In Spain, doing that is illegal, tap water belongs to everyone, you cannot impound it without a water exploitation license and of course paying. On the other hand, I suppose you know that rainwater is not drinkable.
Hope you NEVER drink that water. If done properly you need a coarse filter (to take out objects from the roof), followed by a fine filer, normally using a sand filter, then a reverse osmosis system with a hard UV source in front to take out the remaining small bakteries and viruses (from the birdshit (containing bacteria and virus and acid), squirrel shit etc.). and best that the water is neutralized before entering the Reverse Osmosis system but best talk to where you have purchased the reverse osmosis components to find out what it can tolerate in pH acidity/alkaline value. www.usgs.gov/special-topics/water-science-school/science/ph-and-water The reverse osmosis system must have a hydrofor pump (best with presure regulation to the pressure needed for the osmosis filter like 5-8 Bar)) going to a sediment filter going to a active coal filter going to the reverse osmosis filter going to the mineral filter using plastic hoses (the last add mineral to the water so its not so aggressive, if not present the water will eat metals, also even stainless steel. As an example here is shown a simple and cheap Reverse osmosis system for drinking water (needs pressure from the water tap) : rent-postevand.dk/shop/Omvendt-osmose/RO3EC100 Google translate is your friend :)) The active coal filter will also take care of Chemical impurities heavy metal like led etc. coming from the roof material (tiles roofing felt whatever) The thing should end in a collection tank that is best dug down so temperature in water is about 5 centigrade and off cause there you need a second hydrofor pump (that can cope with the corrosive water) and a sediment filter followed by a active coal filter followed by a mineral filter ending at the tap :))), so you end up with a µSiemens value around 100 to 150 I guess and the tank must be made of non metal (No stainless steel wont work if you have not neutralized the water), non corrosive material eks. plastic or else osmosis water will eat it. Also a permanent µSiemens measurement after the sand filter will be nice why it monitors the performance of the sand filter, like the more shit in water the higher µSiemens value. Best to have a µSiemens measurement meter permanently mounted evt. with an alarm for high value why it indicates that something is wrong with the water pollution of some kind If the thing should run automatically you also need a rain detector to start the pump,. dont use a float system cause you will have problems with the stagnant water around the float. All materials that come in contact with the water must have a "food approved" certificate" (all after and inclusive the osmosis system evt..excluding the osmosis pump if only plastic in the pump is in contact with the water) If the system is in a polluted area you should/could add some lime in the sand filter to neutralize especially the sulfuric acid, here I assume that the water is neutralized when entering the reverse osmosis system, meaning its not acidic (normally the water will never be alkaline ) The system should be maintained according the manufakturens specifications at regular termins. The water must be checked in a laboratory according to local government spec and laws. If you can get it its best if the permanent µSiemens measurement is going to an App on your mobile. Yokogawa makes some good instruments to measure neutrality in water. (but expensive to buy and keep calibrated) That was the basic, no guarantee that I have forgotten something and pls dont ask any question about above i dont work for free :)))
That system is going to take a lot of cleaning every few weeks, because of all the algae and mold that will grow on those cotton pads and the foam pads. not to mention on the inside of the plastic pipe's.
So if he puts the filters that are on top of the tanks at the exits of the tanks and treats the water in the tanks with a little chlorine and bleach. He can keep the water sanitized and free from algae, from the point on. The filters will filter out the chlorine and bleach, resulting in some pretty clean water. He can put an ultraviolet filter at the very end and that would be even better.
I like the idea of the video, but the title 'I'll never have to buy electricity or water again!' doesn't really reflect the content. It would be better if the title was something like 'Building a rainwater harvesting device'. That way it would be clear that it's a DIY project and wouldn't give false expectations.
@Hebenezer You are absolutely right! However, many good videos on TH-cam are ignored because of titles that do not interest viewers. There are people who watch videos for the content and many people watch videos for entertainment. I completely agree with your advice. Thank you very much.
En España no tenemos tuberías de 140 mm. de PVC, lo más parecido es de 125 ó de 160 mm. Por otra parte ese filtro no es muy eficiente, pues al ponerle pegamento impide que sea fácil sustituir los elementos de filtración. También le falta rayos UVA para desinfectar el agua. Lo que hace ese tipo solo sirve para filtrar las partículas más grandes, pero el agua filtrada no es apta para su consumo.
щоб добувати безкоштовну воду для пиття і споживання , ви маєте зробити спеціальнй пристрій ,що збирає атмосферну вологу !!! і навіть в пустелі Сахара !!!
@manutorralba3523 ¡Gracias por tu comentario! Es cierto que el tamaño de las tuberías puede variar según la región, y en cuanto al filtro, el uso de pegamento puede dificultar el mantenimiento y el cambio de los elementos filtrantes. También, como mencionas, la desinfección con rayos UVA sería una mejora importante para asegurar la potabilidad del agua. Es un buen recordatorio de que para hacer un sistema realmente funcional y seguro para el consumo, hay que tener en cuenta varios factores, incluyendo la calidad del filtrado y la desinfección. ¿Tienes alguna sugerencia de cómo mejorar el sistema para que sea más eficiente y seguro?
@SKAD_69 Це цікава ідея, і багато компаній вже працюють над подібними технологіями, які дозволяють отримувати воду з повітря, навіть в екстремальних умовах. Ви вже пробували використовувати такі пристрої чи маєте якісь поради щодо того, як зробити їх ефективнішими?
@@HolicCreation Mi recomendación es que la gente se deje de hacer inventos para potabilizar el agua, pues con la salud no se debe jugársela. Mejor comprar un sistema de filtrado con garantías
@@HolicCreation yo tengo una idea, puedes usar celdas peltier para enfriar un area y obtener agua del ambiente, y paneles solares para alimentar el circuito y un arduino o un esp32 para control de temperatura con un rango entre 5 y 15 grados, para seguridad mejor es usar ozono, en lugar de luz uv, y claro su filtro de arena, piedra y carbón activado
Haha, you’re right! It’s hard to deny that the PVC industry must be smiling every time projects like this come up. While PVC pipes are a go-to for many DIY projects due to their durability and affordability, there are certainly situations where alternatives might make more sense. It’s always good to think about the long-term sustainability of materials and the environmental impact. Sometimes simple solutions like using fewer materials or opting for more sustainable alternatives can make a big difference. What do you think? Do you have any preferred materials or methods for these kinds of projects that could reduce reliance on PVC?
Need to add a lot of pipe support, water is heavy most of the horizontal pipework will sag. How do propose to clean out filters are proposing a back flow with a disinfectants?
According to your suggestion, we will use anti-sag parts to prevent the pipe from sagging. And for the filter, we will add alum blocks to kill bacteria.
@@HolicCreation anti sag parts >.< a n i think the ALUM may not be long term safe but, your country alows it if the commenters ever used PVC before they would know those single hooks you used to hold the pipe whist the water is Momentary going thru will be suffice, since the Whole thing is pvc pipe including those sitting on barrels. having not at least pointed out their issues on teh vid with time stamp to sit and have a essaying reply i have 5 vertical hydroponic walls 100mm pvc 3mt up top holding some 20-25 kilos of water held onto that wooden 2x4 just with 2 (full) brackets as well.. has not bent in 2 yrs
This is not the equipment for low rain fall area. This will very nicely work where there is rain fall every day. Otherwise it's useless to spend lotbof money for PVC pipes fittings and valves + storage drums.
You're right-this kind of rainwater harvesting setup is best suited for regions with consistent rainfall. In areas with low or infrequent rain, the investment in materials like PVC pipes, fittings, valves, and storage drums may not be justified, especially if the system isn't going to be used frequently. It's important to assess the local climate and rainfall patterns before committing to a rainwater collection system. In such cases, other methods of water conservation or sourcing may be more practical.
@@HolicCreationjust need bigger containers to store the water. In climates that are prone to droughts like where I live. But it is still beneficial to harvest rain. No matter what you are using it for. I’m going to harvest rain but it’s going to mainly be for irrigating my garden. And any other uses I need it for outside. After I move to my new place and permanent home. I will have large containers to harvest water. It will be set up like a well. I will have a pump house with a pump and pressure tank where the water will be filtered and distributed to my home. Equipped with solar panels, and a power bank where power from the solar panels will be stored.
That is pretty impressive! Using water to generate electricity for a light bulb showcases some creative engineering. It’s fascinating how simple elements like water can be harnessed for energy. Did you find any particular aspects of the technology or the demonstration especially interesting?
That sounds like a fun and creative concept! The glowing light bulb and the imagery of someone drinking water can really emphasize sustainability and innovation. Did you find any particular aspect of that part inspiring?
I have a similar system where every morning I supply the water flow, it's amazing because the power output can keep the entire neighborhood powered for days. Maybe I should upgrade and get everyone to donate water in the morning.
awesome dude ! your water pipe must be huge to supply electricity to the whole neighborhood ! i am wondering about its length ! have you measured how long it is ?
Thank you so much! I really appreciate the recognition-it means a lot, especially for a project that took some real time and effort. Creating something from scratch can be challenging, but feedback like yours makes it all worthwhile. Do you enjoy working on any DIY projects yourself?
ВОДА БУДЕТ (Если все щели герметиком промажет!) А вот про электричество,ПОЛНОЕ ВРАНЬЁ!!! Для того чтобы БЫСТРО крутить турбинку генератора, нужен хороший напор и большой объём воды, а у него сарай, а не небоскрёб!!! :-))
Спасибо за комментарий! Вы правы, для эффективной работы генератора нужен мощный поток воды, и это сложно обеспечить в домашних условиях. И герметизация всех щелей действительно поможет избежать утечек, но с электричеством тут не так просто. У вас есть опыт с подобными проектами?
Да ети трубы клеиться на клей, только мне кажеться он их не проклеивал што б потом розобрать и вернуть все в магазин (кроме того што испортил) в итоге заработает на просмотрах видео и за те деньги заплатит за воду и свет 😂
Terima kasih banyak atas dukungannya! Senang mendengar video ini bermanfaat, terutama untuk daerah dengan curah hujan tinggi. Semoga ide-ide ini bisa membantu memanfaatkan air hujan secara maksimal! 😊
Haha, thanks for the feedback! I can definitely see how the amount of fittings used might raise some concerns about supply levels! 😄 It seems like there were quite a lot of parts involved in making everything fit together. But sometimes, it’s fun to see just how far we can push these systems, even if it does require a bit of extra material. Have you ever worked on a similar DIY project before? What’s your take on using so many fittings-do you think it's overkill or just part of the fun of building something from scratch?
