Podcast: Sustainable Materials

122: Reactive Surfaces – Bringing Surfaces To Life

Most US elementary school students learn about photosynthesis in their science class. The process is very simple – chlorophyll in the leaves and green stems absorb carbon dioxide and release oxygen back into the atmosphere. It is nature’s elegant way of capturing carbon dioxide. Carbon cycle is where humans and human activities put out carbon dioxide and processes such as photosynthesis absorb it. But when the NET carbon dioxide into the atmosphere exceeds what is absorbed – that to the extent of 30 – 50 gigatons of carbon dioxide, then we have a problem on our hands. Observing and learning from nature our guests Beth McDaniel, President and Dr. Steve McDaniel, CEO and Chief Innovation Officer of Reactive Surfaces try to replicate the carbon capture process in nature in their solution. They have created coatings that can be applied to surfaces to capture carbon – just like nature does it with leaves and stems. Using polymeric materials thinly spread on a surface, adhere to the surface and then cured. These surfaces when exposed to sunlight, will photosynthesise, capturing and fixing carbon, using the photosynthetic process to carbohydrate. To learn more about this truly fascinating solution listen to our latest episode of Mindful Businesses.

Mentions:
Embassy Row Project – Envirotech Pre – accelerator
Xprize
Musk Foundation

#climatechange #carboncapture #carbonsequestration #mindfulbusinesses #reactivesurfaces #photosythesis #learnfromnature #sustainablematerials
https://reactivesurfaces.com/
https://mindfulbusinessespodcast.com/

Read More
Sustainable Materials
Sustainable Materials
122: Reactive Surfaces - Bringing Surfaces To Life
/

4: Pioneer Millworks – Reclaimed and Eco-Friendly Wood

Rainforests are the earth’s lungs and forests are a huge part of the solution to climate change. But on the other hand, wood is considered a sustainable and renewable raw material. How is that so? We ask these questions to Jonathan Orpin, the Founder of Pioneer Millworks, a company truly focused on the triple bottom line. I visited their plant in Farmington, NY to see firsthand how they work as a team.

In these tumultuous times of mass layoffs, we have to introspect as to what makes a business successful. Pioneer Millworks operates on a simple belief that people, planet, and profit work to ensure a better future – Pioneer Millworks operates on the triple bottom line. In terms of the products they carry – they reclaim wood from abandoned or structures about to be torn down and give them a new life by creating marketable products. On average we process 1,062,000 board feet of reclaimed wood yearly—by reclaiming and reusing, has been saved from ending up in landfills. The new wood is harvested sustainably with minimal impact on the forests and the local communities. Pioneer Millworks offers a variety of sustainable, fairly priced options for consumers seeking a sustainable wood source. One especially fascinating product is Shou Sugi Ban, that uses the Japanese age-old technique of scorching wood. This technique makes the wood resist rot and insects in a sustainable manner and most of the options last for decade without requiring refinishing.

On the people front, Jonathan talks about how a well-thought-out succession plan is part of good corporate governance. With that in mind, they are currently a 30% employee-owned company (an ESOP) working toward being 100% employee-owned. Learn more in this episode of Mindful Business, about how a company can focus on people and the planet, and still be prosperous.

#sustainableforests, #reclaimedwood, #ESOP, #minfulbusinesses, #pioneermillworks, #FSCcertfied, #Triplebottomline, #shousugiban, #reclaimedtimber
https://pioneermillworks.com/
https://mindfulbusinessespodcast.com/

www.instagram.com/mindful_businesses_podcast

www.facebook.com/Mindfulbusinesses

Read More
Mindful Businesses
Mindful Businesses
4: Pioneer Millworks - Reclaimed and Eco-Friendly Wood
/

118: Aquipor – Permeable Sustainable Concrete

In this episode we talk with Greg Johnson, co-founder and CEO of AquiPor. AquiPor’s unique permeable concrete material in conjunction with proprietary engineering technology can transform traditional hard surfaces into stormwater infiltration corridors.The technology utilizes inherently low carbon “cement” and upcycled industrial minerals. This new concrete technology eliminates the need for CO2 emitting cement plants.

