Geothermal energy is renewable and powerful. Why is most of it untapped?
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- čas přidán 24. 06. 2024
- The potential of geothermal energy seems enormous. If estimates are correct, then the heat under our feet amounts to 50,000 times more power than all the oil and gas resources in the world. So why isn't everybody using this renewable energy?
#PlanetA #Geothermal #Renewable
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READ MORE:
What is geothermal energy? ensia.com/features/geothermal...
Geothermal Power Generation in the World 2015-2020:
www.geothermal-energy.org/pdf...
Indonesia's Geothermal Potential:
drive.esdm.go.id//wl/?id=z0gQ...
and www.researchgate.net/publicat...
and www.worldbank.org/en/results/...
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Here I am randomly watching DW videos and all of a sudden there is a family member of mine being interviewed (Egill B. prof. em electrical economics & engineering). What a small world.
Tell them congrats mate
If there are no coincidences, what forces were at work to bring you here?
so weird
I am said professor’s son in law and he says you’re stalking him!
Random here..🙌🙌
Indonesia: We don’t want to drill for geothermal energy because it will ruin the landscape and holy sites
Also Indonesia: Digs even larger pits to extract coal which polluted even more
You only need to see India holy river the Ganges to see what India's stance on pollution is.
"ruin the landscape" - anything like open pit coal mining? No. Are all geothermally active areas holy sites? No. Did you need to take a jab at Indonesia? No.
sounds like indonesia has a hand up its ass... ( not a jab at indonesia, btw. i was suggesting those were the words of big energy being spread by think tanks. we have that too)
@@luciferangelica Actually, Indonesia is already the 2nd highest geothermal energy producer in the world, behind the US. It produces more than double the amount of Iceland.
But the size of the country is 100 times bigger than Iceland, and is the 4th most populous in the world, so there is still a whole lot of room to improve in the energy department.
@@andrawyawikrama5620 that's very interesting. i actually know very little about indonesia or geothermal power. thank you
In my country Kenya, geothermal power produces 50% of total energy demand.
This didn't give enough info on geothermal, the different types of geothermal and how it produces electricity. For people new to the subject they might assume the only type is from really deep holes in areas where the Earth's crust is so thin (so around constructive plates mostly) where its easier to get close to the heating magma, but this ignores heated rock from the decay of radioactive isotopes, which is more common to more areas around the world.
Granted, the economies of scale for that type of heat extraction isn't there yet, but as the drilling equipment becomes more available due to a decline in oil drilling (same equipment, people and skills are used), then it will likely become so.
Thanks 🤗🤗🤗
We can artificially create these heated rocks by simply using discarded nuclear fuel/high level waste which makes drilling for it obsolete and pointless but people are so scared of nuclear that we never will.
@@lamebubblesflysohigh You don't want nuclear waste products everywhere. And you can just use the sun to make your own lava(molten salt).
lava comes out all over the earth how and why does the crust have to be thin ?
@@tomstanley7568 🤣
Depending on the sources, Costa Rica (where I am from) produced between 19 to 22% of its electricity with geothermal energy in 2019. It is a really great way of producing electricity, it doesn't need huge centers of production, in fact they seem to be quite small. You can even find some in National Parks like the Rincón de la Vieja. They do however make a lot of noise periodically, I have often wondered how disruptive this is for nature. However, since they are quite small and don't take up a lot of space, I reckon it's worth while to pay that price. By the way, Costa Rica is the most green country energy wise after Iceland. 😀
That’s amazing! America needs to take learn from costa rica
I think the story forgot to mention that the feasibility study is costly and the chance for a resource to be productive is 50%. You could spend millions and produce zero steam. The risks are high but once its there, the longterm cost is low.
I mean worth noting that the similar statistic for exploratory oil wells is 45%, so it's not like geothermal is alone in this.
@@ummdustry5718 hello, my name is thirwell, thirwell b. blood, and i'm an oilman. this is my son and partner, h.w., herewill, herewill b. blood
@@ummdustry5718 thats not the same cuz you can go else where and you are drilling at multiple sites. i dont know about geothermal but it cant be the same as oil
This sounds like good odds tho....for a billionaire!