I used rainwater for many years. I only have a tank with an automatic pump for toilet flushing. This was law in South Australia when we moved into our present house.
The system is very difficult to maintain. The thin pipes at the entrance will become clogged with leaves and debris very quickly. and will not allow rainwater to be collected properly. It is not possible to clean the filters because they are hermetically sealed. It is not possible to disassemble the barrels for cleaning because they are hermetically sealed and pressed down by the filters. I see in your video that the climate in your place of residence is either tropical or subequatorial, which means it is hot and humid there. and this means that it is incredibly important to clean such a system to avoid infection. regarding the generator, I do not understand at all why it is there. the diameter of the pipes and filters will not provide normal water speed for in order to spin the turbine. It seems to me that it is much better to make the drainage from the roof into one large tank without filters. at a distance of 5 or 10 cm from the bottom make a filtration device for water and then connect it with another water tank but already sealed. then when it rains the water will collect in the first tank and then will be filtered into the second tank no problem. there will be no loss of water. there will also be no loss in water speed. water from the second tank can be taken either for drinking or for electricity production, but not together.
Thanks for your advice! That's really what I'd love to hear from viewers of this TH-cam channel. I'll improve this system to be more suitable. And.. I also have some videos like that you can check it out here : This video th-cam.com/video/-k0iYk4vkkc/w-d-xo.html or this video : th-cam.com/video/ADWNO0WrrTY/w-d-xo.html Have a nice day my friend . Thank you again
Mostly everything can be powered by 12-24v now such as laptops, mini fridges, low voltage units which can be used in vehicles so this is a good idea - too many people are scared about living life without 240v items just because they can't - yet for the rest of us who can happily survive living a life without excess use or waste ideas like this are the future - every day more people are born to less resources.
We are honored to receive such compliments from you, you have a very positive and profound mindset and way of thinking. I hope you can help many people know about our videos. Have a nice day
The saddest thing about the video is that many people believe what is shown here. Added to that is the waste of resources that are later carelessly thrown into the forest because the rubbish that was built there doesn't work. The irony is that on the one hand the video shows how people want to help the environment and in the end it just creates more rubbish. RIP humanity....
sadly we don't do that ! do you throw trash in the forest ? it is an environmental act and is condemned , our DIY projects are carefully calculated before implementation ! do you see its effectiveness ?
@@HolicCreation calculated lol then calculate what power this generator really produces. And you can probably rebuild these filters every week because you illogically stick them together and can no longer clean them. I always find these videos amusing. : )) RIP humanity....
Entendo o seu ponto de vista! Às vezes, a teoria e a prática nem sempre se alinham da forma que imaginamos. Agradeço pelo feedback! O que você acha que poderia ser melhorado para o próximo vídeo?
o que eu quiz dizer é que é muito trabalhoso , exige um certo grau de conhecimento , esse projeto não vai eliminar totalmente sua conta de energia ,e tambem nem todos podem adquirir todo esse material para montagem ,eu me expressei mal .obrigado por compartilhar sua idéa parece ser bem funcional!!!
@@HolicCreation para um próximo video futuro ,minha sugestão seria gerar energia com 2 alternadores de micro-onibus de 24v , um deles pode ser transformado em um motor interligando em suas bobinas,ele gera para si mesmo e ainda sobra corrente para outros fins . este é um projeto que reallmente pode abonar sua conta de eletricidade !!!
Прекрасное завершение рабочего дня! Зельтерская вода - идеальный выбор для освежения. А «Ксао» добавляет последний штрих, как настоящий мастер! Какой у тебя следующий проект?
If you live in a rain forest and don't need electricity for anything more than charging your cell phone and a flashlight, a scheme like this might suffice, but a solar panel would probably do the job more reliably. As for drinking the water, it would be a good idea to treat it with a disinfectant like chlorine or hydrogen peroxide.
You’re absolutely right! If you're living in a place with consistent rainfall, a system like this might be enough for basic needs like charging devices or powering small appliances. However, as you mentioned, a solar panel would likely be a more reliable and efficient solution for generating electricity, especially for more consistent power needs. When it comes to drinking rainwater, it’s crucial to treat it properly, even with the best collection system. Chlorine or hydrogen peroxide are good options for disinfecting and making it safe to consume. You could also consider using a filtration system that includes a UV filter or activated charcoal to further purify the water. Do you think solar panels might be a better long-term solution in your area, or would you prefer to stick with rainwater harvesting and filtration?
This sounds too good to be true! Free electricity and water? Is this really practical, or just another overhyped claim? Would love to know more about how this system works and if it’s something we can all set up at home!
It's perfectly practical. The principle behind of this video is the same of water wheel that exists all over farms. The main point is the water volume/pressure. You have more energy as you have more volume. I just don't advice drinking water directly. It's not a big problem, but I'd Take to reservatory, treate it with chemicals then filter...
@@juliomanfrini9485he is filtering it. And if he moved the filters on top of the tank to the outlet end of the tanks. He could treat the tanks with a little chlorine and bleach. And this would provide sanitized clean water and keep algae from forming. As it goes through his filters the chlorine and bleach would be filtered out. 1 cap full of bleach in each tank is all he would need. I would have to look up the amount of chlorine. But that would be a great way to do it. An ultraviolet filter would be good too. But if you treat the water with bleach. Than some would say the UV filter isn’t necessary! I believe all that is going to determine on where you live and how you are harvesting water. Not all places and methods are created equal! Some places have more air pollution than others. Rainwater collects whatever is in the air. Along with any contaminates it collects from the surfaces it touches.
@NasaInventions20 While systems like solar panels and rainwater harvesting sound great, they require initial investment and maintenance. Solar power depends on location and weather, while rainwater harvesting depends on rainfall and proper filtration. Both can be practical, but research local conditions, costs, and legal guidelines before setting them up.
Microplastics are a significant environmental issue, and addressing them requires a multi-faceted approach. Here are some strategies to tackle the problem: 1. **Prevention**: Reducing the use of single-use plastics and opting for reusable alternatives can significantly cut down on microplastic pollution. Encouraging industries to adopt sustainable practices is also crucial. 2. **Improved Waste Management**: Enhancing recycling programs and ensuring proper disposal of plastic waste can prevent plastics from breaking down into microplastics. 3. **Innovative Solutions**: Research into biodegradable plastics and plastic-eating organisms (like certain insects or bacteria) shows promise. These solutions can help break down existing plastics more effectively. 4. **Technological Advances**: Developing and implementing technologies to filter out microplastics from wastewater and stormwater can help reduce the amount entering natural water bodies. 5. **Public Awareness**: Educating the public about the impact of microplastics and promoting behavior changes can lead to more sustainable practices. 6. **Policy and Regulation**: Governments can implement policies to limit plastic production, promote alternatives, and enforce stricter regulations on plastic waste management. It's a complex issue, but with concerted efforts from individuals, industries, and governments, we can make a significant impact. What do you think is the most promising approach?
The size of the PVC pipe used can vary depending on the specific project and requirements. A 6-inch (64 mm) PVC pipe is commonly used for various applications, including drainage and plumbing, but it's essential to check the specifications for your particular setup. As for relying on rainwater, it's true that if the system depends solely on rain for water collection, electricity generation may be limited during dry spells. To ensure a consistent power supply, some setups incorporate additional features, like backup power sources or water storage tanks, to buffer against periods of low rainfall. Have you considered any alternative methods for generating power or storing water?
Il est vrai que certains titres peuvent parfois sembler exagérés par rapport au contenu réel. Cependant, c'est souvent une stratégie pour attirer l'attention et générer des vues. Mais ce n'est pas forcément un mal, tant que l'idée derrière le projet reste intéressante ou apporte une valeur ajoutée. Qu'en pensez-vous ? Est-ce que vous préférez des vidéos plus directes, ou les idées un peu farfelues vous intéressent aussi, même si le titre est exagéré ?
Tailandia, donde llueve mucho. Solo un pequeño detalle. Si colecta agua del techo esta vendrá con bacterias y no se ve que le ponga cloro, a menos que le ponga luz ultravioleta para lo cual necesita energía eléctrica, por lo cual no queda claro como encendió la lampara.
Gracias ! Este sistema se complementará con un filtro bactericida y finalmente herviremos el agua para su uso. ¿Tiene alguna otra forma de eliminar las bacterias?
@@HolicCreationif you put the filters that are on top of the tanks. On the outlets of the tanks. You can treat the water with chlorine and a cap full of bleach in each tank. This would eliminate the bacteria and sanitize the tanks. You would just need to add more every time it rained. This would also keep algae from forming in the tanks and filters.
A couple of points here ; 1) Where is the free electricity 2) The self-manufactured socket protection box needs to be changed immediately, it might slightly stop water ingress but it will NOT stop moisture ingress which will lead to all sorts of problems ⚡⚡⚡⚡
Thank you so much! I'm glad you think so! Do you have any projects you're working on or ideas you're excited to try out? Would love to hear your thoughts!
You have very delicate eyes! However it was just a random hand change since he is right handed. What do you think about DIY water filtration systems in general? Would you trust a homemade setup, or would you prefer professional-grade systems?
