Discover AIRMADE™ Technology

Frequently Asked Questions

• How does AIR COMPANY create products from carbon dioxide?

  For billions of years, plants have been the most effective method for capturing carbon from the atmosphere. Through their photosynthesis process, they convert carbon dioxide into oxygen and sugars. We mimic that process, taking in carbon dioxide and using water and renewable energy to create the carbon-negative alcohols and fuels we use in our products.
  
  The only other byproducts of our process are water and oxygen. Then we use these alcohols to manufacture a number of products for consumers to use, such as our AIR Eau de Parfum. We are working with nature to help solve a global problem.

• Where does AIR COMPANY source its carbon dioxide from?

  We use carbon dioxide from biogenic CO₂ sources—the carbon from the combustion of biofuels such as wood and grass trimmings—which is captured before it is released into the atmosphere, allowing us to mitigate emissions altogether.
  
  This carbon dioxide is combined with hydrogen, produced through electrolysis, in a reactor core, where it is converted to ethanol, methanol, paraffin, and water.

• What products can AIR COMPANY's carbon conversion technology create?

  Our carbon conversion technology can create a spectrum of environmentally friendly products that appeal to consumer and commercial uses, as AIR COMPANY can make anything consisting of ethanol, methanol, and of course, paraffin.
  
  Right now, we have three products available to consumers: AIR Eau de Parfum, AIR Hand Sanitizer, and AIR Vodka. Each of these products is manufactured from the ethanol and methanol produced in our reactor from the combination of captured carbon dioxide and hydrogen from electrolysis.
  
  For commercial uses, AIRMADE™ Sustainable Aviation Fuel works to free the aviation industry from its dependency on fossil fuels. Approved and used by the US Air Force, our SAF converts a pollutant into a resource. AIR COMPANY also produces carbon-negative ethanol at an industrial scale. Ethanol is used in a range of products, from alcoholic drinks and cosmetics to fuel. Our carbon-negative methanol—tested and proven to be cleaner than AA-grade methanol—functions as a fuel alternative.
  
  If the world's industries used our technology, we could reduce global emissions by 10.8% annually.
  
  Manufacturing products that we are able to sell to consumers enables us to not only do something with the captured carbon but it provides us with a source of revenue that we reinvest to grow our operation, which means more carbon captured. Our products made from CO₂ are unique and give customers the chance to make a difference in the fight against climate change–while having something they can physically show for their efforts.
  
  Our carbon technology is a unique way to address the problem of increasing carbon dioxide levels in the atmosphere. Our sustainable products are made from recycled carbon dioxide. Our products are available to consumers, and we plan to scale our operations across multiple platforms to eliminate three times the amount of CO₂ emitted by Africa every year.

• Is it safe to use CO₂-based products?

  Most definitely! Carbon is found in many forms in everyday life. And if products are made from captured carbon, they must pass the same safety regulations as traditional materials used in food and consumer products.
  
  Even though CO₂ is a pollutant, it can be removed from the atmosphere and converted into products that people and industries can use. Whether that is a fragrance, hand sanitizer, vodka, or SAF, products made from CO₂ are a great way to go carbon-neutral or even carbon-negative.

• What is the most efficient carbon capture method?

  The most efficient way to capture carbon is to do it right at the source. There are ways to remove carbon directly from the atmosphere, but by capturing it as it leaves industrial plants, you can capture it in higher concentrations.
  
  Also, by not adding to the level of carbon dioxide in the atmosphere, the amount of CO₂ that is contributing to climate change does not increase. Since carbon dioxide is a major byproduct of many industrial processes, the process of capturing it at the source is more "capture" and less "extraction," which makes it easier to do, less costly, and, therefore, more efficient.