpt In Xataka | The price to be paid for having ia is the looting of all the internet content. And perplexity is just the last example

Millions of people drink from the water that arrives from the snow of the K2. We have just discovered pollutants in them

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The K2 is the second highest peak on the planet after Everest and probably one of the most difficult and dangerous peaks to reach for climbers. It owes its name to the Karakórum mountain range, where it is located. It is located in a remote puppy area played between Pakistan and India, but its remoteness has not prevented pollution from reaching it. And with it the risk of thaw. Black carbon. A study by an international team of researchers has found black carbon traces in the Godwin-Austen glacier and on the surface of the K2. According to Explain the study responsible for the studythis pollutant can be an ice risk in a mountainous area that feeds a river responsible for supplying more than one billion people. Black carbon is presented as small carbon particles as a result of the incomplete combustion of some compounds. These particles are part of the volatile compounds known as particular matter and can affect our health and the environment. As explained by the team responsible for the study, being deposited in snow or on ice, black carbon can accelerate its melting. This may imply the loss of frozen mass, reducing the time that snow passes on the surface, they add. Taking samples. In its study, the team collected samples of superficial snow in fields 1 and 2 of the K2 between 2018 and 2019. Sampling was also carried out along the walls of two well -excavated wells in the snow layer on the glacier. The team performed an isotopic analysis of the snow layer to estimate when the snow began to accumulate. All this for, In the words of Nicolás González-SantacruzCo -author of the study, “Determining the moment of formation of the snow layer is essential to precisely interpret black carbon data.” The details of the work done were published In an article In the magazine Journal of glaciology. A seasonal snow. The analysis concluded that the snow of the glacier has a seasonal character, that is, that it accumulates between October and until the end of winter and then disappear completely between spring and summer. This fact allowed to know in detail when the different concentrations of black carbon were deposited. Looking for the source of pollution. The team analyzed the black carbon samples also to track the origin of this pollutant. They found that the accumulated carbon during the fall of 2018 had their main origin in the North Basin of the Indo River, while in the subsequent concentrations (winter 2018 and 2019), the influence of regions such as the Middle East, Asia Central and Eastern Europe, González-Santacruz added. The sum of several problems. We associate the thaw of glaciers and other icy areas of the world to climate change derived from high atmospheric concentrations of greenhouse gases. However, neither thaw is the only phenomenon attributable to this change nor global warming has to be the sole responsible for the thaw. Understanding the diversity of factors that are interconnected in the context of climate change is key to understanding the potential effects of this, both in terms of people and in what affects ecosystems. In Xataka | Snowing stations at the end of the century: the most pessimistic models show what could happen in our high mountain Image | Zacharie Grossen, CC by-SA 4.0

The best paid Spanish manager in the world does not work in a great technological: sells “sugary water”