AquiPor’s permeable concrete technology not only manages stormwater naturally, but our material utilizes an inherently low-carbon cement that requires a fraction of the energy and emits a fraction of the CO2 than that of traditional concrete. By developing solutions such as these, AquiPor is not only addressing climate change, but making our communities more resilient, but also bringing better economics to our physical infrastructure systems. Learn more in this episode of Mindful Businesses.

https://aquipor.com/
https://mindfulbusinessespodcast.com/

Read More
Mindful Businesses
Mindful Businesses
118: Aquipor - Permeable Sustainable Concrete
/

115: Moonlight Technologies – Power of Nature for a Sustainable World

Nature is the best teacher. Imagine we use the power power of nature to create a more sustainable, safer, and healthier world. Imagine there existed a fabric that repels bugs, dirt, viruses, eliminates bad odors, self-cleans, and repels stains naturally. That is what Moonlight Technologies strives to create. 100% natural, sustainable, and carbon negative technologies for fabrics, surfaces, and hardgoods that protect and enhance people’s lives worldwide. In this episode we talk with Allie Sutton, CEO and Dr. Phyllis Levine, Global Medical Director of Moonlight Technologies who share their vision and passion of using plant extracts to improve lives by empowering humans to live more freely using nature’s innate abilities, Moonlight Technologies consists of an experienced team of doctors, scientists and entrepreneurs focused on providing sustainable innovation to the world. Together they have created:
1) EcoArmor – kills 99% of all bacteria, viruses, mold and fungus
2) Inspectproof – 100% plant based insect and pest repellent technology that repel mosquitos, fleas, ants, ticks, and mites
3) Ordorsafe – plant based odor eliminating and antimicrobial technology that permanently destroys all types of bad odors on fabrics
4) Mindfully Clean – self-cleaning technology that keeps the treated articles fresh and regardless of use
5) Natural and organic dyes – naturally derived, sustainable color-fast natural dyes.
Learn more about this fascinating invention and how it may change our lives forever.
https://www.moonlighttech.co/
https://mindfulbusinessespodcast.com/

Read More
Sustainable Materials
Sustainable Materials
115: Moonlight Technologies - Power of Nature for a Sustainable World
/

105: AIRCARBON – From Greenhouse Gas to Regenerative Materials

Our planet needs greenhouse gases (GHGs) that help trap the heat and keep our planet warm and without which, the earth would be a very cold place. There are four major components of greenhouse gases (GHGs) – Carbon dioxide, Methane, Nitrous Oxide and fluorinated gasses. But why are GHGs a problem? As the GHGs increases it heats up the planet – even 1.5 degrees C increase is enough to cause significant climate change. What if we take the problem (GHGs) and use it in our solution? That is what exactly AIRCARBON does. We talk with Mark Herrema, the CEO and co-founder of Newlight Technologies, who invented a process that by feeding greenhouse gasses to microorganisms found in the ocean, is able to extract the AirCarbon and use it to replace plastic, leather, acetate and other fibers.When made with renewable power, the production of AIRCARBON is a carbon-negative process, capturing or destroying more CO2e than was emitted to make it. Unlike synthetic materials, the AIRCARBON molecule is a molecule made throughout nature, and can be re-consumed by natural microorganisms like leaves or twigs, enabling life to restore itself.Learn more about this fascinating process on this episode of Mindful Businesses.
https://www.newlight.com/aircarbon
https://mindfulbusinessespodcast.com/
#biomaterial #GHGs #sustainablematerial #compostable

Read More
Carbon Capture
Carbon Capture
105: AIRCARBON - From Greenhouse Gas to Regenerative Materials
/

96: Re-Air: Geoship – Regenerative Architecture

“Out beyond ideas of right angles and hard lines, there’s a bioceramic dome. A place where nature, community, and healing come full circle. We’ll meet you there.” – Morgan Bierschenk, founder and CEO of Geoship, a homebuilding cooperative, owned by the people. Bioceramic domes combine the geometry/math of Buckminster (Bucky) Fuller with the material science of Rustum (Rusty) Roy – Geoship’s Founding Fathers. Bucky was a legendary American polymath and future architect. He invented Synergetic Mathematics and introduced the geodesic dome into mass awareness. Rusty was a legendary professor of material science with a focus on crystal chemistry. Morgan is knowledgeable and visionary in how regenerative architecture can be used to build living environments that reconnect human communities with the natural world. Geoship domes are built with all-ceramic composite panels, struts, and hubs. The lightweight ceramic parts are fused together on-site with ceramic mortar. The dome is repaired and resurfaced with the same highly crystalline ceramic material. Learn more by listening to our episode.

https://geoship.is/
https://www.mindfulbusinessespodcast.com/

Read More
Design and Innovation
Design and Innovation
96: Re-Air: Geoship - Regenerative Architecture
/

95: Center for Chemical Upcycling of Waste Plastics (CUWP) – Chemical Upcycling of Waste Plastics