@@christopheb9221 why not
Both Nuclear energy and Geothermal energy do the same thing boiling water to produce steam and produce electric, but most country chose building a reactor rather than drilling readily available hot spot point scattered around the world.
When I think about it, it doesn’t make feasible sense or should i say “feasible capitalistic sense”. The idea of turning geothermal heat into electrical energy is not all that complex, its figuring out how to drill the holes and extract the heat in a environmentally friendly way, which we as human beings overcome more complex things before. With a capitalistic mentality i can strongly see why this area of renewable is not being explored more, its about selling an idea that is more complexed and so that will justify the high cost of such products and services. Wind and solar is quite promising but lets not forget the economics behind them both, whether its high up front cost or high maintenance cost, geothermal surpassed them on so many levels.
It’s more complicated than just drilling. The hot water can be very corrosive. It may not be as stable as nuclear or other sources of energy.
thats awesome.
@@liurocky4647 Two things about these thoughts of yours: 1.) stainless steel 2.) how would you know about any potential unreliability? You’re just speculating and being dismissive about it while your at it.
All energy is based on steam
Man I'm proud my energy is supplied by geothermal here in leyte
It is clearly the best energy source. Unfortunately most countries around the world are less fortunate than yours when it comes to geothermal potential
@@kiliandervaux6675 true only countries that Is in the Pacific ring of fire can Benefit
@@death5913 There are plenty of geothermal hot springs all over the world where geothermal power can be extracted.
@@death5913 lol do you know where Iceland is?
Pwede ba yan sa bulacan. Sana marami p yan. Mahal maningil si meralco. Sad.
Indonesia currently produces 2.5× the amount of geothermal energy as Iceland (8th largest producer). Wouldn't know if from this documentary...
yup Indonesia is the 2nd largest geothermal producer and many have predicted that they will lapfrog the USA in 2024-2025. it's pathetic that this doc only focus on negative things. these whitey westerner bVstVrd5 are as rvc1st as their ancestors.
But still the coal powerplant still dominating
But not optimal and still dominated by coal
cant expect much from a global north dominated media
Indonesia is at a plate subduction boundary. This could pose different challenges than Iceland which is an island sitting atop a spreading ridge. The crust is therefore thinner under Iceland and under tension rather than compression as is the case in Indonesia. Subduction zone earthquakes are known worldwide for their severity. It would be interesting to see what Japan is doing in this area.
Are you a geologist, sir?
Geothermal doesnt work everywhere. There are a lot of limitations to this technology although it is available in many places. One of the biggest problems is earthquakes and tremors as experienced by a project in Switzerland. The project was shut down due to safety reasons and this teaches that Geothermal is highly site specific and wont work everywhere.
In southern Germany they had similar problem because they made mistakes while digging and checking for feasibility. Now, an underground reservoir is spilling into a higher layer of soil, thus 'inflating' it and slowly destroying the foundations of the small town of Staufen.
I still believe it has great potential though :)
Natural gas and certain oil resources have the same problems, plus the added cost of pollution so I would still consider geothermal worth it in most regions.
i live in indonesia probably around 40km from my home are geothermal powerplant, our live was 3rd world country no serious accident ever happened the scary part are mountain itself we dont know how long till erupt
@ZambaKE man how I wish south Africa had a surplus of electricity during off peak
@@garethbaus5471 Its still a small drop in our energy needs.
Thank you for making geothermal better known! I think it is vastly undervalued. Four units of energy out for putting one unit of energy in is an amazing result. I think we need the financial sector to bring down the upfront investment.
They could have talked about Kenya, geothermal energy provides 30% of their electricity, and they are exporting the technology to other African countries.
Koool ! ! !
Because they don't like seeing the positive things that come from Africa
We have actually built for Ethiopia
Your team's speed of producing fascinating documentaries is so fast that, I don't think I can finish watching even half of these amazing docs..
