Global Media Attention For Technology That Will Change Manufacturing

Mardi Gras is March 1 and this past week we were able to secure media attention for Louisiana Creole Gumbo, one of Detroit’s oldest black-owned restaurants in Detroit. They have been serving Metro Detroiters creole’s finest on the edge of Detroit’s Eastern Market. In this FOX 2 Detroit clip, we actually reunited Meteorologist Michael Estime with Louisiana Creole Gumbo co-Owner Stephanie Spencer, in the middle of the segment. It was a really great segment, where the TV anchors still made all about the food. LanzaTech, in partnership with Northwestern University and the Oak Ridge National Laboratory, released the results of a collaboration where they can make just about any chemical from bacteria. The article first appeared in Nature but publications such as Der Spiegel, Germany’s largest daily picked up this story along with Inverse and other publications around the world. Finally, this week, Now This continued to work on their series covering the climate crisis, and they produced this amazing clip featuring LanzaTech, sharing it on Facebook, Instagram, and TikTok. Check out our additional media coverage from the past week below.

Nature Biotechnology

GlobeNewswire: Global Sustainable Aviation Fuel Market (2021 to 2030) -
Der Spiegel: Klimaschutz in der Industrie: Bakterien bilden Industriechemikalien aus Abgasen

Northwestern University: Bacteria upcycle carbon waste into valuable chemicals

OAK Ridge National Laboratory: Carbon-negative platform turns waste gases into valuable chemicals
Inverse: Scientists engineered bacteria to eat carbon dioxide and spit out clean chemicals
Innovators Magazine: Could this new biotech breakthrough help avert a climate catastrophe?

Nature: Engineered microbes put waste to good use - and help the climate
Nature: Daily briefing: How a meteorite became King Tutankhamen’s dagger
Nature: Carbon-negative production of acetone and isopropanol by gas fermentation at industrial pilot scale - Nature Biotechnology

New Scientist: Engineered bacteria produce chemicals with negative carbon emissions

3 24: Bacteris modificats genèticament converteixen contaminants en productes industrials
Advanced Biofuels USA: Engineered Bacteria Produce Chemicals with Negative Carbon Emissions
ANSA: Batteri artificiali trasformano i gas inquinanti in risorse - Scienza & Tecnica

AZo Cleantech: Engineered Bacteria Upcycle Waste Carbon Dioxide into Chemicals
AZoLifeSciences: Bacteria can break down waste carbon dioxide to make valuable industrial chemicals
AZoMaterials: Carbon Capture Technology Harnesses Emissions to Produce Valuable Chemicals
Benzinga: Global Sustainable Aviation Fuel Market (2021 to 2030) - Rising Demand for SAF by Airlines Across the Globe Presents Opportunities
Bioenergy International: Closing the carbon cycle and creating a pathway to net-zero with C. auto
Biofuels Digest: LanzaTech, Northwestern and ORNL researchers develop tech producing chemicals from carbon emissions

BIZ News Post: Bacteria Upcycle Carbon Waste Into Valuable Chemicals
BIZ News Post: Engineered Bacteria Produce Chemicals With Negative Carbon Emissions
BIZ News Post: Engineered Bacteria Convert Captured Carbon Dioxide Into Valuable Chemicals For Fuels, Fabric, And Cosmetics
CE Noticias Financieras English:  Bacteria created to convert CO2 into industrial products
Cosmos Magazine: Bacteria that absorbs CO2 and turns it into useful chemicals
El Colombiano:  Crean bacterias que convierten el CO2 en productos industriales
Environmental News Network: Bacteria Upcycle Carbon Waste Into Valuable Chemicals
Eurasia Review: Bacteria Upcycle Carbon Waste Into Valuable Chemicals
EurekAlert!: Carbon-negative platform turns waste gases into valuable chemicals
Fantasymundo.com: Reciclan con bacterias el CO2 en productos químicos valiosos
FocusTechnica: Engineered Bacteria Convert Captured Carbon Dioxide Into Valuable Chemicals for Fuels, Fabric, and Cosmetics
Forbes Brasil: Agroround: Cubo Itaú, CNH Industrial, Braskem e outras notícias do campo
gamersgrade.com: Bacteria upcycle carbon waste into valuable chemicals
Genetic Engineering & Biotechnology News: Bacteria Upcycle Waste Carbon Dioxide into Valuable Industrial Chemicals
Green Car Congress: LanzaTech, Northwestern, ORNL engineer microbe to convert industrial waste gases to acetone or isopropanol
Highways Today: New carbon-negative technology could turn waste gases into valuable chemicals
Hurriyet Daily: Bacteria upcycle carbon waste into valuable chemicals
ICIS Chemical Business:  LanzaTech to further prove renewable chem tech with new plants
il denaro: Scienza, arrivano i batteri ingegnerizzati per digerire la CO2
India EducationDiary.com: Northwestern University: Bacteria upcycle carbon waste into valuable chemicals
inkl.com: Scientists engineered bacteria to eat carbon dioxide and spit out clean chemicals
cnbeta.com: http://www.cnbeta.com/articles/science/1239329.htm
Interesting Engineering: Researchers tricked bacteria to make them convert CO2 into industrial chemicals
Knitting Industry Creative: New Report: Sustainable product developments and innovations
La Vanguardia: Creada una bacteria que convierte el CO2 en productos industriales
n-tv: Klimafreundliches Verfahren: Bakterien bilden Chemikalien aus CO2
n-tv: Klimafreundliche Bakterien könnten uns helfen, CO2 aus der Atmosphäre zu entfernen
n-tv: Klimafreundliche Bakterien können gefragte Chemikalien aus CO2 herstellen
Nach Welt: Gentechnisch hergestellte Bakterien wandeln eingefangenes Kohlendioxid in Chemikalien für Kraftstoffe, Stoffe und Kosmetika um – ScienceDaily - Nach Welt
Nach Welt: Bakterien recyceln Kohlenstoffabfälle zu wertvollen Chemikalien
NEO.LIFE: Dispatches - February 24, 2022 - NEO.LIFE
Newswise: Carbon-negative platform turns waste gases into valuable chemicals
NotiUlti: Microbio de ingeniería de LanzaTech, Northwestern, ORNL para convertir gases residuales industriales en acetona o isopropanol
openPR.com: Carbon Capture Utilization and Storage Market Revenue,
Personal Care Insights: Carbon-negative acetone and isopropanol possible through gas fermentation, LanzaTech research finds
Phys.org: Bacteria upcycle carbon waste into valuable chemicals
Prensa Latina: Bacterias convierten desechos de carbono en productos químicos
Quick Telecast: Engineered Bacteria Convert Captured Carbon Dioxide Into Valuable Chemicals for Fuels, Fabric, and Cosmetics
Science Magazine: Microbes convert industrial waste gases into commodity chemicals
ScienceDaily: Bacteria upcycle carbon waste into valuable chemicals: Engineered bacteria convert captured carbon dioxide into chemicals for fuels, fabric and cosmetics
SCIENMAG: Bacteria upcycle carbon waste into valuable chemicals
Scimex: Engineered bacteria can help us turn greenhouse gases into useful chemicals
SciTechDaily: Engineered Bacteria Convert Captured Carbon Dioxide Into Valuable Chemicals for Fuels, Fabric, and Cosmetics
China Star Market: 细菌有助脱碳？新技术利用细菌将CO2转化为必需化工品
Chip Magazine: W wychwytywaniu CO2 z atmosfery pomogą nam bakterie
Kolibri.press: Бактерии перерабатывают углеродные отходы в ценные химические вещества