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Maybe his name does not sound to you at all since, unlike Tim Cook, Jensen Huang or Satya Nadella, Ramón Laguarta does not direct a great technological. However, for seven years he has been the helm of one of the world’s largest brands in the world: Pepsico. Or as Steve Jobs would say: sell “sugary water“ According to the published data By Pepsico before his shareholders, the Catalan Ramón Laguarta, president and CEO of Pepsico, has established himself as the best paid Spanish manager in the world. The best paid Spanish CEO in the world. As you collect The environmental environment Five daysin 2024, the total remuneration of Laguarta reached 28.8 million dollars. This salary milestone positions it well above other executives of large corporations, both in Spain and globally. Despite having reached this milestone, 2024 has not been the most lucrative year for Laguarta. According to records From the AFL -CO union, in 2023, the manager charged 33.9 million dollars, which meant 648 times the average salary of its employees. However, Ramón Laguarta is not the only Spanish manager at the head of an American multinational who receives a millionaire remuneration. Joaquín Duato, CEO of Johnson & Johnson, He received a salary of 24.3 million, seeing its compensation reduced in 2024 compared to the 28.4 million that was pocketed in 2023. For his part, Enrique Lores, first HP executive, received a Salary compensation total of 19.4 million dollars. Laguarta’s salary. Actually, Laguarta “only” received 1.76 million as a salary, which represents a 4% increase with respect to the same concept of 2023. In addition, the CEO received a bonus of 11 million dollars in company shares and metallic incentives of 6.8 million dollars. In this concept, the company has applied a significant cut with respect to 2023, when it received 13.4 million dollars. To this figure, we must add 8.7 million dollars more in pension plans and other deferred remuneration, as well as $ 500,000 for personal expenses. Among personal expenses, the Use of private plane of the company. The sum of all these amounts corresponds to the aforementioned 28.8 million dollars that the manager pocketed in 2024. Although their total income was reduced by 15% with respect to 2023, Laguarta continues to stand out as one of the best paid managers, and the Pepsian Board of Directors stood out in Its presentation of annual results The solid leadership of its Spanish CEO in turbulent economic times. A “sugary water seller”. Laguarta occupies the position of president of Pepsico since 2018 and assumed the presidency of the Board of Directors in 2019. However, his career within the company began in 1996, when he joined the Spanish subsidiary of the company after a stage in front of Chupa Chups. A decade before the arrival of Laguarta to Pepsico, Steve Jobs He told John Scullyat that time CEO of Pepsico, one of those phrases that have remained for posterity: “Do you want to sell sugary water for the rest of your life or do you want to come with me and change the world?” It should be noted that, in English, the expression ‘Sugar Water’ is also used to refer to something bland, without substance. As if being the Pepsi CEO was something unimportant. There is no doubt that, in the case of Laguarta, directing a “sugary water” company has turned out to be very lucrative. However, the Apple CEO salary It continues to be better: in 2024, Tim Cook received 74.6 million in retribution. Point for Jobs. In Xataka | In 1985 Coca-Cola changed her formula when Pepsi was about to defeat her. It went wrong In Xataka | The best paid CEO in the world is Elon Musk, but its salary is 1 dollar: the great bonus of the bonus Image | Unspash (Nikhil), Wikimedia Commons (Qwertyfry38)

Who stays that water

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With 50 days of rain in the last two monthsthe latest estimates indicate that it has rained 143% above Normal. Peninsula soils They are practically saturated and many basins are overflowing. And now, suddenly, the big question is no longer how we prepare for summer. The big question has begun to be who stays all that water. That is, suddenly, the problems have returned. Let’s go to the figures. According to official data, on March 24, reservoir water It was 71.19%. It is something we had not seen in recent years, but if we look at the last three weeks, the country’s water reserves have increased by 22.7% and have reached 39,895 cubic hectometers. That, in terms of urban consumption (that is, discounting agricultural and industrial uses), is a year and a half of water for households, public services and shops. A real barbarity. In fact, In some areas of the countryit has rained so much that, although it would not fall one more drop of water in the remainder of the year, the figures would be above the historical average. Even in areas where it has rained less (such as the southeast end or The interior basins of Catalonia), the snow meters accumulated in their respective mountain ranges They are optimistic in which the reserves will increase. Reserves that are already being distributed. The Andalusian Mediterranean Basins Management Commission has tripled water For irrigation and has expanded urban supply in Malaga. In practice, 100% of normal consumption will be recovered throughout the province except in the most tensioning area, the axarchy, where 90% will be recovered. Tens of thousands of farmers from the Guadalquivir basin (especially those of the subjectic and penibetics mountain ranges) also They hope it relievesn irrigation restrictions in the next few days. And, in Murcia, the irrigation union They already look at the head of the header of the Tagus that has reached “level 1, which allows the maximum to be transferred.” And this is where the problems are. Because as Antonio Figueroa remembered, in lavozdeelsur.es“Just as it is said that fires go out in winter – with prevention work – droughts are managed with full reservoirs.” As Figueroa points outnow “it’s time to start managing the next drought.” In a context in which the demand for water (for agriculture, tourism or consumption) never ceases to grow, the decisions we make now will permanently persecute us. Remember that, despite the fact that “the urban supply can be guaranteed for a couple of years”, in the case of irrigation, it is not so. We came from very low reserves and little that we do not manage the moment well, we can find ourselves in trouble next year. And how do we do it? The main pending task is to design and start a true control and management system. In addition to introducing active policies that allow to attach the demand for water to the rains and the resources we have. That is, common sense measures that take advantage of the enormous potential of the available technology to ensure that the best possible use of available water. However, as the popular saying says, in the water world Common sense seems the least common of the senses. Image | Aemet / Pierre-Etienne Vilbert In Xataka |The swamps are so full for the rains of March that some face something unprecedented: unwind for the first time