Thanks a lot
Near my home town in Central Java Indonesia, STEAG member (PT Sejahtera Alam Energy) conducted the exploration of Mount Slamet and had been drilled wells for several years. Until now the progress slowly increase, since many aspects become the disruption of the operation such as social, technical, government, etc.
same as here in the philippines we have the biggest caldera in the world called the (apo laki) located in our eez benham rise/philippine rise which has an active geothermal activity and is 100% eco friendly cause it produces 0% greenhouse emition top it with few geothermal sites in high mountain ranges of the cordillera region we can also be one the highest candidate to be the biggest player of the geothermal related activites
@@frankblangeard8865 no what you mean is an extinct volcano it still has its geothermal activity like the yellowstone althought its abundant on methant hydrate cobult crust and many sea life specially yellow fin tuna the apo laki caldera was just a small part of the benham rise/philippine rise so if the government decided to place a geothermal plant in it the entire eco system wont be affected as a whole only cause only small part of the coral reefs will have to be destroyed but all for the good cause
@@frankblangeard8865 and using the geothermal activity in the caldera wont destroy the entire ecosystem cause apo laki caldera doesnt consist the whole philippine rise plateu
7:52 Only in Bali! In other places, problems are financial/technical stuff. What stupid governor they had. He rejected geothermal then built a coal power plant. Very "genius"!
Politics happen everywhere. *That* is the biggest hurdle, not technical challenges.
betcha it was genius for his pocketbook
you shouldnt trust everything dw told you
It's so costly to build as well as the maintenance and services . Not to mention the sulfur content that turbine fins easily to erode.
Geothermal needs a pretty big water network to supply heat.
Heat is transmitted at a glacial speed in rock. That is why we can live on this planet.
There has been a lot of geothermal projects and they almost all failed because heat moves very slowly in rock.
Pretty sure fracking would be able to create I needed surface area pretty reliably.
This has been tried since the 1980s. Not successful.
Geothermal actually consumes much less water than other energy sources so I'm not sure what you're talking about.
@@jghifiversveiws8729 It is because the water is already there.
If deep fracking (for gas) can get to 3-5km in depth, the same technology can create geothermal plants in almost every country.
Minute 5:44: 1.21 GW to travel through time. No big deal. 😉 "Back to the future". Thank you for sharing!
This is the answer to our energy needs and Mother Earth provides it. And it's clean.
Thank you for this vid. Ive been asking this question since i first played SimCity2000 while reviewing power plants.
Seem like Iceland Geothermal heat source is very close to earth's surface compared to Indonesia. It sure doesn't seem easy nor cheap to tap into the ring of fire as an alternative energy source . 😗
Iceland only have 500.000 population living in one tiny island, meanwhile Indonesia have 275.000.000 population across 5 big islands as vast as USA.
Geotermal energy comes from fision of potassium, thorium and uranium - it is nuclear power given to us by mother nature.
Island is one of the biggest producer of CO2 per person in the world - thanks to geotermal energy - because of aluminium production - that uses carbon electrodes that burn quite fast.
Oh don't be ridiculous! Carbon electrodes are an insignificant source of atmospheric carbon dioxide.
The fossil fuel industry burns 35 billion tonnes of coal, oil and gas a year. A good amount of it used to create the electricity to smelt aluminium NOT in Iceland.
So many pros and cons here in Indonesia, especially in my hometown that near the volcano mountain and consist geothermal energy, the people are afraid to exploit and use this energy become disaster for the local citizen. You will feel the same if you have experienced to live near volcano mountain, its scary if this can trigger any disaster.
you dont build geothermal plant next to volcano mountains.
When you find out that most of the earth’s heat is generated by natural radioactive decay of potassium, thorium, and uranium, and you’re still against anything nuclear
Yeah Rusty and notice where that stuff is located.
So true lol. And every energy has its waste (co2, the wings from wind turbines, solar panels, radioactive waste, etc). At least in nuclear we contain it
@@kagandragon You don't need to, just about a hundred until we reach the technological level to be able to reuse that waste in better equipped reactors, and even then there's pretty much limitless space underground for a relatively insignificant amount of nuclear waste. Or if it were a problem in the future - which it won't be - you can just shoot it into space once that becomes inexpensive.
@@kagandragon ??
@@kiliandervaux6675 nope. Not even close.
29 GWh is not much for a country that will soon have a population of 300 million. Indonesia would need at least 100 times that to power their entire country
Didn't know there is still untapped energy right beneath our feet. Awesome!
