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Meet Neoplants, a French startup that is designing genetically modified houseplants so that they can absorb air pollutants. The startup’s first plant, the Neo P1, works hand in hand with the company’s own microbiome located in the soil near the plant roots.
Neoplants targets specifically a group of indoor air pollutants that can’t be efficiently captured by traditional air purifiers. Most air purifiers focus on particulate matters. But it’s harder to tackle volatile organic compounds (VOCs).
That’s why Neoplants focuses on two categories of VOCs — formaldehyde (HCHO), and benzene, toluene, ethylbenzene and xylene (BTEX). These pollutants come from outdoor pollution, but also from materials that are used in construction, such as paints, coatings and chemicals. Cooking and smoking can also foster indoor pollution.
“Our plant can capture the four main components that cause air pollution at home. But it can also turn it into something useful as it can become plant matter,” co-founder and CEO Lionel Mora told me.
Plants usually metabolize CO2. But the Neo P1 has been modified at the DNA level so that it produces new enzymes that can also metabolize air pollutants. For instance, it turns formaldehyde into fructose, and it turns BTEX compounds into an amino acid that the plant can use to produce proteins later.
While genetically modified organisms aren’t new, the company says that applying these methods on houseplants is new. “We had to sequence and annotate the genetic structure of this plant,” co-founder and CTO Patrick Torbey told me.
techcrunch.com
Neoplants targets specifically a group of indoor air pollutants that can’t be efficiently captured by traditional air purifiers. Most air purifiers focus on particulate matters. But it’s harder to tackle volatile organic compounds (VOCs).
That’s why Neoplants focuses on two categories of VOCs — formaldehyde (HCHO), and benzene, toluene, ethylbenzene and xylene (BTEX). These pollutants come from outdoor pollution, but also from materials that are used in construction, such as paints, coatings and chemicals. Cooking and smoking can also foster indoor pollution.
“Our plant can capture the four main components that cause air pollution at home. But it can also turn it into something useful as it can become plant matter,” co-founder and CEO Lionel Mora told me.
Plants usually metabolize CO2. But the Neo P1 has been modified at the DNA level so that it produces new enzymes that can also metabolize air pollutants. For instance, it turns formaldehyde into fructose, and it turns BTEX compounds into an amino acid that the plant can use to produce proteins later.
While genetically modified organisms aren’t new, the company says that applying these methods on houseplants is new. “We had to sequence and annotate the genetic structure of this plant,” co-founder and CTO Patrick Torbey told me.
Neoplants bioengineers houseplants to use them as air purifiers | TechCrunch
Neoplants aims to use the same processes with other plant varieties and other properties. It wants to start working on carbon capture and storage next year.
techcrunch.com
