Seaweed Forest has Be a high-profile good for anyone looking for solutions to some of the world’s biggest environmental problems. Climate-conscious companies are using seaweed instead of petroleum-derived materials to make products like sustainability Shopping bags and furniture. More seaweed forests have been used as a way Isolated carbonwhile the harvested seaweed is placed in livestock feed Try to heal Methane-filled bovine bur.
Now, a family is Marine biologics Hope to ride the seaweed wave by whipping these marine vegetables into fermented mud. The startup’s goal is to eventually collect millions of pounds of seaweed, liquefy and preserve, then analyze the condensed Goo and then split it into base components. From there, minerals, proteins or carbohydrates can be broken down, extracted and used in many consumer applications.
The first place to go is Enter your foodas emulsifiers are used in many types of food production. Then, maybe there are other products like cosmetics and anything made of plastic. First, the company just wants to collect all the sweet, sweet seaweed data.
Marine Biology CEO Patrick Griffin comes from a past life of finance and cryptocurrency – he was the first employee of blockchain company Ripple. But his time working directly in the crypto world ends suddenly after a horrible surfing accident.
Griffin’s surfboard was blown by waves from the ocean, and as he floated in the water and pierced his left eye, his face hit his face and had to be removed. It was a traumatic experience, he said, which made his perspective on life and priorities very different. “I really started thinking, okay, what will be the next chapter?” Griffin said.
Eventually, this experience prompted him to stay Blockchain and encryptionvery, very Unfriendly climate And there are huge Carbon Footprint. He left Ripple and started his own company with the Aquatic nickname.
“It’s a bit cliché,” he admits. “You make bones in cryptocurrencies and then start a climate technology company.”
Ironically, the accident made him excited about the ocean again. He saw the gap in the climate-resilient market in the form of basic building materials. Even all other climate-resilient work in the world (vehicle electrification, renewable energy investment) is often based on plastics or other oil-based materials.
“The chemicals and materials we use today are all based on petroleum,” Griffin said. “This is the last part of the puzzle you really have to cut down to make a big impact.”
He believes that seaweed (or large algae), as any of the thousands of multicellular marine plants are classified – should be a way to do that. Seaweed grows very quickly compared to land vegetation (sometimes Too fast) and has rich but variable chemical composite materials. To be able to rely on a consistent source of different chemical ingredients that can be found in seaweed, you first need to have a way to collect data about the plant itself.
“If people have a better understanding of the chemicals of seaweed, maybe we can better understand the markets that can handle them,” said Spencer Serin, chief scientific officer of the company. “This will rely on standardized testing strategies for seaweed, which need to be very open, transparent, and done at a high level.”