All we could ever use by many orders of magnitude.
apparently, my college was geothermal
i still love the content and information that you guys give
When I was little, I once thought: why not make electricity generators from geothermal energy? Indonesia has the most volcanoes. And most of them are active
Government: 🆒 but N 🅾️
@@kagandragon more like thank the oil and gas companies for getting in bed with the government lobbying for them instead of positive energy alternatives it's been known for years that they've been using their wealth and power to surpress all these alternatives to keep themselves relevant and the money flowing in. In a true open market we would have already adopted energy alternatives
They don't even realize they could turn part of a geothermal power plant into a water distillation plant. Jeez that's more the profit they could get from distributing electricity and clean water.
@@Zyleace Sad music plays
@@kagandragon so it requires an investment and time to see a return on that investment that doesn't mean no one has ever done that before and it's not like they don't have plenty of money to throw around that they would really miss that investment untill it became profitable
@@kagandragon it's more like there isn't any incentive for them to want to make that investment unless they had to
We need to adopt geo-thermal energy asap if we want to avoid catastrophic climate change in the next half century.
Why do you think this is not being done? Follow the $ trail.
What about "personal sized" heating/cooling for residential or small communities? Not perfect but...
Not a word about how in New Zealand we have used Geothermal energies in some industry for close to 60 years, My cousin is a Geothermal Engineer designing new more productive ways to use a resource that unlike most of the world we have been aware of for decades.
i learn New thing Today Thnk You .
Despite what the eye catching imagery suggests, I heard that the steam coming out naturally has nothing to do with the steam that’s actually powering the turbines. That’s what explains why you can probably tap geothermal energy in your backyard if you dig deep enough.
yeah but you might have to drill REALLY deep
Hi Mam /sir How are you? Awesome. Very valuable ideas. God bless you. I'm grateful to you. Thankyou so much.
. . . but black lung is so popular in Indonesia that everyone want two of them ! ! !
Kenya produces 38% of its energy this way with a goal of 51% in 2030. That's more than any country anywhere.
Yes and now they are planning to couple it up with nuclear over the next decade. A true win for renewable energy. Proud Kenyan:)
You produce less than 2,000 mw
Your Documentary is so Amazing❤❤❤
My thoughts since a long time! We have a massive mantel full of heat but we are not able to develop technology on how to extract that heat and convert it to electricity
I think it's too hard for all countries to use these new energy.
Other power supply are easier
I think, Geothermal is the missing puzzle piece in getting a fully renewable economy to work. Think about the most common objection to going entirely renewable (both from proponents of fossil fuels and of nucelar energy): the baseload. Geothermal can deliver the baseload, it can cover the days where there is little wind and solar. So far, as far as fostering renewable energy goes, geothermal has been ignored far to much.
Also, geothermal can deliver heat for homes, wind can't (solar can, but that is really dependent and usually when solar get's much, you don't have to heat much, and when solar get's little is usually the time when you hvae to heat)
An idea for you : Using old mine shafts to dig deeper and create geothermal plants is definitely a concept worth exploring. Here's a breakdown of the potential benefits and challenges:
Benefits:
Reduced exploration costs: The mine shafts already exist, so the cost of exploring for suitable geothermal resources would be significantly lower.
Faster development: The infrastructure is already in place, which could speed up the development process and reduce the overall cost of building a geothermal plant.
Increased efficiency: By utilizing existing mine shafts, you can potentially reduce the environmental impact of construction and minimize the disruption to surrounding areas.
Diversified energy sources: Geothermal energy can provide a reliable and renewable source of power, reducing dependence on fossil fuels and mitigating climate change.
Challenges:
Safety concerns: Old mine shafts may pose significant safety risks, including unstable rock formations, hazardous gas pockets, and potential collapses.
Geological complexity: The geological conditions in old mine shafts may be more complex than those found in newly drilled wells, making it challenging to predict the location and flow rates of hot water or steam.
Environmental concerns: The use of old mine shafts could lead to contamination of groundwater or surface water if not properly managed.
