News

“Dumas Bay seaweed could become biofuel”

Harvesting Algae from Dumas Bay Park

From the Federal Way Mirror:

Unwanted Dumas Bay seaweed could have a cutting-edge future as a biofuel.

Blue Marble Energy — a Seattle company hired by the Department of Ecology — took to the bay Sept. 24 near Dumas Bay Park in a seaweed clean-up practice run. The decomposing algae has been the source of concern since 2006, due to the noxious smell it releases when the plant’s layers break apart.

The growth has not become smelly enough to call for removal this year, but the DOE and Blue Marble wanted to work out kinks in a fairly new process before the real deal takes place sometime in the undetermined future.

“It came from the West Seattle swamp – to fill your tank”

President & CEO Kelly Ogilvie holdng algae from a West Seattle beach

Blue Marble Energy’s plans to harvest algae from West Seattle are featured in the Puget Sound Business Journal:

Algae have some appealing attributes. They grow in water. They multiply quickly, and certain strains have a high oil content, making them a good candidate for biodiesel. They feed on carbon dioxide, which is associated with global warming. And they can grow in industrial runoff and wastewater.

“New Wave in Energy: Turning Algae Into Oil”

International Herald Tribune

In Seattle, Blue Marble Energy is putting algal biomass in anaerobic digesters to produce industrial chemicals and methane…saleable byproducts include anhydrous ammonia, and other industrial chemicals currently made with petroleum.

…Water cleanup is an important part of Blue Marble’s business model…In the future it hopes to work with sewage treatment plants, mine sites or even the toxic marine algal blooms caused by agricultural runoff pollution. Harvesting these blooms…would help to repair the damaged ocean ecology.

“Bio-Debateable: Food vs. Fuel”

Biodiesel gas pump

Blue Marble Energy was recently highlighted in a Seattle Post Intelligencer article entitled, Bio-Debateable: Food vs. Fuel. The chorus of criticism of using food, or acreage that is being diverted from food production to energy has intensified as the global food crisis continues.

The article mentions Blue Marble’s plans to grow wild algae from wastewater, demonstrating an energy generation strategy that converts human waste into an input for energy.

“Turning Green Algae into Green Power”

King 5 News Piece


Pacific Northwest media are figuring out that a local company has a biofuel solution with global implications. Watch this piece recently broadcast by KING-TV Channel 5 in Seattle.

“New Life for Oldest Surviving Seattle Built Halibut Schooner”

Blue Marble Energy historic halibut

Puget Sound Magazine recently published an article detailing Blue Marble Energy’s restoration of a historic Halibut Schooner for research purposes.

The company plans to collect and convert the seaweed overgrowth into bio-fuel. In the spirit of remediating and preservation, Blue Marble Energy chose to restore and utilize a historic fishing vessel for their initial research and test harvesting work on Puget Sound. Not knowing the significance of their find at the time, they committed to take on the shipyard work required to restore the vessel’s hull. Only later finding out that they had acquired an historical maritime treasure…

“Swamp fever”

The Guardian Unlimited header

Blue Marble Energy is honored to be featured in a recent article by The Guardian Unlimited highlighting the companies at the forefront of wild algae movement.

…Last month, a San Francisco “algae summit” drew more than 300 delegates. One participant was Kelly Ogilvie, co-founder of Seattle firm Blue Marble Energy, which plans to harvest wild algae from sewage farms, lakes and rivers, mining ponds and algae blooms caused by pollution. It says its method is “low cost” and “low tech”.

Unlike corn, soya beans, rapeseed and sugar cane – unsustainable monocultures that threaten food production already jeopardised by climate change – algae thrive in shallow, brackish water. Like all plants, they convert sunlight into energy and voraciously consume CO2.

…If the future of biofuels is algae, and I believe it is, you’re never going to get enough volume in bioreactors or ponds,” says Ogilvie. “It has to be something with greater volume.” He says the best approach is to mimic nature by creating algae farms, or by harvesting algae blooms. “Why try to out-engineer nature?” he asks.

“It could be done really cheaply if people would shift their paradigm," says Ogilvie. “There has to be a rethinking of how we interact with the environment. Can you clean up the environment? Can you make money and energy doing so? And can you provide meaningful jobs to the people in the areas where you’re doing it?" The answer must be yes.