- Neon Nomad
- Posts
- New Biotech Converts Carbon Emissions into Protein-Rich Yeast with Vitamin B9
New Biotech Converts Carbon Emissions into Protein-Rich Yeast with Vitamin B9
read time : under 3 minutes
Welcome back, Nomad
This week's innovations include advancements in sustainable protein production, smart packaging for better recycling, recyclable glass for circular construction, portable wind turbines for off-grid power, and recyclable circuit boards. Each breakthrough showcases progress toward reducing environmental impact and promoting sustainability in diverse industries. Enjoy!
Presented by |
THIS WEEK’S TOP STORIES
This Week’s Top 5 News Articles
🌾 New Biotech Converts Carbon Emissions into Protein-Rich Yeast with Vitamin B9
📲 Microchips in Packaging Help Consumers Easily Identify Recyclable Materials
🚧 Reusable Glass Bricks from MIT Bring Circular Construction Closer to Reality
🌬️ Compact Wind Turbine Powers Laptops Quickly, Even Off-Grid
📱 Recyclable Circuit Boards Bring New Life to Old Devices
Other Articles You May Like
+ NEW: Invite a Friend, Unlock a $197 Brinc Academy Course for Free!
+PLUS: FREE guide about “70+ Questions from Venture Capitalists!”
New Biotech Converts Carbon Emissions into Protein-Rich Yeast with Vitamin B9 LINK
Researchers in Germany have developed a "Power-to-Protein" system that converts CO2, hydrogen, and oxygen into yeast rich in protein and vitamin B9. Six grams of yeast meet daily vitamin B9 needs, while 85 grams provide 61% of daily protein requirements.
This bioreactor technology runs on renewable energy and can produce nutritious yeast without using farmland, reducing carbon emissions and promoting sustainable food production. It offers an eco-friendly alternative to traditional protein sources like meat and plants.
The team aims to commercialize this protein alternative by scaling up production, ensuring food safety, and addressing consumer preferences for taste and smell, while exploring regulatory challenges.
Microchips in Packaging Help Consumers Easily Identify Recyclable Materials LINK
UK start-up Pragmatic is developing silicon-free microchips that provide item-level intelligence for food packaging, helping consumers understand recycling regulations and whether packaging is recyclable by simply tapping it with a mobile phone.
The microchips enable automated machines to sort packaging more effectively by identifying materials, allowing for the extraction of high-value plastics from waste streams, which enhances recycling efficiency.
Pragmatic's technology allows manufacturers to track the recycling and reuse of their packaging, providing reliable sustainability data to shareholders and supporting initiatives like reusable packaging systems in supermarkets.
Reusable Glass Bricks from MIT Bring Circular Construction Closer to Reality LINK
MIT engineers created 3D-printed, interlocking glass bricks made from recycled glass, offering strength similar to concrete for sustainable construction.
The bricks' design allows for easy disassembly and reuse, promoting circular construction where buildings can be reassembled or the glass melted and reprinted.
This innovation provides a flexible, eco-friendly alternative to traditional materials, making glass an ideal option for sustainable architecture.
Compact Wind Turbine Powers Laptops Quickly, Even Off-Grid LINK
Aurea Technologies has launched a portable wind turbine capable of eco-friendly charging for mobile devices, working both day and night at wind speeds of 8 mph or higher.
The Shine 2.0 can generate up to 50 watts of power, enough to fully charge a laptop in two hours, and includes a compact, foldable design, making it highly portable for outdoor activities.
New features include a Bluetooth-enabled app for monitoring performance, a USB-C port for faster charging, and optional accessories for increased wind capture, with delivery expected by April 2025 through a Kickstarter campaign.
Recyclable Circuit Boards Bring New Life to Old Devices LINK
MIT, Meta, and University of Utah created a recyclable, low-cost flexible substrate for electronics, improving sustainability.
The material uses light-curing tech to make polyimide recyclable, breaking down in mild solvents to recover valuable components.
University of Washington’s vPCB allows reprocessing, recovering up to 98% of materials, helping address supply chain issues and waste.
Advertisement
Teach first (then monetize).
Growing your online business starts with delivering massive value in a format that feels like a conversation.
Master the Email-Based Course is an actionable blueprint that top internet entrepreneurs are using to sell more online—by teaching over email. Join over 1,000 happy creators and start building your course today.
Dickie Bush said it best: "Actionable takeaways within 5 minutes of digging in. Huge value."
Bill Gates and Jeff Bezos Invest in New Green Tech Solutions LINK
Google Joins Microsoft in Backing Brazilian Carbon Removal Startup LINK
Electric Ferries Set to Revolutionize Global Maritime Transport LINK
Innovative Island Project Offers Climate Change Solution for the Maldives LINK
Amazon UK Introduces Plastic-Free Packaging for E-Commerce LINK
Startup Secrets Revealed: Is your business ready for greater opportunities? This e-book will help you get into the minds of Venture Capitalists when investing in startups! |
You made it to the end! Now, treat yourself to our gift.
And hey, let's stay connected! Follow us on socials for more good stuff.