Could this be the cure to our plastic problem? | Mission Ahead

Key Concepts

• Plastic Problem: The pervasive issue of plastic pollution and its environmental impact.
• Greenhouse Gases (GHGs): Gases that trap heat in the atmosphere, contributing to climate change.
• Microorganisms: Tiny living organisms, some of which can consume GHGs.
• Biopolymer: A polymer produced by living organisms.
• Air Carbon: A biopolymer produced by New Light Technologies from GHGs, serving as a plastic alternative.
• Carbon Sequestration: The process of capturing and storing atmospheric carbon dioxide.
• Decarbonization: The reduction or elimination of carbon dioxide emissions.
• Carbon Negative: An activity that removes more carbon from the atmosphere than it produces.
• Direct-to-Consumer (DTC): Selling products directly to end-users.
• Business-to-Business (B2B): Selling products or services to other businesses.

The Plastic Problem and Greenhouse Gas Emissions

The video highlights the significant global plastic problem, emphasizing that this "miracle material" is now a threat to the planet. The production and disposal of plastic contribute to ocean pollution and harmful emissions. Annually, the plastic lifecycle emits greenhouse gases equivalent to more than 184 million cars, exacerbating the climate crisis. This situation is described as a "bad condition" requiring a shift in direction.

New Light Technologies' Approach: Utilizing Greenhouse Gases

Mark Harriman and the team at New Light Technologies are addressing this by viewing greenhouse gases as a resource. Their innovation is inspired by nature, where microorganisms naturally consume GHGs. They discovered specific ocean microorganisms that use greenhouse gases as a food source.

Development of Air Carbon: A Safe Plastic Alternative

Through their research, New Light Technologies found that these microorganisms can be utilized to create a safe plastic alternative while simultaneously removing harmful carbon emissions from the atmosphere. They have spent over a decade developing a scalable method for this process.

The First Commercial Production Plant

The video showcases New Light Technologies' first commercial production plant, described as a "beautiful thing." This facility recreates the natural process of microorganisms consuming GHGs on land.

• Process Description:
  • Large tanks are filled with saltwater and the identified ocean microorganisms.
  • Greenhouse gases, such as methane and CO2, are fed to these organisms.
  • The microorganisms naturally produce a biopolymer in response.
  • This biopolymer is then processed into a pure white powder.
  • The powder can be melted and molded into various parts and pieces.

Air Carbon: Properties and Applications

The company calls this biopolymer "Air Carbon." Similar to conventional plastic, Air Carbon can be molded into a variety of products, including furniture, packaging, straws, and cutlery.

• Environmental Impact of Air Carbon Products:
  • A single Air Carbon straw, for example, reduces the amount of carbon in the air by 30 grams.
  • While this amount is small individually, the cumulative impact for companies using millions of straws annually could be significant, sequestering tens of thousands of tons of CO2e.
  • Unlike traditional plastic, Air Carbon is natural and degrades in the ocean in approximately one year, whereas plastic can take hundreds of years.
  • This dual benefit addresses both plastic pollution and climate change.

Market Introduction and Scalability

To introduce Air Carbon to the market, New Light Technologies is launching direct-to-consumer (DTC) brands in the foodware and fashion industries. The fashion industry is noted for its significant contribution to global carbon emissions (10%).

• Key to Market Penetration:
  • Making the products affordable is crucial for widespread adoption and impact.
  • New Light Technologies aims to produce premium products designed for large-scale production and direct competition with existing market players.
  • They are pursuing both DTC sales and a strong business-to-business (B2B) strategy.

Impact and Future Vision

The products manufactured at New Light's first commercial plant are estimated to remove the CO2 equivalent of 6,000 cars from the road. This is considered a "small start."

• Harriman's Vision:
  • He holds a wallet made from Air Carbon, symbolizing carbon that would have otherwise entered the atmosphere.
  • The aspiration is for all manufactured products to actively improve the world, akin to a growing tree leaf, by decarbonizing or even becoming carbon negative.
  • This shift towards improving the world through production is presented as the future direction needed.

Conclusion

New Light Technologies is pioneering a novel approach to combatting plastic pollution and climate change by transforming greenhouse gases into a sustainable biopolymer called Air Carbon. Their innovative process, utilizing ocean microorganisms, offers a biodegradable alternative to traditional plastics. By focusing on affordability and scalability, and by launching DTC and B2B ventures, they aim to make a significant impact on global emissions and waste. The ultimate vision is for all manufacturing to contribute positively to the environment, moving towards a carbon-negative future.