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NASA Wants to Send a Mission to Neptune's Moon Triton

In the coming years, NASA has some bold plans to build on the success of the New Horizons mission. Not only did this spacecraft make history by conducting the first-ever flyby of Pluto in 2015, it has since followed up on that by making the first encounter in history with a Kuiper Belt Object (KBO) — 2014 MU69 (aka Ultima Thule ). Given the wealth of data and stunning images that resulted from these events (which NASA scientists are still processing), other similarly ambitious missions to explore the outer solar system are being considered. For example, there is the proposal for the Trident spacecraft, a Discovery-class mission that would reveal things about Neptune's largest moon, Triton. These findings were presented at the 50th Lunar and Planetary Science Conference 2019, which took place from March 19th to 22nd in The Woodlands, Texas. This annual conference allows planetary science specialists from around the world to come together to share mission proposals an...

Air Ink Is Black Pigment Made From Captured Car Exhaust


Pollution is ugly. In some cities, the exhaust from cars and buses can get so bad that it leaves a dark shadow on buildings, cars, and even clothing. For one engineer, that posed an opportunity: why not turn that black soot into something useful? That's how Air-Ink was conceived.

When Life Gives You Lemons

The brainchild behind the invention is Anirudh Sharma, a computer engineer and member of MIT Media Lab's Fluid Interfaces Group who was visiting family in Mumbai when he got the idea for Air Ink. The megacity is the fifth most polluted in the world, and he was sure there was something that could be done with all the soot flying through the air. The first step, however, was to capture it. Sharma created a cylindrical metal device called Kaalink, which is designed to fit over the exhaust pipe of cars, trucks, and generators and captures 95 percent of particulate matter before it can pollute the air.
Once the Kaalink collects the soot, engineers filter out any glass or heavy metals within it to leave just the black particles behind. That filtering is important, as Sharma told FastCoDesign: "Overall, the soot is dangerous because of its aerosol nature, which ends up in our lungs. By cleaning it of heavy metals, and confining/binding it as inks, it becomes as safe as any other ink." The filtered particles then get mixed with vegetable oil to create a whole slew of Air-Ink products, including pen ink, markers, and paints.

It's Planetary Impact

How is this solution helping curb pollution? So far, the Kaalink devices have collected 1.6 billion micrograms of particulate matter, which equates to cleaning 1.6 trillion liters of air. 45 minutes of emissions is enough to produce 1 fluid ounce of ink, meaning each Air-Ink marker could hold the equivalent of 40–130 minutes of diesel car pollution. As of this writing, the products are only available through the project's Kickstarter. But with enough adopters, this sleek black ink could really make a difference.

Watch And Learn: Our Favorite Content About Curbing Air Pollution

Air-Ink Is Ink Made From The Pollution

Watch real artists use the deep black ink



How One Artist Makes Bricks From China's Smog

He wanted to make people take notice of his city's pollution problem.

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