Skip to main content

Go green! These edible algae lamps could light your home

If you frequent your local health-food market, you’ll probably encounter some sort of nutritional supplement called microalgae. While microalgae are a great source of protein and all, they’re much more than a food source for health freaks. They’re now also being used as a source of heat and light for your home.

You heard right: algae living inside of your lamps. Designers Jacob Douenias and Ethan Frier have put together an art installation at The Mattress Factory, a division of The Museum of Contemporary Art, in Pittsburgh, Pennsylvania, that uses the power of Spirulina algae housed in glass bioreactors to illuminate and heat the entire futuristic home display.

You can pop the lamps open and eat the algae, if that’s what you’re into. (Of course it needs to be filtered and dried first). Douenias and Frier are actually working with chefs and bartenders to concoct algae dishes and drinks for special events held at the exhibit.

Living Things

So why use algae to light up the place? As it turns out, algae can actually thrive in very alkaline waters where other bacteria really can’t live. As the algae grow inside of the custom glass enclosures, the liquid becomes an even darker green and capable of absorbing more light.

“Individual Spirulina filaments which are just barely visible to the naked eye (one-third of a millimeter long) can be seen mixing inside the glass vessels,” according to Living Things.

The exhibit consists of three rooms: a living room, dining room, and kitchen/control center where different algae lamps are on display. The different lighting units are all connected by a half-mile of plumbing and wiring, along with pumps, LED drivers, and heater connectors that all live inside of the cabinets and make this entire display possible.

The glass vessels filled with the algae don’t just illuminate the display home; they also act as photobioreactors that provide heat, light, agitation, and waste control to the algae living inside. Visitors can manipulate the 3D-printed controls in the kitchen to harvest the algae when it’s ready to be eaten.

The installation will be open until March 2016.

Editors' Recommendations

Nicolette Emmino
Nicolette is a technology writer, but wishes the days of paperback books and print newspapers were still thriving. She’s a…
Philips unveils new Hue Go lamp, Tap switch, and app upgrades
Philips Hue Go Lamp on a patio table where friends are sitting together at night.

Philips Hue took the wraps off several new smart lamps and upgrades, including a portable lamp, a new twist on its physical switch, new indoor downlights, and a smattering of other upgrades.

The new Philips Hue Go lamp offers a lot of the same features as the previous generation packed into a new form factor. A wireless charging base lets you grab it and go with minimal fuss. The stem has a grip to help you move it around while a single button cycles through different scenes. The standalone runtime on the lamp is 48 hours. Expect to see this one on store shelves by the end of the summer for $160.

Read more
7 ways to prep your smart home before you go on vacation
Smart home app use.

You no doubt know the basics of home maintenance when you’re headed out for a vacation: Arm the security system, leave a light on so it looks like people are home, arrange for pet and plant care, and turn the thermostat down. But there’s an easier way to do it all automatically.

Today’s smart home systems are packed with features, and many of them can help you prepare for a vacation, and take care of some important details while you’re gone. Here’s everything you can do with smart products and why it helps!
Set the vacation mode on your thermostat

Read more
Going green with an algae-powered microprocessor computer
The biological photovoltaic cell uses Synechocystis algae to harvest energy from the sun.

Researchers from the University of Cambridge, U.K., have created a computer system that is powered by algae that harvests energy from the sun. About the size of a AA battery, the cell uses the microscopic organism Synechocystis which photosynthesizes sunlight to generate electrical current. Although the current generated is very small, it is enough to power a microprocessor, and the system had been running continuously for a year.

The biological photovoltaic cell uses Synechocystis algae to harvest energy from the sun. Paolo Bombelli

Read more