Eat Shrimp Made of Red Algae

Industrial fishing is killing life in the oceans at an alarming rate, so much so that the loss of life undersea is contributing to climate change. In fact, one tiny thing many people can do to fight climate change is to simply cut fish out of their diet. One company, New Wave Foods, in California is hoping to help people cut out shrimp from their diet by having them eat “shrimp”.

The “shrimp” they are making is actually plant-based so it can be grown even on land. Using red algae to make simulated shrimp is good for the environment and good for the shrimp under the sea.

M: How do you make shrimp from plants?

D: We use all plant-based ingredients to mimic the taste, texture, color, and nutritional profile of shrimp. We use soy for protein and red algae for flavor. Red algae are what shrimp eat in the wild, so they contribute to the flavor profile. We’re creating food out of food and using science to bring ingredients together.

M: How close are you to a finished product and wide distribution?

D: We are really close to a final product, and we’re collaborating with a number of food experts. We’ve created the perfect shrimp in the lab, but now we have to scale it for greater production. We are going to market first with popcorn shrimp. It’s pretty perfect, and popcorn shrimp is about one-third of the shrimp market. It looks really familiar to people. Our goal is to launch this product in six to 12 months. We’ll do a soft launch in California first. We’re also working on a cocktail shrimp.

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Small Algae Canopy Produces as Much Oxygen as a Forest

Algae is amazing and as we find more ways to use the powerful, small, creatures we’ll improve our carbon footprints. Already algae is used to clean sewage, clean landfills, and so much more.

This week at the Milan Expo EcoLogics Studio revealed their algae canopy for urban centres. The canopy provides shade while cleaning the air in a very efficient way!

Created by EcoLogics Studio and demonstrated in Milan, Italy, this “world’s first bio-digital canopy integrates micro-algal cultures and real time digital cultivation protocols on a unique architectural system,” with flows of water and energy regulated by weather patterns and visitor usage. Sun increases photosynthesis, for example, causing the structure to generate organic shade in realtime. In addition to CO2 reduction, the canopy as a whole can produce over 300 pounds of biomass daily, all through a relatively passive system that requires far less space and upkeep than conventional civic greenery.

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Formula E Will Get Power from Algae

I’m looking forward to the start of Formula E next month, and it’s exciting to hear that the racing league has signed on with Aquafuel to power their cars with algae. Formula E is the all-electric alternative to the popular Formula 1 racing league. Algae will be used to power the mobile generators that will charge batteries used during the race.

Formula E’s sustainability manger Julia Pallé told BusinessGreen the championship organisers have signed a deal with UK start-up Aquafuel to supply generators powered by glycerine, a byproduct of biodiesel that can also be produced from salt-water algae. The fuel is biodegradable, non-toxic and can be used in modified diesel generators to produce power.

“It’s a very innovative compound,” Pallé said at an event at Donington Park yesterday to unveil some of the new technologies being used by Formula E. “It comes from algae so it’s a first generation compound and it uses glycerine so it has no CO2 emissions, no smoke, no noise, no smell. It’s something that isn’t harmful at all. It’s super-efficient and we’re really happy to be working with [Aquafuel] on that.”

Read more here.

Here’s McLaren showing their Formula E car:

Algae-Powered Building Opens This Week

Algae can be used for all sorts of wonderful things from cleaning up oil to producing energy. Architects in Hamburg have built a building that uses algae to power the complex and it opens this week. The building is meant to be a demonstration of cutting-edge sustainable architecture.

“Using bio-chemical processes in the façade of a building to create shade and energy is a really innovative concept.” says Arup’s research lead for Europe, Jan Wurm. “It might well become a sustainable solution for energy production in urban areas, so it is great to see it being tested in a real-life scenario.”

Arup led the design project, which also included work by Splitterwerks Architects from Austria and Germany’s SSC Strategic Scientific Consult. It was funded by the German government’s “Zukunft Bau” (“Future Construction”) subsidy, which looks to support innovation in the construction industry when it comes to renewable and zero-energy design.

The BIQ building itself contains 15 apartments, of which two apparently don’t have rigid interior layouts. Instead, the “individual functions of the apartment — bathroom, kitchen, sleeping area — can be swapped about or combined to form a ‘neutral zone’” by residents as and when they need to. According to the International Building Exhibition, an “increased demand for adaptable housing spaces” means this is how we’re going to live in the future.

Read more at Wired.