Lydall testing air filter system to convert CO2 into oxygen on Mars with NASA rover, CEO says

PUBLISHED MON, MAY 3 20216:58 PM EDTUPDATED 2 HOURS AGO

Tyler Clifford@_TYLERTHETYLER_

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KEY POINTS

• Lydall CEO Sara Greenstein told CNBC the filtration products company is supplying a system for NASA’s exploration program on Mars in hopes of making human travel to the planet safe.
• “We’re not only protecting people and the environment on Earth, we’re starting to do it on Mars as well,” Greenstein said in “Mad Money” interview.
• Greenstein said on “Mad Money” that Lydall’s HEPA-grade filtration media, called the MOXIE module, is installed on the Perseverance rover and is showing some signs of success.

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Lydall CEO says company is testing air filters on Mars on NASA rover

A filtration materials company that watched its stock rise amid the need for protective gear to guard against Covid-19 is testing ways to make breathing possible on another planet.

Lydall, which the federal government contracted to help replenish the U.S. stockpile of personal protection equipment, supplied the National Aeronautics and Space Administration with HEPA-grade filtration media that’s being used to produce oxygen on Mars, according to CEO Sara Greenstein.

“We’re not only protecting people and the environment on Earth, we’re starting to do it on Mars as well,” Greenstein told CNBC’s Jim Cramer Monday.

In February, NASA grabbed national headlines after landing the six-wheel rover Perseverance on Mars. The rover is equipped with filtration media made by Lydall, which is studying ways to convert carbon dioxide into oxygen that can be useful for human travel to the red planet.

Greenstein said on “Mad Money” that Lydall’s HEPA-grade filtration media, called the Mars Oxygen In-Situ Resource Utilization Experiment (MOXIE) module, is installed on the rover and is showing some signs of success.

“What the MOXIE module is doing ... [is] walking around the Mars surface filtering all of the CO2 out of the Martian air and trying to turn it into oxygen so that for future manned landings we wouldn’t have to bring stored oxygen up. And it’s working,” she said. “They’ve been able to capture enough oxygen for an astronaut to be up there for 10 minutes already.”

NASA announced last month that it ran the first of several tests using MOXIE, which was designed to generate about 20 minutes of breathable oxygen per hour for astronauts, according to the press release.

Shares of the company rose in Monday trading to $37.11, putting the stock up more than 23% so far this year.