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If you could capture greenhouse gases like CO2 or methane and turn them into usable products, what would you make?
There are a few challenges here. Which gas would you choose? What source would you use? And what market would you serve?
This episode answers all of those questions.
I interviewed Mark Herrema, CEO of Newlight Technologies about AirCarbon, a material also known as PHB (Polyhydroxybutyrate).
You probably know that cows produce methane (by burping, it turns out - not the way you thought.) And methane is a more potent greenhouse gas than CO2. While it comes from cows, there are easier ways to collect it, like digesters.
Certain bacteria can use it to produce PHB, a compound found in many environments that can be melted and shaped into products like foodware (disposable utensils) or a leather replacement for the fashion industry. Other bacteria can produce it with CO2 as a starting point.
Wherever it comes from, if it ends up in the ocean (don't throw your waste in there) it degrades quickly because the environment already "understands it".
I found this interview fascinating from both a science and a startup perspective. Definitely give this one a listen.
Newlight Technologies
Mark Herrema
Produced by Comprendia LLC and Life Science Marketing Radio
If you could capture greenhouse gases like CO2 or methane and turn them into usable products, what would you make?
There are a few challenges here. Which gas would you choose? What source would you use? And what market would you serve?
This episode answers all of those questions.
I interviewed Mark Herrema, CEO of Newlight Technologies about AirCarbon, a material also known as PHB (Polyhydroxybutyrate).
You probably know that cows produce methane (by burping, it turns out - not the way you thought.) And methane is a more potent greenhouse gas than CO2. While it comes from cows, there are easier ways to collect it, like digesters.
Certain bacteria can use it to produce PHB, a compound found in many environments that can be melted and shaped into products like foodware (disposable utensils) or a leather replacement for the fashion industry. Other bacteria can produce it with CO2 as a starting point.
Wherever it comes from, if it ends up in the ocean (don't throw your waste in there) it degrades quickly because the environment already "understands it".
I found this interview fascinating from both a science and a startup perspective. Definitely give this one a listen.
Newlight Technologies
Mark Herrema
Produced by Comprendia LLC and Life Science Marketing Radio