Logistical challenges: The existing infrastructure in old mine shafts might not be suitable for modern geothermal plant equipment, requiring significant modifications or upgrades.
Regulatory hurdles: There may be regulatory obstacles to overcome, as old mine shafts may not have been designed for geothermal production, and local authorities may need to be convinced that the project is viable and safe.
Case studies and examples:
The Wairakei Power Station in New Zealand: This 1958 geothermal power plant was built using an existing limestone quarry, demonstrating the feasibility of using old mine shafts for geothermal production.
The Geysers Power Plant in California, USA: This 1960s-era power plant was constructed in an existing volcanic field, utilizing natural steam vents and underground reservoirs to generate electricity.
To overcome the challenges, it's essential to:
Conduct thorough site assessments and risk evaluations to identify potential hazards and environmental concerns.
Develop customized solutions to address the unique geological and logistical challenges associated with each mine shaft.
Collaborate with local authorities, regulatory agencies, and environmental organizations to ensure compliance with regulations and minimize environmental impact.
Engage experts in geothermal engineering, mining, and environmental science to guide the project's development.
While there are challenges to consider, using old mine shafts to create geothermal plants can be a viable and sustainable way to generate renewable energy.
The comparison with 'Back to the Future' is so far-fetched. Of course 1.2 GW is a lot of energy for one person to get. But it's actually just a little, for a medium-sized country.
EL Salvador 🇸🇻 has a bunch of Volcanos perfect for this
Central America in general would be well suited to exploit and export geomthermal energy
Get active and promote!
I saw were Hot spring were taped but wasn't hot enough to use. Also it will cool off, and then you have to wait. I did a heating system with 105 degrees,. So we Installed wall to wall radiators to heat space.
for information indonesia already have 13 power plant (in 2022) based on Geothermal Energy. Indonesia government build power plant since 2012+ something. For now all Geothermal Energy power plant concentrated on west Indonesia.
It could be other topic on Solar panels option against Solar collector(s) which heats the water as similarly as shown in this video.
moving heat in peak summer months below ground would be sensible. local roadways as a means to regulate temperature gradient and what the heat results in.
Love of money will be humanity's end and we'll deserve it.
Unless we have an epiphany. Nothing to bank on.
Nope.
See you in the near end, folks. 😁
@@E4439Qv5 good morning to you too
It's been humans weakness since the beginning of civilization. The one sin that has started more wars and destroyed so much in so little time. Strange how how high intelligence comes with so much baggage. We actually have to learn to be appreciative of what we have instead of wanting more.
That's not exactly true greed will always provide innovation either directly or indirectly.
In 05:58, I believe GW was confused with GWh. The first is a measurement unit for power and the other for energy
Still it’s quite expensive to build… my one relative using personal build geothermal energy… good thing is winter time the system quite helpful.. don’t need to worry to make fire or using lots electricity .. house / floor always keep warm by geothermal heating system .. and can add pool for heating as well…
What country does this relative live in?
Oil will stay on top for three reasons:
1) Oil companies basically own the government.
2) Oil has a very high energy density.
3) Transportation and storage. Oil can be stored for a long time, in a very convenient form, without much need for specialized facilities.
Good information...
Geothermal energy and harnessing stream to drive energy turbines can be done almost anywhere. Just as a oil drills for oil a slightly newer deeper driller should be created to drill into the mantle layers to harness the steam and also underground energy stations should also be built. It’s totally renewable and free. 🤴🏽🕉🔺➕
Very informative
In the Centralia in Columbia County Pennsylvania USA has had a coal mine fire burning since 1980. That heat could have been generating power all this time but it has gone to waste.
Not as high as one might think if you stay along the fault lines on the west coast or next to the volcanoes. There has also been some good research in Sask. Canada, where they use old oil field bore holes to circulate water to creat steam and run turbines. If we had spent more time on this form of clean energy, that is not intermitant, jwe would be ahead of the game by now.
Canada is the only country in the ring of fire region WITHOUT geothermal plant.
@@harukrentz435 But, Haru, they are testing geothermal use of old bore holes in the oil fields of Sask. Check it out. Positive stuff.
Geothermal can be also done with fracking, without the chemicals used for oil
How?
