
Did you know that a river could cool the second tallest skyscraper on the planet or that chicken droppings could power thousands of homes? Unlike solar and wind power generators, earth-based energy sources such as geothermal or biomass power systems are often completely invisible in the finished design of a building with one. However, in hidden partnership with other sustainable systems biomass and thermal energy strategies have been incorporated into the design and construction of some amazing architectural structures. Here are some particularly compelling real-life architectural and design applications of ‘earth energy’ (with more general history and information on biomass and geothermal power after the gallery). Click to enlarge the images and learn more:
- Geothermal Powered Transit Bay Center
- Geothermal Powered Luxury Home
- Geothermal Powered Chicago Spire
- Geothermal Skyscraper Singapore
- Geothermal Pile of Boxes
- Geothermal Building Centre for Sustainable Energy Technologies
- Geothermal Powered Hotel in China
- Geothermally Powered Home Office
- Geothermal Powered Resort Iceland
- Geothermal Resort Destination Structures
- Geothermal Powered Building Complex
- Geothermal Powered Arts Center
- Geothermal Power Las Vegas Strip
- San Fransisco Geothermal Concept Design
- Biomass Fueled Eco Village
- Zero Emissions Biomass Fueled Home
- Cow Manure Biomass Floor
- Algae Farm Biomass Fuel
- Biomass Fueled Eco Treehouse
- Biomass Fuel Ecocity Concept Design
(Advantages of &) How Geothermal Power Works
Geothermal power has come a long way from the first geothermal generator that lit four light bulbs from a dry steam field in Italy just over 100 years ago. A few years later a geothermal power plant was built on that very spot – but the next wasn’t constructed until New Zealand built one in 1958. Since then, however, this buried treasure – the subterranean power of the planet – has gained more and more attention and is now slowly taking center stage with wind, solar and clean coal power in the global search for alternative sustainable energy sources.

One of the most useful features of geothermal energy is its scalability. This versatile power source can be used to generate energy via gigantic power plants or to heat and cool small homes and many things in between. In the case of larger power producers: the heat of the ground is tapped into in various ways and converted into electricity, while in smaller scale applications: cool or hot air or liquid in a home (for example) is passed through the ground and heated or cooled. As of right now geothermal power accounts for only 1% of the world’s energy consumption but it is growing in popularity now more than ever before.


Unfortunately, geothermal energy is perhaps not as clean, simple and sustainable as it might seem at first glance. There are significant environmental concerns that come with producing thermal power – particularly at larger scales. In some cases too much heat can be drawn up which causes the area to cool and become useless for further power generation. Dry and flash steam power plants can create emissions similar to those generated by burning fossil fuels (though on a much smaller scale). However, despite these drawbacks geothermal power deserves strong consideration alongside other sustainable alternative energy strategies and a restructured approach to global energy.
(Advantages of &) How Biomass Power Works

Biomass fuel sources have enjoyed a mixed history of successes, failures and controversies. Fundamentally, biofuels are based on sustainable and renewable organic sources. However, they can result in harmful emissions and the growth of biomaterials can result in the depletion of land resources that could be productively put toward other uses such as the growth of food. Still, there are many cases in which turning waste or organically grown material into fuel is the most efficient use of materials and environmentally viable.
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11 Comments
November 3rd, 2008 at 4:09 am
We looked into using geo-thermal energy for our home quite extensively.
The costs of maintaining the systemactually worked out higher than conventional heating methods, plus there were additional costs in paperwork and taxation.
November 3rd, 2008 at 12:21 pm
Would be nice if these alternative ideas became more commonly used.
Not till then will we see the costs, and the ropes, come down.
November 3rd, 2008 at 5:54 pm
These are some great ideas. Thanks for the post!
November 11th, 2008 at 7:19 pm
This website is sweet man cool job.
November 24th, 2008 at 5:48 am
Revealing, is it not:
“taking center stage with wind, solar and clean coal power”
“Clean Coal” was a term developed by pollsters and political hacks because it polled better than “dirty, gonna rip up your lungs, has covered the city of Pittsburgh in a thick layer of ash, Coal” It is unfortunate, to say the least, that a “green” website propagates lies like those of “clean coal.” But it also goes to show just how effective the lobbying interests have been.
Biomass? What? Combustion engines have to go. It doesn’t matter what you fuel them with … not to mention, the above feature implies that we’re cutting down trees (presumably, they will be replanted) for energy …. interesting, but how effective have the energy-hungry peoples of the world been at enacting real sustainability? Don’t you think that if we cut down trees for energy we’ll do so at completely unsustainable levels — consequently redoubling our damage to the environment by ravaging our natural sources of carbon-eaters?
This website has some cool stuff. But take its facts with a serious grain of salt. I haven’t seen much of anything that my professors would call “scientific knowledge” lurking around here.
January 23rd, 2009 at 7:46 pm
I don’t have enough scientific knowledge to be able to evaluate the ideas behind the concepts, but from an artist’s point of view, I would definitely be happy to co-exist with the designs. They are beautiful.
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