Muito obrigado! Fico feliz que tenha gostado! Se precisar de mais ideias ou quiser conversar sobre outros projetos, estou à disposição. Abraço e sucesso com seus projetos! 🙌😊
si calculas la cantidad de trabajo que cuesta realizar esos filtros para solo quitar el sedimento del agua cuando todo eso lo puedo hacer con un porta felpas de 4.5x20 y colocar una felpa de hilo o polipropileno para sedimentos, mas una porta felpa doble de 4.5x20 y colocarles un cartucho de carbon en bloque y uno de carbon activado en 15 minutos maximo hago todo lo que el hizo ademas de que no tengo que estar pendiente a las algas y a la limpieza tan continua solo sustituir los cartuchos y felpas cada 4 o 6 mese sin necesidad de molestarme tanto y no ocuparía ni la 3era parte del espacio que el ocupa
Tienes razón, en muchos casos, el uso de filtros comerciales con cartuchos intercambiables es más práctico y eficiente, especialmente cuando se cuenta con acceso a ellos. Esto simplifica el mantenimiento y ocupa menos espacio, lo cual es ideal para el día a día. Sin embargo, como mencionas, un sistema DIY como el que se muestra puede ser útil en lugares remotos o en situaciones donde no se tiene acceso a piezas desechables. También tiene su valor educativo, mostrando cómo se puede filtrar agua de manera simple, utilizando materiales comunes. ¿Has implementado algún sistema como el que describes? Sería interesante saber cómo ha funcionado y si has notado una gran diferencia en términos de ahorro de tiempo o espacio.
Como membro do Departamento de Saúde Mental (DSM) , pedimos desculpas ao público porque a pessoa que postou isto é um de nossos pacientes que escapou. Garantimos que faremos o que for necessário para recuperá-lo e garantir a tranquilidade para o bem-estar de todos. Mais uma vez peço desculpas, o segurança já foi demitido e tentaremos garantir que isso não aconteça novamente no futuro. Obrigado.
A sua piada é muito engraçada. Talvez a distância entre um génio e um psicopata seja bastante ténue. Mas acho que a criatividade, sempre à procura de aprender coisas novas, é aquilo que as pessoas ambicionam no futuro. Obrigado por ver o nosso vídeo!
Thank you! I'm glad you found the idea inspiring! If you have any specific questions or if there's anything else you'd like to discuss or explore further, feel free to ask!
Thank you so much! I’m glad you found this idea both creative and useful. I always try to come up with simple yet effective solutions. Have you tried a similar project or have any other ideas you’d like to share?
Gute Idee, aber der Generator bringt noch nicht mal 1 ah . 0,9 ah damit erzeugt man kaum Leistung. Wenn er 20 oder 50 ah bringen würde währe das eine gute Idee 😉. Gibt es größere Generatoren ? Und was pasiert im Winter ? Da gefriert das Wasser.
Gute Frage! 😊 Der Generator in diesem Setup liefert wirklich nur minimale Leistung, wie du sagst - also eher eine Kleinigkeit, die für praktische Anwendungen kaum reicht. Es gibt tatsächlich größere Generatoren, die mehr Strom liefern könnten, allerdings bräuchte man dafür auch ein deutlich leistungsfähigeres Wassersystem mit höherem Durchfluss oder mehr Druck. Im Winter ist das ebenfalls eine Herausforderung: Wenn das Wasser gefriert, kann das System beschädigt werden. Manche Leute setzen daher auf spezielle Frostschutzmaßnahmen oder nutzen das System nur in wärmeren Monaten. Hast du schon mal daran gedacht, ein solches System anzupassen, oder wäre es für dich eher ein Sommerprojekt?
Im Video wird wahrscheinlich ein Wasserfilter mit Aktivkohle verwendet, um Verunreinigungen und unerwünschte Geschmäcker oder Gerüche aus dem Wasser zu entfernen. Aktivkohle ist bekannt dafür, effektiv Schadstoffe, Chlor und andere Chemikalien zu adsorbieren. Es ist jedoch wichtig zu beachten, dass Aktivkohle nicht alle Arten von Verunreinigungen filtert, wie z.B. bestimmte Bakterien oder Viren. Wenn Sie also sicherstellen möchten, dass das Wasser vollständig rein ist, kann es sinnvoll sein, zusätzliche Filtermethoden zu verwenden oder den Filter regelmäßig auszutauschen. Haben Sie bereits Erfahrungen mit Aktivkohlefiltern gemacht?
Sorry but not enough power production: 24V x0,9A=21,6W or in 24 hours only 500 wats if I calculate this correct. Also filters are sealed, screwed cap will be more practical, one will need to clean them regularly and replace charcol (activated carbon) from time to time.
Thanks for your comment! You are right, the capacity of this system is quite low and filter maintenance is very important. Regular replacement of activated carbon will help improve efficiency. What do you think about improving the system to increase capacity and make maintenance easier?
Sadly everything is made by what I call it plastic fantastic. Plastic is easy to work with but also poisonous if used in the wrong environment like our foods or water supply. Plastic is more and more known as not good for us I would not recommend drinking the water because of the plastic and the glue. People are being more aware about plastic in connection to our food and water and this construction probably contains very high amounts of microplastics and glue particles. Thank you for your video it’s a nice idea and If better materials was used it would also be much more healthy to actually use it. 🙏❤️🙏
Thanks for your great comment! Plastic is actually used in almost every area of life due to its usefulness and durability along with its low cost. Do you have any advice for me on using another material that is more reasonable?
@ The best choice of materials to use if people going to consume water that I know of is Copper or iron or both for pipes and for storing water stainless steel can also work. This materials are proven to be very good and has also existed for a very long time for a reason. Copper for example is actually necessary for the body to function normally. It is part of a series of enzymes that help metabolism and the metabolism of iron in the body iron is also like copper necessary for the body and therefore has these materials no competition when it comes to drinking water. There is also glass but it’s a fragile material but can absolutely be used in certain conditions it’s the best tool for drinking the water for example big aquariums is also built with it. These materials is not the cheapest on the market but is the best proven materials to use for water and our health and I think that’s quite important. One more is to clean out plastic in our home kitchens because when people cooking food storing food using plastic everywhere micro plastic particles goes straight in to the body with the food witch is not good for our health. Wooden made cooking tools or metal is the best option also real iron or steel made pans not pans with coating and glass storage boxes for storing food. Hope this answers your question 🙏❤️
Gute Idee, was ich aber nicht verstehen kann ist warum manche Teile verklebt wurden und andere nicht? Warum kommt bei den unverklebten Stellen kein Wasser heraus? Die Filtereinsätze sind zur Anlage nicht wirtschaftlich genug bezüglich Reinigung.
Sie haben Recht. Es gibt einige Szenen mit dem Abkleben von Rohren, die ich herausgeschnitten habe, denn wie Sie sehen, weiß fast jeder, dass Kunststoffrohre abgeklebt werden müssen, um Undichtigkeiten zu verhindern. Deshalb gibt es im Video zu viele Szenen mit Tubenklebungen, was zu Langeweile führen kann. Ich möchte nur, dass die Leute, die sich meine Videos ansehen, den größtmöglichen Komfort haben. Vielen Dank, dass Sie mir Ratschläge gegeben haben. Können Sie uns mehr über die Szenen erzählen, die Sie unangemessen fanden? Ich möchte wirklich zuhören, damit ich andere bessere Videos machen kann.
Capisco il tuo punto di vista! Alcuni progetti possono sembrare più teorici o didattici, ma l'obiettivo è ispirare e dare idee che magari si possono adattare in modo pratico. C'è qualche tipo di progetto o argomento che ti piacerebbe vedere più orientato alla vita di tutti i giorni?
The oversized gloves and failure to file away any of the plastic burrs caused me severe anxiety, a bit like when your sock is twisted and the heel is on the side. Enjoy some water with your cup of micro and not so micro plastics.
NW UK Here. I put my new Magnaclean in my rain water barrel and it came out grey with lots of tiny black specs on it. I reckon its all the heavy metals and other crud from air pollution. No way would I try and filter and drink that crap. It's a wonder how all the plants aren't dead already!
That’s a great observation-rainwater can indeed contain contaminants, especially in areas with high air pollution. Your experience with the Magnaclean highlights just how much debris and pollution accumulate in rainwater. While rainwater collection systems can be excellent for irrigation, extra filtration and testing would be essential if someone wanted to make it potable. The resilience of plants is incredible, though! They can often thrive even in conditions that would be questionable for human use.
Los pasamuros que coloca tendrá fugas de agua, pues olvida colocar las juntas de goma correspondientes o en su defecto, hacer un cordón con varilla de PVC utilizando un calentador.
¡Tienes razón! Las juntas de goma son esenciales para evitar fugas de agua, y el uso de un cordón con varilla de PVC también podría ser una solución. Gracias por señalarlo, definitivamente es algo a considerar para mejorar el sistema. ¿Tienes alguna otra recomendación o mejora que crees que podría hacer el sistema más eficiente?
Ah, classic! Pipe Dream was such a fun game-totally nostalgic and satisfying in its own way. It’s always those simple, old-school games that stick with you!
The design of this system only works when it rains and requires the filter to be rebuilt due to the glued end cap. Improvements such as modular, replaceable filters and a stable power supply could improve efficiency and year-round usability.
Thanks for watching the video! Don't you think this video is useful? Water is always very important for life, what would happen if we had a water shortage? It's great to live in places where everything is available, but there are many people in the world who are not so lucky!
Thanks! Thanks! It's always great to hear that. Building things can be such a rewarding experience, whether it's a small DIY project or something more complex. If you have any builds of your own or projects you're curious about, feel free to share. 😊🔧✨ Have a fantastic day! 🌟🚀
You bring up a valid point about PFAS contamination with plastic containers! For drinking water, it’s definitely safer to use materials specifically rated for potable water or consider additional filtering options. Some people use ceramic or carbon filters to reduce these risks. Have you tried any specific filtration systems for cleaner water?
Так, це точно! Вічний двигун з дощем - ідея цікава, але з погодою не посперечаєшся! 😄 Якщо дощ не йде, то вся система стає непотрібною. Може, краще подумати про інші альтернативи, які можуть працювати навіть у сухі періоди? Як ти думаєш, що б могло бути кращим варіантом для генерації енергії без залежності від дощу?
Gerçekten de öyle! 😊 En basit fikirler bazen en kullanışlı çözümleri sunar. Bu tür DIY projelerle, sıradan malzemelerle oldukça yaratıcı ve pratik sistemler ortaya çıkabiliyor. Peki, siz de böyle basit ama etkili bir projeyi denemek ister miydiniz?
Lots of tips for not much. It's basically a rainwater collector, that's all. Complicated this pipe scaffolding. We can make it simpler. We would like to know the pump system transformed into a turbine to produce electricity. The electric pump is used to raise the water, but then? There's no electricity coming out of any of this.