Salt water, CO2 and electricity are the new recipe to create more sustainable cement and concrete

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Cement is one of the most used artificial materials on the planet, but has two problems. The first, environmentalsince its production emits a remarkable amount of greenhouse gases. The second, the shortage of raw materials such as sand, whose mined also has an environmental impact. A new material. A team of researchers from the Northwestern University and the company ️Cemex Innovation Holding has developed A new construction material through a process that combines marine water, carbon dioxide (CO2) and electricity. This new material can be used in the production of cement and concrete and, according to its developers, in its production more CO2 than it emits. That is why the new material has the ability to make the most sustainable cement and concrete production. Salt water, CO2 and current. The method to create the new material begins by introducing electrodes in the salt water to circulate an electric current that separates water molecules into hydrogen gas and hydroxide ions. As explained by the development responsibleWhile the current circulates, CO2 bubbles are added to the water in order to change the chemical composition of the water by increasing the concentration of bicarbonate ions. The ions of these two compounds (hydroxide and bicarbonate) react with other ions that can be dissolved in marine water, such as calcium and magnesium. From these chemical reactions both calcium carbonate (CACO3) and magnesium hydroxide arise. The first compound, Continue explaining the teamit is in itself a carbon sink; The second, on the other hand, is able to capture additional carbon interacting with CO2 molecules. Copying nature. According to its developers, the process is similar to that used by corals and mollusks to build their structures and shells. The key difference is that these animals use their own metabolism instead of electrical energy to detonate the chemical process. Different uses. The resulting material, a Mixture of calcium carbonate and magnesium hydroxidecan be used as a substitute for the sand or gravel used in concrete manufacturing, but can also be used to produce cement, plaster and even paint. More control. The resulting material has an important advantage and that its properties can be altered by introducing small changes in the elaboration process such as the current and its voltage, or the duration of the injection of CO2, among others. Thus it is possible to achieve a more porous or more dense and hard substance. The details of the process and its results were published In an article In the magazine Advanced Sustainable Systems. Optimizing the capture of CO2. Another important factor is the calcium carbonate ratio and magnesium hydroxide obtained in the resulting material. This ratio depends, for example, the captured amount of carbon dioxide. According to The developers explaina 50/50 mixture of the compounds can allow to capture a ton of CO2 for every two tons of material. A more harmless waste. The process, as we indicated at the beginning, begins with the separation of water molecules. This generates, in addition to the ions used to unleash the subsequent chemical, hydrogen reactions. This gas is not only harmless but can also be used as an energy reserve. Of course, because electricity is part of the manufacturing process of this material, it must be taken into account that the net emissions of its production will depend on the mix energetic. That is, if the energy used in the process emits CO2 that is not captured, part of the capture would be lost. Another detail to keep in mind is that a good part of CO2 emissions associated with cement production They are generated at a different stage of its manufacture, when the sand is crushed with the limestone and heated at high temperatures capable of decomposing calcium carbonate. This problem occurs if the material is used in the creation of the cement and not when it is mixed later with it in the production of concrete. In Xataka | Construction has a gigantic environmental problem. Its solution: Solar cement plants Image | Northwestern University