Could geothermal be used for steam reforming for hydrogen
Why haven't we tapped it?!
The main reasons are: 2:00 The World Wars prevented the spreading of the technology. 7:15 It is not as profitable as other energy sources for the investors. 7:39 Geothermal exploration can trigger earthquakes.
@@DWPlanetA Why thank you for clarifying but I did watch the video. It seems like the benefits outweigh the negatives and that is what my original comment was meaning to convey. Sorry for the misunderstanding :)
@@whoisheiforgothisname2103 No worries, we are always happy to help! Indeed, the advantages seem to outweigh the disadvantages, that is why many countries are focusing on geothermal energy. Would it also be an alternative in your country?
beacuse of the lack of funding
Brother a geologist looked into it in Nevada , problem there is water, so much going up as steam, dry up the resource, my way of thinking, much of this steam could be recaptured, tarp between wire mesh, makes possible, structure, capable of capturing steam, reusing it, can build fast, cheap, uncomplicated with it
However the first point that has to be addressed is constant growing demand.
any and all resources are abused because we are trying to fuel greed. If we use these resources for what is really needed the earth can provide and heal as well
How have I never heard about this?
It’s mind blowing to know once they adopt ev fully they will become basically 100% renewable
I knew about Geothermal Energy since the 80s. The Defenders of Earth were suing it to power their base.
Find a stable ground, drill and get to the right temp.
Those countries that use in Europe including Germany & Hungary that use LP gas could develop more of the geothermal energy available for them to use.
Why is the Philippines never mentioned? It's the third biggest producer of geothermal energy in the whole world.
There is even a much larger potential for geothermal: domestic (or relatively low-temperature) heating: any drillhole in the ground will do, or even just pump heat from large water basins etc.
Can you say more about that? I've never considered it a small-scale operation.
@@danielwininger1750 Ground source heat pumps are often one of the most energy efficient ways to provide climate control for homes. The up front costs are usually pretty high, so it generally is hard for most people to afford. It isn't exactly the same thing as geothermal energy, but is more practical in the small scale.
Tesla Turbines are primed to be the best turbines for direct geothermal steam electricity production! We are about to have a geothermal revolution if we actually implement these turbines!
In Finland a company drilled to depth of 6.4km (4mi) in an experiment to produce geothermal energy - without success, yet. The cost has been in excess of 100M€ so far and it will never produce enough energy to cover the cost. However, it is also an r&d project so hopefully not all the money was wasted. In e.g. Finland you can warm a house here and another there with a shallow heat wells but these heat sources will deplete if there's excessive use (i.e. dense cities). Therefore saying geothermal energy is available everywhere is a bit misleading. If more energy is poured into extracting that could be extracted then it makes no sense.
This document has lots of mistakes actually , one of the main drawbacks of geothermal energy is it's not available everywhere!
I would have enjoyed learning more about what limits the technology, along the lines of what was referred to toward the end of the video.
It can work if you deal with the minerals in the water. A cleanable heat exchanger between your geo water and process fluid.
Great question!
Onething not mentioned is that tge hot water is actually a highly corrosive solution and maintenance cost are the highest out of all energysolutions
They just find a solution which has been known for thousands years but was never feasible to most of people. How smart they are?!
It is high risk during installation and operation, the pressure is not stable. Sometimes too strong. Many leak or damage of the pipes due to the pressure and high temperature.
The greatest risk in most locations is that there's just not enough power coming out of that tap.
El Salvador ♥️♥️♥️🇸🇻
could water networks be reengineered for heat retention and delivery? could heat waste in general be salvaged for positive use? there are individual systems to trade heat from peak daylight to cold months. more sensible would be a civic structure to scale the cost and improve reliability.
domestic power near here uses a district heating network to radiate into the street across winter months. those streets are hot in summer when few would want them to be so and that heat could be differed to storage or use.
“Maybe eventually one day it’s possible” great… can’t wait for the climate to maybe collapse
Let’s get it done ✔️
same as here in the philippines we have the biggest caldera in the world called the (apo laki) located in our eez benham rise/philippine rise which has an active geothermal activity and is 100% eco friendly cause it produces 0% greenhouse emition top it with few geothermal sites in high mountain ranges of the cordillera region we can also be one the highest candidate to be the biggest player of the geothermal related activites
Yeah. You guys get most your electricity from geothermal right?