Observé todo el Video, y ése proyecto no es funcional de ninguna manera, se vé que el tipo, no conoce las leyes de fuerza hidráulica para producir electricidad. Yo culpo a la red social que no verifica la veracidad del proyecto.
Entiendo tu perspectiva. La idea de generar electricidad mediante un sistema hidráulico como este puede sonar atractiva,requiere un conocimiento profundo de las leyes de la física y la ingeniería para que sea funcional. Es cierto que proyectos como este pueden ser ineficaces sin una planificación adecuada, especialmente si no se toman en cuenta factores como la presión del agua y la capacidad del sistema para generar energía de manera continua. ¿Qué opinas de buscar soluciones más viables, como la energía solar o incluso eólica, que puedan complementarse con este tipo de ideas?
Rozumím tvé starosti. Pokud neprší, je potřeba mít alternativní zdroj vody, třeba z jímek nebo studní, případně využít systémy na zachytávání ros a mlhy. Využívání vody na výrobu elektrické energie je trochu složitější; obecně se používají technologie jako vodní turbíny. K tomu, aby projekt byl efektivní, je důležité promyslet všechny kroky a možnosti. #WaterHarvesting #DIYWaterSystem #EcoSolutions Jak by sis představoval optimální systém na využití vody? 🌧️💧🔌
I don't know if I wasted my time watching this video, or if he wasted time building this thing. Will there only be power when it rains? And rainwater is not good for drinking.
Thanks for watching the video! Be positive my friend. What will we have? There will be electricity from water to save electricity, there will be rainwater to store for other uses such as bathing, watering plants, raising livestock, washing, etc. In the long run it will be extremely useful. Do you use natural energy sources? The sun or the wind for example?
1. The waterflow is not enough to even spin the bladewheel, forget about generating energy. 2. You can clearly see he swapped full glass of rainwater in left hand to a 3/4 full glass in right hand, hes NOT drinking the rain water. 3. Typical clickbait video
Not sure why he left so much of the pipework unglued/dry-fitted, and yet he glued the filter chambers shut, when they will need to be cleaned and/or replaced periodically. Strange.
Absolutely, you're spot on! Each situation is unique, and what works for one person might not be the best for another. When it comes to things like water treatment, plumbing materials, or any other personal or household projects, it's crucial to consider individual circumstances, local resources, and specific needs. Flexibility and adaptability are key. It's always beneficial to research and perhaps consult with professionals who can offer tailored advice based on your unique situation. Is there a particular project or challenge you're currently facing where you need some customized suggestions? I'm here to help however I can! 😊💡🔧 **Custom solutions can often be the most effective and satisfying, as they directly address your specific needs and conditions.**
Зрозуміло, що це виглядає як примітивне рішення, яке може викликати сумніви щодо його ефективності. Дійсно, така система може бути складною для реалізації без належного досвіду, і для більшості людей виглядає як просто ідея без реального практичного застосування. Важливо підходити до таких ідей критично і переконатися, що вони працюють у реальних умовах.
No tienes que gastar ni un centavo pero si tienes que comprar un libro de 27 dolares , que no vale ni un centavo, me ha hecho recordar a los culebreros de los pueblos, que vendian pomadas magiicas .
5000 ? No, it's not that expensive. I only spent over $90 for this whole system. Are materials that expensive where you live ? I get where you're coming from! Sometimes these setups can look like they're racking up a big bill, especially with all the parts involved. But honestly, with a bit of creativity and looking for deals, there are often ways to cut costs and still get solid results. Have you ever tried building any DIY systems on a smaller budget?
Ao ler o título desse vídeo , de imediato concluí isso ser impossível , não obstante , por impertinente curiosidade , resolvi assistir ao mesmo e , o resultado está no próximo meu comentário .
That's a grim reminder of how important safety is when dealing with electricity. Electrical systems must be handled with the utmost care, especially around water, as the risk of electrocution is very real and can be fatal. If you're ever working with electrical projects, always ensure: - Proper insulation and grounding. - Avoiding water and moisture. - Using GFCI (Ground Fault Circuit Interrupter) outlets in areas near water. - Consulting a professional electrician for complex tasks. Your safety is paramount. If there's anything else you'd like to discuss or need help with, feel free to reach out. Stay safe! 😊🔧✨ Hope your day improves and you stay safe around electricity! 🌟💡🚀
Terima kasih atas komentarnya! Anda benar, jika semuanya dilem, perawatan filter atau membersihkan bagian yang tersumbat bisa jadi sulit. Desain memang perlu dipertimbangkan lebih matang agar mudah dirawat. Proyek ini lebih sebagai ide awal untuk inspirasi. Menurut Anda, apa yang bisa ditambahkan atau diubah pada desain agar lebih praktis dan tahan lama?
@HolicCreation utk tempat filter lbih bagus disesuaikan dgn bentuk filter air yg bnyk di pasaran ,biar praktis gantinya,dan tambah lampu uv utk bunuh kuman2 atau bakteri jd air bnr2 seteril. Dan input awal air perlu filter atau pengaman agar hewan2 ga masuk
Evet, bu tür su arıtma tesisleri, özellikle suyun kalitesini artırmak ve sağlıklı kullanım için çok önemli. Eğer belirli bir sistem ya da süreçle ilgili daha fazla bilgi almak isterseniz, nasıl çalıştığını ve hangi yöntemlerin kullanıldığını açıklayabilirim.
![แฉกลโกงงานวัด 2024 [ โกงมั้ยครับ ep.106 ] | DOM](http://i.ytimg.com/vi/taC5dpP3HXA/mqdefault.jpg)
I Never Have to Buy Water Again! How to Make Free Water Directly from PVC Drainage Pipe |Part 2
th-cam.com/video/oJp6syZ_Noc/w-d-xo.html
In Spain, doing that is illegal, tap water belongs to everyone, you cannot impound it without a water exploitation license and of course paying.
On the other hand, I suppose you know that rainwater is not drinkable.
enculé de gnacoué tu colles pas tes elements de PVC tu dois n'avoir que des fuites!!!
I've drunk a bunch of it and ain't dead yet
En el titular habla de electricidad gratis, en el vídeo no se habla de ello, por lo que es un fraude de vídeo
Hope you NEVER drink that water.
If done properly you need a coarse filter (to take out objects from the roof), followed by a fine filer, normally using a sand filter, then a reverse osmosis system with a hard UV source in front to take out the remaining small bakteries and viruses (from the birdshit (containing bacteria and virus and acid), squirrel shit etc.).
and best that the water is neutralized before entering the Reverse Osmosis system but best talk to where you have purchased the reverse osmosis components to find out what it can tolerate in pH acidity/alkaline value.
www.usgs.gov/special-topics/water-science-school/science/ph-and-water
The reverse osmosis system must have a hydrofor pump (best with presure regulation to the pressure needed for the osmosis filter like 5-8 Bar)) going to a sediment filter going to a active coal filter going to the reverse osmosis filter going to the mineral filter using plastic hoses (the last add mineral to the water so its not so aggressive, if not present the water will eat metals, also even stainless steel.
As an example here is shown a simple and cheap Reverse osmosis system for drinking water (needs pressure from the water tap) : rent-postevand.dk/shop/Omvendt-osmose/RO3EC100
Google translate is your friend :))
The active coal filter will also take care of Chemical impurities heavy metal like led etc. coming from the roof material (tiles roofing felt whatever)
The thing should end in a collection tank that is best dug down so temperature in water is about 5 centigrade and off cause there you need a second hydrofor pump (that can cope with the corrosive water) and a sediment filter followed by a active coal filter followed by a mineral filter ending at the tap :))), so you end up with a µSiemens value around 100 to 150 I guess and the tank must be made of non metal (No stainless steel wont work if you have not neutralized the water), non corrosive material eks. plastic or else osmosis water will eat it.
Also a permanent µSiemens measurement after the sand filter will be nice why it monitors the performance of the sand filter, like the more shit in water the higher µSiemens value.
Best to have a µSiemens measurement meter permanently mounted evt. with an alarm for high value why it indicates that something is wrong with the water pollution of some kind
If the thing should run automatically you also need a rain detector to start the pump,. dont use a float system cause you will have problems with the stagnant water around the float.
All materials that come in contact with the water must have a "food approved" certificate" (all after and inclusive the osmosis system evt..excluding the osmosis pump if only plastic in the pump is in contact with the water)
If the system is in a polluted area you should/could add some lime in the sand filter to neutralize especially the sulfuric acid, here I assume that the water is neutralized when entering the reverse osmosis system, meaning its not acidic (normally the water will never be alkaline )
The system should be maintained according the manufakturens specifications at regular termins.
The water must be checked in a laboratory according to local government spec and laws.
If you can get it its best if the permanent µSiemens measurement is going to an App on your mobile.
Yokogawa makes some good instruments to measure neutrality in water. (but expensive to buy and keep calibrated)
That was the basic, no guarantee that I have forgotten something and pls dont ask any question about above i dont work for free :)))
That system is going to take a lot of cleaning every few weeks, because of all the algae and mold that will grow on those cotton pads and the foam pads. not to mention on the inside of the plastic pipe's.
it's probably just for youtube..
Thanks for the info
So many oil to make PVC 😢
So if he puts the filters that are on top of the tanks at the exits of the tanks and treats the water in the tanks with a little chlorine and bleach. He can keep the water sanitized and free from algae, from the point on. The filters will filter out the chlorine and bleach, resulting in some pretty clean water. He can put an ultraviolet filter at the very end and that would be even better.
Kilometry rur plastik, litry kleju,a co będzie jak nie pada deszcz?poco ludziom zawracać w głowie,to totalna porażka,ale każdy robi co chce😢
I like the idea of the video, but the title 'I'll never have to buy electricity or water again!' doesn't really reflect the content. It would be better if the title was something like 'Building a rainwater harvesting device'. That way it would be clear that it's a DIY project and wouldn't give false expectations.
*Capitação da Agua da Chuva*
@Hebenezer You are absolutely right! However, many good videos on TH-cam are ignored because of titles that do not interest viewers. There are people who watch videos for the content and many people watch videos for entertainment. I completely agree with your advice. Thank you very much.
