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Philips’ Microbial Home Design Features Fascinating Eco Innovations Like Bacteria Powered Lamps
Posted By Molly Cotter On October 28, 2011 @ 9:33 am In Green Design Events,Green Products | No Comments
The main hub of the Microbial  Home is the Bio Digester Kitchen Island. It converts solid human (a little disturbing, but ok) and vegetable waste into methane gas that powers the rest of the home’s functions. The island includes a chopping surface, a gas stove, and a glass tank that shows energy levels. The island sits on wheels, making it easily movable.
Philips’ incredible Bio Lights are fueled by the power of methane as well. The “Bio-gas” is made by collecting and burning the gasses that bacteria living upon the waste give off. The lamp itself is a series of hand blown glass cells inside steel frames. Each cell is connected to its methane food source by tiny silicon tubes, resembling a bouquet of glass balloons. The food source can also be replaced with fluorescent proteins  that emit different shades and colors.
The Larder concept is a central gathering table where food is stored to keep fresh and cold. The recycled wood table includes a number of built-in terra cotta evaporative boxes to store fresh meat and veggies. Each box varies in thickness to accommodate the needs of different foods. The table’s outer surface is heated by hot water pipes, warmed by the central Bio Digester’s methane source. Plants grow in ceramic pots above, to encourage local sourcing.
The Paternoster Plastic Waste-Upcycler is another awesome invention that will be displayed in the Microbial home. It uses mycelium  (that’s right, fungus) to break down plastic packaging and waste. It molds the plastic into toy shapes for kids and even produces edible mushrooms!
Lastly, Philips has built a throne for the source of the methane powered home. The Filtering Squatting toilet separates liquid and solid waste, filtering the first to water to help grow plants and channeling the other to the home system to convert to methane. It utilizes the 1 liter flush toilet technique, consuming no energy at all.
Philips’ goal is to prepare us for the future as natural resources begin to dwindle and are focusing on understanding and promoting a sustainable approach  to energy, waste, lighting, food, and cleaning will make for a greener, brighter future. We couldn’t agree more!
+ Philips 
Via mocoloco 
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URL to article: http://inhabitat.com/philips-microbial-home-design-features-fascinating-eco-innovations-like-bacteria-powered-lamps/
URLs in this post:
 Dutch Design Week: http://www.ddw.nl/event.php?eventID=cde2836612a8fef6fbdb4909d70afb30
 Philips: http://www.usa.philips.com/
 Piet Hein Eek Gallery : http://www.pietheineek.nl/en/artgallery
 Image: http://inhabitat.com/philips-microbial-home-design-features-fascinating-eco-innovations-like-bacteria-powered-lamps/philips-microbial-home5/
 Microbial: http://en.wikipedia.org/wiki/Microbial_fuel_cell
 fluorescent proteins: http://en.wikipedia.org/wiki/Green_fluorescent_protein
 Image: http://inhabitat.com/philips-microbial-home-design-features-fascinating-eco-innovations-like-bacteria-powered-lamps/philips-microbial-home4/
 mycelium: http://en.wikipedia.org/wiki/Mycelium
 sustainable approach: http://www.newscenter.philips.com/main/design/news/press/2011/Philips_launches%20_Microbial_Home_new_forward_looking_design_concepts.wpd
 mocoloco: http://inhabitat.com//mocoloco.com/archives/026141.php?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+mocoloco%2FKGTY+%28MoCo+Loco%29&utm_content=Google+Reader
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