@@zpettigrew Not really. Fossil fuel energy is still the largest at more than 75%. But indeed geothermal is the biggest producer of electricity when it comes to renewables followed by hydroelectric. It's also the cheapest and most economic.
Geothermal energy in the Philippines is stagnant.. We havent seen new sites and new production wells after the Govt Owned Company EDC was privatized.. Lopez backed EDC wont risk spending high on research and development and drilliing new sites.. Infact, some exploratory wells conducted before by the Govt EDC were abondoned after the lopezes overtook EDC.. We even lost the expertise of exploration and drilling.. The philippinr govt should reactivate the Exploration and Drilling activities with a company under the DOE Umbrella
@@kentstructures4388 This is incredibly sad and disappointing. I really don't understand why the US, Philippines, Japan and/or a cadre of countries don't get together and do a "Manhattan Project" for environmentally sustainable energy? Such a tragic waste. Also, so harmful to People/Planet/Ecosphere. Historically, its demonstrable that public funding for research and projects like this are essential. But the Planet has been "PRIVATIZED". So 99.9999999% of us suffer and die. Sorry to hear that's what's going on in the Philippines.
@@Zyleace Yeah. I'm a big fan of GeoTherm. I wish more work would be done on it. I'm a sustainable energy designer/engineer. Most of my work and Patents are in Solar, Wind, and Tidal. I've been thinking of moving into GeoTherm too. But the principle seems to simple to "improve on". Something I should research more maybe?
Thanks
Mexico has loads of geothermal energy!💪🏼🇲🇽
Renewable sources of energy are always certainties. It does not ran out, Christopher, Ameriggo, Ferdinand are always beyond nourishment, not depex per minute as well. Congratulations, Kalugod-lugod at Parangal, Geothermal energy.™©®. SMEs...
I don't know why people don't know about geothermal power, especially since it's miles better than wind or solar energy.
Time to update your video to include AGS from Eavor Technologies. No water. No fracing. Can work almost anywhere!
Here in Philippines we are using geothermal energy, we are second largest next to indonesia
Sending Iceland love and support right now ❤#volcano
..if I find hotspring can I make a watt out if it ?
As grandes perfurações e técnicas bombagens aplicadas não hás petrolíferas mas há extração de calor em forma de vapores poderam ser uma mais forma energética para o mundo e livre de poluição.
Now getting popular in the philippines. We have the tongonan geothermal plant. . .
Factually, it is a good source possibly. I would like to see some solid research into how to develop sources from worldwide applications. Now it is limited to largely areas of easy access. There are companies developing new tech to do this in various zones.
very good
Big oil companies will lose money, the more geothermal energy is produced.
Those companies have the resources, money and equipments to drill for geothermal but why should it drill for geothermal when it should imperil their profits ?
Why not simplifying geothermal to create earth powered heat and cooling? - every house and many buildings can easily be retrofitted
the other benefit from geothermal is heating but you have to have integration in between structures with pipes for steam or water to transfer heat. not as easy as putting wires to a building but more energy efficient that having to make electricity send in through some wire then convert it back into heat. I've also wondered if they could transmit power through hydraulic line and have a generator in the building that runs from hydraulic pressure there would be a minimum of power loss from the production site? Heating and cooling are one of the biggest uses of energy. Im sure you could also use the geothermal for for cooling by making a sterling cryogenic engine where the steam would either make electricity or turbine would move the engine. you can use a sterling engine to move heat not just get mechanical energy out of heat. The other big thing that should be done is better trash collection where you have to separate plastic, glass, paper, contaminated and junk like wrap, and organic matter. use the organic matter with sewerage to make biofuels.
Numerous geothermal energy spots in North America, however the largest is a national park and I don’t see it being developed
I will know the US is serious about green energy when they accept Yellowstone National Park as a Geothermal Power Station site.
Great potential but still not there yet to use soon.
It's not hype , we can easily build a carburetor that works directly from water, no storage of hydrogen it's developed right at the carburetor.