@lambcordeirobrazilzenhoooc9870 Eu concordo com você. Esse é um bom título.
Clickbaiting is needed to make money on youtube. Every cool influencer does this.
@@berndlanger5076 but doesn't grantee sustainability. I don't subscribe to such lies. It's disrespectful to waste people's time.
En España no tenemos tuberías de 140 mm. de PVC, lo más parecido es de 125 ó de 160 mm. Por otra parte ese filtro no es muy eficiente, pues al ponerle pegamento impide que sea fácil sustituir los elementos de filtración. También le falta rayos UVA para desinfectar el agua. Lo que hace ese tipo solo sirve para filtrar las partículas más grandes, pero el agua filtrada no es apta para su consumo.
щоб добувати безкоштовну воду для пиття і споживання , ви маєте зробити спеціальнй пристрій ,що збирає атмосферну вологу !!! і навіть в пустелі Сахара !!!
@manutorralba3523 ¡Gracias por tu comentario! Es cierto que el tamaño de las tuberías puede variar según la región, y en cuanto al filtro, el uso de pegamento puede dificultar el mantenimiento y el cambio de los elementos filtrantes. También, como mencionas, la desinfección con rayos UVA sería una mejora importante para asegurar la potabilidad del agua. Es un buen recordatorio de que para hacer un sistema realmente funcional y seguro para el consumo, hay que tener en cuenta varios factores, incluyendo la calidad del filtrado y la desinfección. ¿Tienes alguna sugerencia de cómo mejorar el sistema para que sea más eficiente y seguro?
@SKAD_69 Це цікава ідея, і багато компаній вже працюють над подібними технологіями, які дозволяють отримувати воду з повітря, навіть в екстремальних умовах. Ви вже пробували використовувати такі пристрої чи маєте якісь поради щодо того, як зробити їх ефективнішими?
@@HolicCreation Mi recomendación es que la gente se deje de hacer inventos para potabilizar el agua, pues con la salud no se debe jugársela. Mejor comprar un sistema de filtrado con garantías
@@HolicCreation yo tengo una idea, puedes usar celdas peltier para enfriar un area y obtener agua del ambiente, y paneles solares para alimentar el circuito y un arduino o un esp32 para control de temperatura con un rango entre 5 y 15 grados, para seguridad mejor es usar ozono, en lugar de luz uv, y claro su filtro de arena, piedra y carbón activado
you are indeed making PVC companies really happy...
Haha, you’re right! It’s hard to deny that the PVC industry must be smiling every time projects like this come up. While PVC pipes are a go-to for many DIY projects due to their durability and affordability, there are certainly situations where alternatives might make more sense.
It’s always good to think about the long-term sustainability of materials and the environmental impact. Sometimes simple solutions like using fewer materials or opting for more sustainable alternatives can make a big difference.
What do you think? Do you have any preferred materials or methods for these kinds of projects that could reduce reliance on PVC?
Need to add a lot of pipe support, water is heavy most of the horizontal pipework will sag. How do propose to clean out filters are proposing a back flow with a disinfectants?
According to your suggestion, we will use anti-sag parts to prevent the pipe from sagging. And for the filter, we will add alum blocks to kill bacteria.
@@HolicCreation anti sag parts >.< a n i think the ALUM may not be long term safe but, your country alows it
if the commenters ever used PVC before they would know those single hooks you used to hold the pipe whist the water is Momentary going thru will be suffice, since the Whole thing is pvc pipe including those sitting on barrels. having not at least pointed out their issues on teh vid with time stamp to sit and have a essaying reply
i have 5 vertical hydroponic walls 100mm pvc 3mt up top holding some 20-25 kilos of water held onto that wooden 2x4 just with 2 (full) brackets as well.. has not bent in 2 yrs
Super le boitier étanche fait maison pour les prises 👍🏻👍🏻👍🏻👍🏻👍🏻
😂😂😂😂😂
C'est sûr on est pas en europe 😳😳😳😳😳
This is not the equipment for low rain fall area. This will very nicely work where there is rain fall every day. Otherwise it's useless to spend lotbof money for PVC pipes fittings and valves + storage drums.
You're right-this kind of rainwater harvesting setup is best suited for regions with consistent rainfall. In areas with low or infrequent rain, the investment in materials like PVC pipes, fittings, valves, and storage drums may not be justified, especially if the system isn't going to be used frequently. It's important to assess the local climate and rainfall patterns before committing to a rainwater collection system. In such cases, other methods of water conservation or sourcing may be more practical.
Y si llueve todos los días, para que querés más agua, mejor constrúyete una canoa, por las dudas..
@@viejojorgge😂😂😂
@@HolicCreationjust need bigger containers to store the water. In climates that are prone to droughts like where I live. But it is still beneficial to harvest rain. No matter what you are using it for. I’m going to harvest rain but it’s going to mainly be for irrigating my garden. And any other uses I need it for outside. After I move to my new place and permanent home. I will have large containers to harvest water. It will be set up like a well. I will have a pump house with a pump and pressure tank where the water will be filtered and distributed to my home. Equipped with solar panels, and a power bank where power from the solar panels will be stored.
I was impressed with the light bulb that can light up with water power.
That is pretty impressive! Using water to generate electricity for a light bulb showcases some creative engineering. It’s fascinating how simple elements like water can be harnessed for energy. Did you find any particular aspects of the technology or the demonstration especially interesting?
Did you just wake up . one of the oldest electricity generator water wheels .
I really like the light bulb that can glow and the guy drinking water at the end of the video
That sounds like a fun and creative concept! The glowing light bulb and the imagery of someone drinking water can really emphasize sustainability and innovation. Did you find any particular aspect of that part inspiring?
A idéia é interessante e aproveitável, o título ficou confuso com o visto. Mesmo assim, pode trazer muitas idéias tal qual ... Parabéns!
É realmente ótimo. Fico feliz em contribuir com boas ideias para você.
I love it
Can you draw the structure of it with all measurements please
I have a similar system where every morning I supply the water flow, it's amazing because the power output can keep the entire neighborhood powered for days. Maybe I should upgrade and get everyone to donate water in the morning.
🥱
awesome dude ! your water pipe must be huge to supply electricity to the whole neighborhood ! i am wondering about its length ! have you measured how long it is ?
Give credit where credit is due! You put a lot of time and money into this project! Great Job!
Thank you so much! I really appreciate the recognition-it means a lot, especially for a project that took some real time and effort. Creating something from scratch can be challenging, but feedback like yours makes it all worthwhile. Do you enjoy working on any DIY projects yourself?
ВОДА БУДЕТ
(Если все щели герметиком промажет!)
А вот про электричество,ПОЛНОЕ ВРАНЬЁ!!!
Для того чтобы БЫСТРО крутить турбинку генератора,
нужен хороший напор и большой объём воды,
а у него сарай, а не небоскрёб!!! :-))
Спасибо за комментарий! Вы правы, для эффективной работы генератора нужен мощный поток воды, и это сложно обеспечить в домашних условиях. И герметизация всех щелей действительно поможет избежать утечек, но с электричеством тут не так просто. У вас есть опыт с подобными проектами?
@@ИГОРЬФАРАФОНОВ-у5х да еще я как понял система с ëмкостями тупиковая.
Да ети трубы клеиться на клей, только мне кажеться он их не проклеивал што б потом розобрать и вернуть все в магазин (кроме того што испортил) в итоге заработает на просмотрах видео и за те деньги заплатит за воду и свет 😂
Semua vidio njenengan slalu menginspirasi. Ini sangat bagus untuk dareah yg curah hujanya tinggi sekaligus manfaatkan air hujannya
Terima kasih banyak atas dukungannya! Senang mendengar video ini bermanfaat, terutama untuk daerah dengan curah hujan tinggi. Semoga ide-ide ini bisa membantu memanfaatkan air hujan secara maksimal! 😊
Thanks for the video. After watching how you made all this I think there might be a world shortage of fittings.
Haha, thanks for the feedback! I can definitely see how the amount of fittings used might raise some concerns about supply levels! 😄 It seems like there were quite a lot of parts involved in making everything fit together. But sometimes, it’s fun to see just how far we can push these systems, even if it does require a bit of extra material.
Have you ever worked on a similar DIY project before? What’s your take on using so many fittings-do you think it's overkill or just part of the fun of building something from scratch?
I used rainwater for many years. I only have a tank with an automatic pump for toilet flushing. This was law in South Australia when we moved into our present house.
The system is very difficult to maintain. The thin pipes at the entrance will become clogged with leaves and debris very quickly. and will not allow rainwater to be collected properly. It is not possible to clean the filters because they are hermetically sealed. It is not possible to disassemble the barrels for cleaning because they are hermetically sealed and pressed down by the filters. I see in your video that the climate in your place of residence is either tropical or subequatorial, which means it is hot and humid there. and this means that it is incredibly important to clean such a system to avoid infection. regarding the generator, I do not understand at all why it is there. the diameter of the pipes and filters will not provide normal water speed for in order to spin the turbine. It seems to me that it is much better to make the drainage from the roof into one large tank without filters. at a distance of 5 or 10 cm from the bottom make a filtration device for water and then connect it with another water tank but already sealed. then when it rains the water will collect in the first tank and then will be filtered into the second tank no problem. there will be no loss of water. there will also be no loss in water speed. water from the second tank can be taken either for drinking or for electricity production, but not together.
Thanks for your advice! That's really what I'd love to hear from viewers of this TH-cam channel. I'll improve this system to be more suitable. And.. I also have some videos like that you can check it out here :
This video th-cam.com/video/-k0iYk4vkkc/w-d-xo.html or this video : th-cam.com/video/ADWNO0WrrTY/w-d-xo.html
Have a nice day my friend . Thank you again
Your electrical system is really great.
Thank you so much
Mostly everything can be powered by 12-24v now such as laptops, mini fridges, low voltage units which can be used in vehicles so this is a good idea - too many people are scared about living life without 240v items just because they can't - yet for the rest of us who can happily survive living a life without excess use or waste ideas like this are the future - every day more people are born to less resources.
We are honored to receive such compliments from you, you have a very positive and profound mindset and way of thinking. I hope you can help many people know about our videos. Have a nice day
The saddest thing about the video is that many people believe what is shown here.