is able to erase the water mark from the images

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If someone wants to protect their images to sell them or distribute them in a protected way, using water marks is usual. This protection could be useless to the new Google AI model, which has shown to eliminate those water marks in some cases. And the implications are important, of course. Generates images with Gemini 2.0 flash. The family of Gemini 2.0 flash models Google has been giving surprises in recent times. He did it certainly with his preliminary mode of reasoning, Flash Thinkingand now it does it again with its mode of image generation. In this case there are most striking options, but also one that is generating some controversy. It is available on Google AI Studio, where it is enough to select this mode in the “CREATE PROMPT” section deploying the “Model” drop -down on the right. There it is enough to choose “Gemini 2.0 Flash (Image Generation) Experimental”. Multimodal. One of the most striking characteristics of this model is its multimodal capacity. Normally to generate an image we write a text prompt to describe what we intend to achieve, but with Gemini 2.0 Flash and this new mode we can generate images through other images that we can modify (in a photo of someone with a white shirt, we could ask for for example something like “Make the shirt that is red”). Surprising but imperfect. We wanted to do a test With a starting image and then change the hair and jacket. He put his hair blonde as we asked, but in doing so he totally changed the girl’s factions. The result of the second transformation, turning the jacket into a blue shirt, was not entirely perfect, but from even that the final result is striking. Eliminating water marks. Much more surprising, but also controversial, is the ability of this model to eliminate water marks from the images. There are many Users that They shared their experiments In networks like X, and there it effectively showed how in those examples the water marks disappeared. In this example, not only did it not eliminate the water marks, but completely changed the face of the model. But it doesn’t work 100%. We wanted to try the service generating our own water brand In this image. Once generated, we ask Gemini 2.0 Flash to eliminate it, but as you can see in the image not only did not eliminate it, but also changed the face of the model and eliminated some elements, such as that small cone of pink ice cream that appears in the lower right part of the image. Here generative AI makes its own decisions, and these can be as unpredictable as erroneous. When it works it is amazing. We did more evidence, and there were cases in which the result was surprising. In this case we take An image with water brandwe cut it and try in the model. As you can see in the image headed by the article, the result is really good, but be careful: things like the bracelets of the model or the pendant disappear. Even so, the method works, and poses a problem. Back to the AI ​​and intellectual property debate. In recent days there has been much talk about how Openai asked the US government to Eliminate copyright restrictions For AI companies. In this way there would be no consequences for its indiscriminate use of works protected by copyright, and now this system adds more firewood to the fire: Google does not even consider this type of option when you designed its model, but the fact that it serves to eliminate these water marks is worrisome. Above all, for the big image banks that use them so that artists can make money with the contents they generate. What do they say in Google. From Xataka we have contacted Google, and a spokesman points out the following: “Use Google’s generative tools to incur copyright violations is a violation of our terms of service. As with all experimental launches, we are closely supervising and attentive to the comments of the developers.” In Xataka | 5,000 “tokens” of my blog are being used to train an AI. I have not given my permission

While Andalusia and Extremadura fight against floods, the water system prepares for the next drought

