When it comes to shopping, it can be tough to find items that aren't packaged in plastic. In fact, one-third of household waste is packaging, and much of that ends up in landfills. This trend is starting to change, thanks to an unlikely material: fungi. That's right: mushrooms.
When combined with agricultural waste, mushroom material is rapidly renewable, naturally fire resistant, easily molded, high performing and cost competitive. The part of the mushroom that is most important for Ecovative is the mycelium or the mushroom roots.
Reflecting on International Composting Awareness Week (ICAW) • Industrial waste may not be very visible to consumers, but consider this - municipal solid waste (what we all go through at home) is only 3% as a percentage of industrial waste in the US. We may see this as scrap metal, wood, and plastic, but a vast majority of this waste is contaminated water streams. • At Ecovative, our material waste from experimental runs and quality rejects ends up in this dumpster and then on to an industrial compost facility, remaining fully bio-compatible at the end of life.
The company has two ways of growing products. Molds allow the team to use standard or custom shapes to create products for packaging and home accessories. The process to develop this natural packaging sounds like something right out of science experiment book.
First, the team collects and cleans agricultural waste from farmers. Then, they introduce it to mycelium in reusable trays and step back to let nature do its magic. Amazingly, after just a few days, the parts are fully grown. At this point the newly formed parts are removed from the trays, dried and shipped to customers.
The second way Ecovative grows products is through their system of mCore Structural Panels. The team grows large blocks of mycelium composites which are used in structural applications such as door cores, furniture cores, and building construction. The result is a material that holds up very well of conventional packaging and can be used as a direct replacement for a range of different types of materials.
Earth day is here! 🌎 And while the entire day is meant for observation of the magic and mysteries of our entire planet, at Ecovative we enjoy focusing on our local community, as well as appreciating the larger governing bodies that work towards sustainable innovation through funding and legislation 🍄🍄
Unlike plastic and styrofoam, consumers can dispose of this packaging in a way that is not harmful to the environment. How does this work? While the mushroom material is durable, users can break it down if they expose it to the right conditions. If broken down into small pieces and introduced to other elements, the packaging can return to the earth in roughly one month.
Every piece of Mushroom Packaging is custom designed. Kenny, one of our engineers, is designing a tool where #MycoFoam will grow to the exact shape and size our packaging customers requested. This is also how we grow our #MycoBoard custom shapes, which is more efficient than cutting and faster than bending traditional wood products into shape.
To consistently get the right type of materials, Evocative has an internal and external group of pros that help them harvest specific kinds of mushrooms to have enough mycelium. The group is composed of scientists and product designers to make sure the product is always consistent and top notch.
So far Ecovative’s efforts to make a more eco-friendly alternative to harmful packaging have been recognized and applauded. The company’s co-founder even landed on the Forbes ‘30 under 30’ list of top young innovators in the category of Manufacturing and Industry. With demand growing for more environmentally responsible packaging, the future looks bright for the development of mushroom-based packaging.
Sweden's aggressive target of generating over 40 terawatt-hours of renewable energy by 2030 could be reached nearly a decade early. A massive amount of wind power projects could hit a snag in market value with subsidies, but SWEA could push to close those up by the end of the year.
It's challenging and laborious to detect this bacteria that decimates bee populations, so an apiary inspector trained a dog to do it. They're amazing.
New technologies means that instead of sucking power off the energy grid, buildings can feed back into it, powering other buildings and even cars.
A sixth-grader in Massachusetts has begun developing a robot that's able to detect microplastics in our ocean after wanting to make a difference at the Boston Harbor. Her ultimate goal is to create a way to also pick up trash and cut costs in the process.