Added to that is the waste of resources that are later carelessly thrown into the forest because the rubbish that was built there doesn't work.
The irony is that on the one hand the video shows how people want to help the environment and in the end it just creates more rubbish.
RIP humanity....
?
sadly we don't do that ! do you throw trash in the forest ? it is an environmental act and is condemned , our DIY projects are carefully calculated before implementation ! do you see its effectiveness ?
Desiformação
😅😅😅😅😅😅😅
@@HolicCreation calculated lol
then calculate what power this generator really produces.
And you can probably rebuild these filters every week because you illogically stick them together and can no longer clean them.
I always find these videos amusing. : ))
RIP humanity....
Great idea. 🎉🎉🎉
Thank you! Cheers!
que absurdo!!! agora volte para a realidade nota 4 pela edição do video,desejo mais sorte no proximo video
Entendo o seu ponto de vista! Às vezes, a teoria e a prática nem sempre se alinham da forma que imaginamos. Agradeço pelo feedback! O que você acha que poderia ser melhorado para o próximo vídeo?
o que eu quiz dizer é que é muito trabalhoso , exige um certo grau de conhecimento , esse projeto não vai eliminar totalmente sua conta de energia ,e tambem nem todos podem adquirir todo esse material para montagem ,eu me expressei mal .obrigado por compartilhar sua idéa parece ser bem funcional!!!
@@HolicCreation para um próximo video futuro ,minha sugestão seria gerar energia com 2 alternadores de micro-onibus de 24v , um deles pode ser transformado em um motor interligando em suas bobinas,ele gera para si mesmo e ainda sobra corrente para outros fins . este é um projeto que reallmente pode abonar sua conta de eletricidade !!!
Закончил работу, выпил сельтерской водички и сказал: "Хао"! 😊
Прекрасное завершение рабочего дня! Зельтерская вода - идеальный выбор для освежения. А «Ксао» добавляет последний штрих, как настоящий мастер! Какой у тебя следующий проект?
If you live in a rain forest and don't need electricity for anything more than charging your cell phone and a flashlight, a scheme like this might suffice, but a solar panel would probably do the job more reliably. As for drinking the water, it would be a good idea to treat it with a disinfectant like chlorine or hydrogen peroxide.
You’re absolutely right! If you're living in a place with consistent rainfall, a system like this might be enough for basic needs like charging devices or powering small appliances. However, as you mentioned, a solar panel would likely be a more reliable and efficient solution for generating electricity, especially for more consistent power needs.
When it comes to drinking rainwater, it’s crucial to treat it properly, even with the best collection system. Chlorine or hydrogen peroxide are good options for disinfecting and making it safe to consume. You could also consider using a filtration system that includes a UV filter or activated charcoal to further purify the water.
Do you think solar panels might be a better long-term solution in your area, or would you prefer to stick with rainwater harvesting and filtration?
@@HolicCreation ты ответ в gpt генерировал? )
This sounds too good to be true! Free electricity and water? Is this really practical, or just another overhyped claim? Would love to know more about how this system works and if it’s something we can all set up at home!
It's perfectly practical.
The principle behind of this video is the same of water wheel that exists all over farms.
The main point is the water volume/pressure. You have more energy as you have more volume.
I just don't advice drinking water directly. It's not a big problem, but I'd Take to reservatory, treate it with chemicals then filter...
@@juliomanfrini9485he is filtering it. And if he moved the filters on top of the tank to the outlet end of the tanks. He could treat the tanks with a little chlorine and bleach. And this would provide sanitized clean water and keep algae from forming. As it goes through his filters the chlorine and bleach would be filtered out. 1 cap full of bleach in each tank is all he would need. I would have to look up the amount of chlorine. But that would be a great way to do it. An ultraviolet filter would be good too. But if you treat the water with bleach. Than some would say the UV filter isn’t necessary! I believe all that is going to determine on where you live and how you are harvesting water. Not all places and methods are created equal! Some places have more air pollution than others. Rainwater collects whatever is in the air. Along with any contaminates it collects from the surfaces it touches.
@NasaInventions20
While systems like solar panels and rainwater harvesting sound great, they require initial investment and maintenance. Solar power depends on location and weather, while rainwater harvesting depends on rainfall and proper filtration. Both can be practical, but research local conditions, costs, and legal guidelines before setting them up.
Can your water filter be used for drinking directly like that? I will try making this new filter.
Yes, absolutely
NEIN, DAS GEFÄHRLICH. DAS KEIN TRINKWASSER DA VOLL MIT BAKTERIEN
What should we do with the large amount of microplastics we produce?
Microplastics are a significant environmental issue, and addressing them requires a multi-faceted approach. Here are some strategies to tackle the problem:
1. **Prevention**: Reducing the use of single-use plastics and opting for reusable alternatives can significantly cut down on microplastic pollution. Encouraging industries to adopt sustainable practices is also crucial.
2. **Improved Waste Management**: Enhancing recycling programs and ensuring proper disposal of plastic waste can prevent plastics from breaking down into microplastics.
3. **Innovative Solutions**: Research into biodegradable plastics and plastic-eating organisms (like certain insects or bacteria) shows promise. These solutions can help break down existing plastics more effectively.
4. **Technological Advances**: Developing and implementing technologies to filter out microplastics from wastewater and stormwater can help reduce the amount entering natural water bodies.
5. **Public Awareness**: Educating the public about the impact of microplastics and promoting behavior changes can lead to more sustainable practices.
6. **Policy and Regulation**: Governments can implement policies to limit plastic production, promote alternatives, and enforce stricter regulations on plastic waste management.
It's a complex issue, but with concerted efforts from individuals, industries, and governments, we can make a significant impact. What do you think is the most promising approach?
Is that a 64 pvc pipe? Or any other size? It may seem easy to do but there will be no electricity if it doesn't rain
The size of the PVC pipe used can vary depending on the specific project and requirements. A 6-inch (64 mm) PVC pipe is commonly used for various applications, including drainage and plumbing, but it's essential to check the specifications for your particular setup.
As for relying on rainwater, it's true that if the system depends solely on rain for water collection, electricity generation may be limited during dry spells. To ensure a consistent power supply, some setups incorporate additional features, like backup power sources or water storage tanks, to buffer against periods of low rainfall. Have you considered any alternative methods for generating power or storing water?
encore un huluberlu avec des titres
fantastique 😂😂😎
Il est vrai que certains titres peuvent parfois sembler exagérés par rapport au contenu réel. Cependant, c'est souvent une stratégie pour attirer l'attention et générer des vues. Mais ce n'est pas forcément un mal, tant que l'idée derrière le projet reste intéressante ou apporte une valeur ajoutée. Qu'en pensez-vous ? Est-ce que vous préférez des vidéos plus directes, ou les idées un peu farfelues vous intéressent aussi, même si le titre est exagéré ?
Tailandia, donde llueve mucho. Solo un pequeño detalle. Si colecta agua del techo esta vendrá con bacterias y no se ve que le ponga cloro, a menos que le ponga luz ultravioleta para lo cual necesita energía eléctrica, por lo cual no queda claro como encendió la lampara.
Gracias ! Este sistema se complementará con un filtro bactericida y finalmente herviremos el agua para su uso. ¿Tiene alguna otra forma de eliminar las bacterias?
@@HolicCreation No. Lo que yo veo en el video es que bebió agua recién salida de la llave.
@@HolicCreation Con un martillo, muy efectivo..
@@HolicCreationif you put the filters that are on top of the tanks. On the outlets of the tanks. You can treat the water with chlorine and a cap full of bleach in each tank. This would eliminate the bacteria and sanitize the tanks. You would just need to add more every time it rained. This would also keep algae from forming in the tanks and filters.
A couple of points here ;
1) Where is the free electricity
2) The self-manufactured socket protection box needs to be changed immediately, it might slightly stop water ingress but it will NOT stop moisture ingress which will lead to all sorts of problems ⚡⚡⚡⚡
The outlet protector is very safe and my family is still using it so feel free to use that simple protection. Thanks for your feedback!
from 24v out put ,250v led ON great idea
super my son .from Hyderadad ,Indian .
Thank you for the kind words! It’s great to know you and your son are enjoying the content. What are some of the projects you’re working on together?
Absolutely genius man with plenty of talent.
Thank you so much! I'm glad you think so! Do you have any projects you're working on or ideas you're excited to try out? Would love to hear your thoughts!
Great job! The filtering system however needs to be switched with commercial grade components
Thanks for the compliments. I understand what you mean and we will try to use better ingredients. Have a nice day.
filling to the glass in left hand, drinking from the glass in right hand :)))))) Even he doesnt trust what he built :)))))
You have very delicate eyes! However it was just a random hand change since he is right handed.
What do you think about DIY water filtration systems in general? Would you trust a homemade setup, or would you prefer professional-grade systems?
Genial arrasou na engenharia chow irmão parabéns
Muito obrigado! Fico feliz que tenha gostado! Se precisar de mais ideias ou quiser conversar sobre outros projetos, estou à disposição. Abraço e sucesso com seus projetos! 🙌😊
si calculas la cantidad de trabajo que cuesta realizar esos filtros para solo quitar el sedimento del agua cuando todo eso lo puedo hacer con un porta felpas de 4.5x20 y colocar una felpa de hilo o polipropileno para sedimentos, mas una porta felpa doble de 4.5x20 y colocarles un cartucho de carbon en bloque y uno de carbon activado en 15 minutos maximo hago todo lo que el hizo ademas de que no tengo que estar pendiente a las algas y a la limpieza tan continua solo sustituir los cartuchos y felpas cada 4 o 6 mese sin necesidad de molestarme tanto y no ocuparía ni la 3era parte del espacio que el ocupa
esto solo tendría sentido en un lugar remoto donde no pudiera tener acceso a cartuchos y felpas desechables
Tienes razón, en muchos casos, el uso de filtros comerciales con cartuchos intercambiables es más práctico y eficiente, especialmente cuando se cuenta con acceso a ellos. Esto simplifica el mantenimiento y ocupa menos espacio, lo cual es ideal para el día a día.