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The rains of the last days They have put end to the pertinaz drought that still affected some Spanish basins. However, water so longed for in some areas has also flooded some areas of the country, especially in the south and west of the peninsula. Flooded areas. Numerous areas of the country have dawned under the threat of floods. The rainfall associated with Borrasca Laurence has made Cut roads and evict homes Faced with the risk of floods In Andalusia and Estremadura. Part of Murcia is now under orange warning decreed by the State Meteorology Agency (Aemet). It rains a lot. A determining factor in which we have reached this situation has been the persistence of these rains. Not only has it rained much, The three successive fronts that Laurence has brought the peninsula have put pressure on the water systems of the southwest, forcing water at various points. As if this were not enough, on the Atlantic Horizon A new storm appears: Martinho. This new storm is expected to reach the Peninsula tomorrow Wednesday. Not just rain. The risk of floods has also been exacerbated by spring thaw. In this sense, Aemet has also issued Several notices yellow by thaw in areas of the central system. To what extent the situation is “normal”. We are in spring, rainfall is not something anomalous on these dates, but Aemet’s forecasts For the remainder of the month of March they are clear: the next few days are also expected wetter than usual in much of the country (except for the Cantabrian mountain range and the island communities), and especially in the southwest quadrant. End of drought? We were therefore before the end of an important drought that affected practically the entire country between 2023 and 2024. A drought that still kept some basins such as the Catalans or those of the south, despite the intense rain episodes seen in the second half of 2024. Now, we see that the reservoirs have been maintained almost constantly with filling levels above average of the last 10 years during what we have been in 2025, and this month of rainfall seems aimed at accentuating this increase (compensating A drier February than usual). Everything seems to indicate that the drought situation has been reversed. The problem is now to prepare for the next. A paradox. This leads us to a paradoxical situation and is duty Plan a drought While we disembark water to avoid risks derived from the intense rainfall we are seeing these days (and that we will continue to see during the coming ones). On the one hand, because the increase in oceanic and atmospheric temperatures facilitate the accumulation of water in the atmosphere. More loaded clouds involve an increase in the risk of intense rainfall and with it the risk of flooding. On the other hand, the drought that we live seems to be more than one of the consequences of A aridification process which affects many areas of Spain. This process implies a trend that will make the most recurring droughts. In Xataka | With the reservoirs to be overflowed with the rains of March, there is a reason for hope on the horizon: the light of the light Image | ECMWF

Drought and mass tourism have aggravated the shortage of water in the Balearic Islands. Now it is going to entrust the desaliners

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Throughout the month of March Let’s have a storm characterized by many rains. However, when this temporary pass will come the good weather and return The drought again. Given this situation, the Balearic Islands, one of the communities most affected by water scarcityThey are looking to get ahead. The projects. The seafore and water cycle. has announced The construction of three desalination plants in Mallorca, Menorca and Ibiza. The installation will have an initial budget of 3.5 million euros and are expected to be operational within five years, supplying more than 60,000 inhabitants. A serious problem. Currently, reservoirs on the islands are 51% of its capacity, showing the water problem despite the recent rains. For that reason, from the Ministry They have pointed out That these new desalination makers are to guarantee the medium and long term water supply, regardless of the weather conditions. However, this is not all, because there are other concerns, such as overexploitation of aquifers that It has generated problems With the introduction of salts. In addition, the archipelago receives a large amount of tourism every summer, which triggers demand and Test The supply capacity. Future desalination. The Balearic Government has planned the construction of desalists financed through the STI 24-25 call, with the aim of improving the water supply in the region. In Mallorca, the Rostent area will be prioritized, especially the strip between Ses Salines and Artà, as well as the municipalities of the PLA. In Menorca and Ibiza, areas with the highest water deficit will be served. The project will take place in several phases with the construction in 2027 and the commissioning of the facilities in 2030. But they already have others … that’s how, in the Balearic Islands There are desalination plants They help meet the growing demand for water. Currently, ABAQUA manages a supply and desalination infrastructure network that includes several plants, such as Mallorca, Menorca and Ibiza. To give an example, the three existing desalination plants in Ibiza operate at 75 % of their capacity throughout the year, and They reach 110 % peaks In more than five months, which shows the overload of the supply system. Inconveniences. Although desalination plants have become an alternative for water use, they have a series of problem. On the one hand, they need high energy consumption, so would imply an increase in the price of water In the long term. On the other hand, these facilities They can have brinea residue with high salt concentration that can damage marine ecosystems. So the Balearic Islands will have to continue trusting technologies such as desalination plants, which despite the aforementioned problems, offer a response to the growing demand for water. However, they can bet on the implementation of long -term measures such as Wastewater reuse or Other methods within desalination. Image | Pexels Xataka | Barcelona is about to live something unpublished for 50 months and that until recently we thought it impossible: the end of drought

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