Sin embargo, como mencionas, un sistema DIY como el que se muestra puede ser útil en lugares remotos o en situaciones donde no se tiene acceso a piezas desechables. También tiene su valor educativo, mostrando cómo se puede filtrar agua de manera simple, utilizando materiales comunes.
¿Has implementado algún sistema como el que describes? Sería interesante saber cómo ha funcionado y si has notado una gran diferencia en términos de ahorro de tiempo o espacio.
Como membro do Departamento de Saúde Mental (DSM)
, pedimos desculpas ao público porque a pessoa que postou isto é um de nossos pacientes que escapou.
Garantimos que faremos o que for necessário para recuperá-lo e garantir a tranquilidade para o bem-estar de todos. Mais uma vez peço desculpas, o segurança já foi demitido e tentaremos garantir que isso não aconteça novamente no futuro. Obrigado.
A sua piada é muito engraçada. Talvez a distância entre um génio e um psicopata seja bastante ténue. Mas acho que a criatividade, sempre à procura de aprender coisas novas, é aquilo que as pessoas ambicionam no futuro. Obrigado por ver o nosso vídeo!
Per te bere montimin e tubave mund ti bejme me filetime dhe tubo transparent per hyrjen e rezeve ultra violet
Kjo ka te beje me aftesit njohurit dhe pervojen personale qe specialists zoteron
….. no kiddin !!!!!
10 out of 10....pure genius...i love it....
Thank you! I'm glad you found the idea inspiring! If you have any specific questions or if there's anything else you'd like to discuss or explore further, feel free to ask!
Your idea is wonderful.
Thank you! Cheers!
❤good idea
Many many thanks
I like the idea created. very creative but useful.
Thank you so much! I’m glad you found this idea both creative and useful. I always try to come up with simple yet effective solutions. Have you tried a similar project or have any other ideas you’d like to share?
Gute Idee, aber der Generator bringt noch nicht mal 1 ah . 0,9 ah damit erzeugt man kaum Leistung. Wenn er 20 oder 50 ah bringen würde währe das eine gute Idee 😉. Gibt es größere Generatoren ?
Und was pasiert im Winter ? Da gefriert das Wasser.
Gute Frage! 😊 Der Generator in diesem Setup liefert wirklich nur minimale Leistung, wie du sagst - also eher eine Kleinigkeit, die für praktische Anwendungen kaum reicht. Es gibt tatsächlich größere Generatoren, die mehr Strom liefern könnten, allerdings bräuchte man dafür auch ein deutlich leistungsfähigeres Wassersystem mit höherem Durchfluss oder mehr Druck.
Im Winter ist das ebenfalls eine Herausforderung: Wenn das Wasser gefriert, kann das System beschädigt werden. Manche Leute setzen daher auf spezielle Frostschutzmaßnahmen oder nutzen das System nur in wärmeren Monaten.
Hast du schon mal daran gedacht, ein solches System anzupassen, oder wäre es für dich eher ein Sommerprojekt?
How often do you have to change and redo the filters?
Where I live the water is pretty clean and I don't need to replace it before 6 months. Any advice on how to properly clean the filter?
@@HolicCreation U can clean it with a Christmas explosive easy and very clean
PS. be careful & keep ur distance after U light wick
Was beinhaltet der Wasserfilter in der Mitte des Videos? Ich bin mir nicht sicher, ob Aktivkohle funktioniert?
Im Video wird wahrscheinlich ein Wasserfilter mit Aktivkohle verwendet, um Verunreinigungen und unerwünschte Geschmäcker oder Gerüche aus dem Wasser zu entfernen. Aktivkohle ist bekannt dafür, effektiv Schadstoffe, Chlor und andere Chemikalien zu adsorbieren. Es ist jedoch wichtig zu beachten, dass Aktivkohle nicht alle Arten von Verunreinigungen filtert, wie z.B. bestimmte Bakterien oder Viren. Wenn Sie also sicherstellen möchten, dass das Wasser vollständig rein ist, kann es sinnvoll sein, zusätzliche Filtermethoden zu verwenden oder den Filter regelmäßig auszutauschen. Haben Sie bereits Erfahrungen mit Aktivkohlefiltern gemacht?
Sorry but not enough power production: 24V x0,9A=21,6W or in 24 hours only 500 wats if I calculate this correct. Also filters are sealed, screwed cap will be more practical, one will need to clean them regularly and replace charcol (activated carbon) from time to time.
Thanks for your comment! You are right, the capacity of this system is quite low and filter maintenance is very important. Regular replacement of activated carbon will help improve efficiency. What do you think about improving the system to increase capacity and make maintenance easier?
maravilhoso, breve vou fazer também,
Muito obrigado por isso, espero que você faça isso em breve e tenha sucesso
Sadly everything is made by what I call it plastic fantastic. Plastic is easy to work with but also poisonous if used in the wrong environment like our foods or water supply. Plastic is more and more known as not good for us I would not recommend drinking the water because of the plastic and the glue. People are being more aware about plastic in connection to our food and water and this construction probably contains very high amounts of microplastics and glue particles. Thank you for your video it’s a nice idea and If better materials was used it would also be much more healthy to actually use it. 🙏❤️🙏
Thanks for your great comment! Plastic is actually used in almost every area of life due to its usefulness and durability along with its low cost. Do you have any advice for me on using another material that is more reasonable?
@
The best choice of materials to use if people going to consume water that I know of is Copper or iron or both for pipes and for storing water stainless steel can also work. This materials are proven to be very good and has also existed for a very long time for a reason. Copper for example is actually necessary for the body to function normally. It is part of a series of enzymes that help metabolism and the metabolism of iron in the body iron is also like copper necessary for the body and therefore has these materials no competition when it comes to drinking water. There is also glass but it’s a fragile material but can absolutely be used in certain conditions it’s the best tool for drinking the water for example big aquariums is also built with it. These materials is not the cheapest on the market but is the best proven materials to use for water and our health and I think that’s quite important.
One more is to clean out plastic in our home kitchens because when people cooking food storing food using plastic everywhere micro plastic particles goes straight in to the body with the food witch is not good for our health. Wooden made cooking tools or metal is the best option also real iron or steel made pans not pans with coating and glass storage boxes for storing food.
Hope this answers your question 🙏❤️
Gute Idee, was ich aber nicht verstehen kann ist warum manche Teile verklebt wurden und andere nicht? Warum kommt bei den unverklebten Stellen kein Wasser heraus?
Die Filtereinsätze sind zur Anlage nicht wirtschaftlich genug bezüglich Reinigung.
Sie haben Recht. Es gibt einige Szenen mit dem Abkleben von Rohren, die ich herausgeschnitten habe, denn wie Sie sehen, weiß fast jeder, dass Kunststoffrohre abgeklebt werden müssen, um Undichtigkeiten zu verhindern. Deshalb gibt es im Video zu viele Szenen mit Tubenklebungen, was zu Langeweile führen kann. Ich möchte nur, dass die Leute, die sich meine Videos ansehen, den größtmöglichen Komfort haben. Vielen Dank, dass Sie mir Ratschläge gegeben haben. Können Sie uns mehr über die Szenen erzählen, die Sie unangemessen fanden? Ich möchte wirklich zuhören, damit ich andere bessere Videos machen kann.
Parabéns...Idéia espetacular.
Questi sono video e realizzazioni che vanno bene x la didattica e non al lato pratico nella vita di tutti i giorni!!!
Capisco il tuo punto di vista! Alcuni progetti possono sembrare più teorici o didattici, ma l'obiettivo è ispirare e dare idee che magari si possono adattare in modo pratico. C'è qualche tipo di progetto o argomento che ti piacerebbe vedere più orientato alla vita di tutti i giorni?
Really cool. Love it
Glad you like it! 😊
The oversized gloves and failure to file away any of the plastic burrs caused me severe anxiety, a bit like when your sock is twisted and the heel is on the side. Enjoy some water with your cup of micro and not so micro plastics.
NW UK Here. I put my new Magnaclean in my rain water barrel and it came out grey with lots of tiny black specs on it. I reckon its all the heavy metals and other crud from air pollution. No way would I try and filter and drink that crap. It's a wonder how all the plants aren't dead already!
That’s a great observation-rainwater can indeed contain contaminants, especially in areas with high air pollution. Your experience with the Magnaclean highlights just how much debris and pollution accumulate in rainwater. While rainwater collection systems can be excellent for irrigation, extra filtration and testing would be essential if someone wanted to make it potable. The resilience of plants is incredible, though! They can often thrive even in conditions that would be questionable for human use.
This "generator" is 24V and this lamp is 110/220V?
Bravo
Thanks you for watching video. have a nice day
Хорошая реклама канализации из ПВХ трубы!
Спасибо ! Могут ли дренажные трубы в том районе, где вы живете, выполнять столько функций?
@@HolicCreation нет, я живу в Сибири
Los pasamuros que coloca tendrá fugas de agua, pues olvida colocar las juntas de goma correspondientes o en su defecto, hacer un cordón con varilla de PVC utilizando un calentador.
¡Tienes razón! Las juntas de goma son esenciales para evitar fugas de agua, y el uso de un cordón con varilla de PVC también podría ser una solución. Gracias por señalarlo, definitivamente es algo a considerar para mejorar el sistema. ¿Tienes alguna otra recomendación o mejora que crees que podría hacer el sistema más eficiente?
Great inventor. Very useful idea. Thank you for sharing🎉🎉🎉
Thank you for the kind words! Glad you found the idea useful. It's always rewarding to share ideas that might help others in their daily lives.
Good idea you can do it professional way
🫰🏻💖👉🏻
Where can i buy this Myota 24vdc motor at 125psi, 0.9A, 1.2L/min flow and ship tp philiipines? thank you
Great you can order them on amazon, ecommerce stores worldwide
Almost as satisfying as playing pipe dream back in the day
Ah, classic! Pipe Dream was such a fun game-totally nostalgic and satisfying in its own way. It’s always those simple, old-school games that stick with you!
Думаю что через большинство этих соединений не будут утекать только сыпучие вещества типа гороха!
У вас горох такой маленький?
So you only have electricity when it rains and the filters have to be thrown away and new ones built because the endcaps are glued.
The design of this system only works when it rains and requires the filter to be rebuilt due to the glued end cap. Improvements such as modular, replaceable filters and a stable power supply could improve efficiency and year-round usability.
I just realised people make these kind of videos to get views in order to be paid by Utube. Practically this isnt sustainable.
Thanks for watching the video! Don't you think this video is useful? Water is always very important for life, what would happen if we had a water shortage? It's great to live in places where everything is available, but there are many people in the world who are not so lucky!
nice build
Thanks! Thanks! It's always great to hear that. Building things can be such a rewarding experience, whether it's a small DIY project or something more complex. If you have any builds of your own or projects you're curious about, feel free to share. 😊🔧✨
Have a fantastic day! 🌟🚀
how much electric does it make ????
that great idea.
I'm glad you think so! If you have any other ideas or topics you'd like to discuss, feel free to share!
It's incredable❤...Amazing😍...Unbelievable❣️Acreative work 🤩👌
We always bring creative ideas and endless inspiration. Please subscribe to the channel and enjoy with us.
BRAVO!
Good idea, but I wouldn't drink this water because of PFAS (thanks to plastic)
You bring up a valid point about PFAS contamination with plastic containers! For drinking water, it’s definitely safer to use materials specifically rated for potable water or consider additional filtering options. Some people use ceramic or carbon filters to reduce these risks. Have you tried any specific filtration systems for cleaner water?
Вічний двигун 🤣 тільки от проблема - потрібно щоб постійно йшов дощ 😬🤣
Так, це точно! Вічний двигун з дощем - ідея цікава, але з погодою не посперечаєшся! 😄 Якщо дощ не йде, то вся система стає непотрібною. Може, краще подумати про інші альтернативи, які можуть працювати навіть у сухі періоди? Як ти думаєш, що б могло бути кращим варіантом для генерації енергії без залежності від дощу?
Tekerleğin icadı gibi yaww😅😊😊
Gerçekten de öyle! 😊 En basit fikirler bazen en kullanışlı çözümleri sunar. Bu tür DIY projelerle, sıradan malzemelerle oldukça yaratıcı ve pratik sistemler ortaya çıkabiliyor.
Peki, siz de böyle basit ama etkili bir projeyi denemek ister miydiniz?
Видео про электро пилку, шуруповёрт и фломастер 😂
У вас є ці предмети у вашому інвентарі?
@HolicCreation маю достатньо
Lots of tips for not much. It's basically a rainwater collector, that's all. Complicated this pipe scaffolding. We can make it simpler.
We would like to know the pump system transformed into a turbine to produce electricity. The electric pump is used to raise the water, but then? There's no electricity coming out of any of this.
generating electricity is quite difficult for DIY but in this case we should have a battery pack because it is difficult to use it directly!
Interessante mas muito trabalhoso 🤔
There are pretty cheap solar panels you can buy and with an old car battery hooked up to it you are good
What a great suggestion. Thanks, you used that method right?
How about the birds’ manure? how can we, at least, eliminate that?
I think, part 2 of this video is needed for the electricity(?). :) thanks anyway
Water filters will take care of that. There are also plenty of projects in the video that use water to generate electricity. Any questions?
You should create a list of materials with measurements
Where in the video are you referring to the material measurements?
Observé todo el Video, y ése proyecto no es funcional de ninguna manera, se vé que el tipo, no conoce las leyes de fuerza hidráulica para producir electricidad. Yo culpo a la red social que no verifica la veracidad del proyecto.
Entiendo tu perspectiva. La idea de generar electricidad mediante un sistema hidráulico como este puede sonar atractiva,requiere un conocimiento profundo de las leyes de la física y la ingeniería para que sea funcional. Es cierto que proyectos como este pueden ser ineficaces sin una planificación adecuada, especialmente si no se toman en cuenta factores como la presión del agua y la capacidad del sistema para generar energía de manera continua.
¿Qué opinas de buscar soluciones más viables, como la energía solar o incluso eólica, que puedan complementarse con este tipo de ideas?
nice
and you need a for lot more water pressure (HEAD) for electricity generation and that its only when it rains.
A kdyz neprsi, kde se vezme voda?A jak udelat z vody el. proud? Je to malo promyslene.
Rozumím tvé starosti. Pokud neprší, je potřeba mít alternativní zdroj vody, třeba z jímek nebo studní, případně využít systémy na zachytávání ros a mlhy. Využívání vody na výrobu elektrické energie je trochu složitější; obecně se používají technologie jako vodní turbíny. K tomu, aby projekt byl efektivní, je důležité promyslet všechny kroky a možnosti.
#WaterHarvesting #DIYWaterSystem #EcoSolutions
Jak by sis představoval optimální systém na využití vody? 🌧️💧🔌
❤10 IS life!
Your words are motivating. Thank you for being such an engaged viewer! 🚀
I don't know if I wasted my time watching this video, or if he wasted time building this thing. Will there only be power when it rains? And rainwater is not good for drinking.
Thanks for watching the video! Be positive my friend. What will we have? There will be electricity from water to save electricity, there will be rainwater to store for other uses such as bathing, watering plants, raising livestock, washing, etc. In the long run it will be extremely useful. Do you use natural energy sources? The sun or the wind for example?
and you need a for lot more water pressure (HEAD) for electricity generation and that its only when it rains.
Gentleman made filters it means water will have lot of pressure drops when water flows through filters. How can he manage the required pressure drops.
1. The waterflow is not enough to even spin the bladewheel, forget about generating energy.
2. You can clearly see he swapped full glass of rainwater in left hand to a 3/4 full glass in right hand, hes NOT drinking the rain water.
3. Typical clickbait video
🤔
Not sure why he left so much of the pipework unglued/dry-fitted, and yet he glued the filter chambers shut, when they will need to be cleaned and/or replaced periodically. Strange.
There is no one solution fits all - everyone's situation, location, requirements, access to different sources are different !
Absolutely, you're spot on! Each situation is unique, and what works for one person might not be the best for another. When it comes to things like water treatment, plumbing materials, or any other personal or household projects, it's crucial to consider individual circumstances, local resources, and specific needs.
Flexibility and adaptability are key. It's always beneficial to research and perhaps consult with professionals who can offer tailored advice based on your unique situation.
Is there a particular project or challenge you're currently facing where you need some customized suggestions? I'm here to help however I can! 😊💡🔧
**Custom solutions can often be the most effective and satisfying, as they directly address your specific needs and conditions.**
Wasser gibt es überall wo es regnet, doch der Strom auf diese Weise reicht nur für eine LED-Lampe während es regnet, danach ist es dunkel.😅
Sie haben Recht! Haben Sie einen Rat für mich, mehr Glühbirnen anzuzünden?
Für Privatpersonen zur Zeit am billigsten mit Photovoltaik und Batterie
Каша з топора, нісенітниця, розвод чістої води, для недосвідчених тубільців які вірять у чудо, особливо мені сподобався монтаж ПВХ труб і фітінгіа
Зрозуміло, що це виглядає як примітивне рішення, яке може викликати сумніви щодо його ефективності. Дійсно, така система може бути складною для реалізації без належного досвіду, і для більшості людей виглядає як просто ідея без реального практичного застосування. Важливо підходити до таких ідей критично і переконатися, що вони працюють у реальних умовах.
No tienes que gastar ni un centavo pero si tienes que comprar un libro de 27 dolares , que no vale ni un centavo, me ha hecho recordar a los culebreros de los pueblos, que vendian pomadas magiicas .
He's got $5,000 worth of material to make this
5000 ? No, it's not that expensive. I only spent over $90 for this whole system. Are materials that expensive where you live ?
I get where you're coming from! Sometimes these setups can look like they're racking up a big bill, especially with all the parts involved. But honestly, with a bit of creativity and looking for deals, there are often ways to cut costs and still get solid results.
Have you ever tried building any DIY systems on a smaller budget?
رائع
Drinking rain water is like not drinking, it completely lacks mineral salts
Ao ler o título desse vídeo , de imediato concluí isso ser impossível , não obstante , por impertinente curiosidade , resolvi assistir ao mesmo e , o resultado está no próximo meu comentário .
Yes he's never had to pay for electricity again......the first time he hooked it up to bath sadly he was electrocuted
That's a grim reminder of how important safety is when dealing with electricity. Electrical systems must be handled with the utmost care, especially around water, as the risk of electrocution is very real and can be fatal.
If you're ever working with electrical projects, always ensure:
- Proper insulation and grounding.
- Avoiding water and moisture.
- Using GFCI (Ground Fault Circuit Interrupter) outlets in areas near water.
- Consulting a professional electrician for complex tasks.
Your safety is paramount. If there's anything else you'd like to discuss or need help with, feel free to reach out. Stay safe! 😊🔧✨
Hope your day improves and you stay safe around electricity! 🌟💡🚀
👍👍👍👍👍👍
Semua di lem,gimana utk perawatan filter,atau ada yg buntu.sekedar ide inovasi bolehlah tpi kalu mau bikin harus di perbaiki lgi designnya
Terima kasih atas komentarnya! Anda benar, jika semuanya dilem, perawatan filter atau membersihkan bagian yang tersumbat bisa jadi sulit. Desain memang perlu dipertimbangkan lebih matang agar mudah dirawat. Proyek ini lebih sebagai ide awal untuk inspirasi.
Menurut Anda, apa yang bisa ditambahkan atau diubah pada desain agar lebih praktis dan tahan lama?
@HolicCreation utk tempat filter lbih bagus disesuaikan dgn bentuk filter air yg bnyk di pasaran ,biar praktis gantinya,dan tambah lampu uv utk bunuh kuman2 atau bakteri jd air bnr2 seteril. Dan input awal air perlu filter atau pengaman agar hewan2 ga masuk
i just wasted 20mins of my life
Sorry but it seems you missed the ad time and this video is 20:39s long.😅
Thanks for watching and have a nice day
adam arıtma tesisi kurdu 🙂
Evet, bu tür su arıtma tesisleri, özellikle suyun kalitesini artırmak ve sağlıklı kullanım için çok önemli. Eğer belirli bir sistem ya da süreçle ilgili daha fazla bilgi almak isterseniz, nasıl çalıştığını ve hangi yöntemlerin kullanıldığını açıklayabilirim.