We talk with Dr. George Huber, Richard Antoine Professor of Chemical Engineering at the University of Wisconsin- Madison and the director of Center for Upcycling Waste Plastics (CUWP) about his research in recycling plastics. His technology offers a solution to filtrate the polymer from different plastics by applying solvents solvents. Though multi-layer plastics are more complicated his technology, solvent-targeted recovery and precipitation (STRAP), is able to use thermodynamics and solvents to disintegrate them into their constituent resins. It’s a fascinating process – the key is to capture 99% of the polymer and make sure nothing is release into the atmosphere. With consumption of plastics showing no signs of abating, it is crucial to recycle efficiently to reduce the consumption of new plastics. CUWP consists of six universities, over ten industrial partners, one national laboratory, and one industry association. They also share with scientists, engineers, policy makers, business leaders, and the general public to help them make informed decisions about the costs and benefits of new technologies for plastic recycling. Learn all this and more from Dr. George Huber.

https://cuwp.org/
https://www.mindfulbusinessespodcast.com/

Art by Xin Zou, University of Wisconsin-Madison for Hochan Chang, Min Soo Kim, George W Huber, James A Dumesic, Design of closed-loop recycling production of a Diels Alder polymer from a biomass-derived difuran as a functional additive for polyurethanes, Green Chemistry (2021) 23, 9479-9488.

Read More
Design and Innovation
Design and Innovation
95: Center for Chemical Upcycling of Waste Plastics (CUWP) - Chemical Upcycling of Waste Plastics
/

94: The Glad Products Company – ​​Doing More to Waste Less

In this episode we talk with Eric Schwarz, General Manager of The Glad Products Company. He talks about Glad’s commitment to reducing our environmental footprint, and helping consumers with their own green goals. Their sustainability journey focuses on 4 key areas: Products, Production, Packaging and Programs.
Products with less plastic – Glad has developed breakthrough technology that enables their most popular product, the drawstring kitchen trash bags to use less plastic than leading competition without sacrificing strength. They have to reduce 50% of virgin materials in Glad Trash by 2030 and have reduced it by 13% as of CY2020. Production with less pollution – they are improving manufacturing processes to reduce environmental impact. They have achieved the goal of Zero Waste to Landfill manufacturing for North American plants and utilize 100% renewable electricity in our North American plants. Packaging with less waste – reduce its environmental impact with the goal of 100% recyclable, reusable or compostable. They have achieved in making their packing 99% recyclable and have a 48% reduction in virgin packaging as of CY2020. Programs with more purpose – Glad teamed up with Recyclops to improve curbside recycling access across the U.S. Learn more in this episode.

https://www.glad.com/sustainability/
https://www.mindfulbusinessespodcast.com/

Read More
Packaging
Packaging
94: The Glad Products Company - ​​Doing More to Waste Less
/

90: Better Meat Co. – Plant Proteins For A Better Planet

Paul Shapiro, author, entrepreneur at the age of 13 told his parents that he wanted to become a vegetarian. Until that point every meal that Paul ate had meat. From that moment on, he has been on a journey to help reduce the consumption of meat on the planet. First by lobbying for better farm and agricultural practices to writing a book and talking about it. He soon realized that people have to be offered a better, whole and cheaper alternative to stop eating meat. Convincing people to give up meat on the basis of animal cruelty and its impact on our planet isn’t sufficient. Better Meat Co grows plant based meat by fermenting Rhizas – mycoprotein, protein made from fungi. Rhiza is objectively superior to textured plant protein isolates commonly used to make plant-based meat today. When it comes to nutrition, meat-like texture, and efficiency, Rhiza is just better because of its exponentially quicker harvest cycle, while using fewer resources such as land and water. It’s also a whole food with a complete amino acid profile, not a protein isolate or fractionate. They take common ingredients like potatoes and subject them to an age-old fermentation technique. Within hours, the result is an all-natural, high-protein, whole food with the natural texture of animal meat. If you are a meat lover committed to a healthy and sustainable lifestyle, this episode is for you.
https://www.bettermeat.co/
https://www.mindfulbusinessespodcast.com/

Read More
Food
Food
90: Better Meat Co. - Plant Proteins For A Better Planet
/

86: Forust – 3D Printing to Rematerialize Wood Waste

Every year, 15 Billion trees are cut down to produce paper, build homes, and make furniture. From this, millions of tons of wood waste are generated annually. A portion of this waste is recovered and sold to downstream markets to make particle board or wood pellets for energy. The remaining sawdust is either burned – contributing to air pollution – or sent to landfill. Though biodegradable, sawdust can be harmful to the environment in large quantities when landfilled. As it decomposes, sawdust releases high concentrations of lignin and fatty acids, which can contaminate water supplies, potentially poisoning wildlife and micro-organisms. We speak with Andrew Jeffery, Co-founder of Forust, by Desktop Metal, uses the power of high-speed, high-resolution 3D printing to give a new life to a discarded resource – creating strong, beautiful and carbon-friendly wood products from wood waste. For each tree saved, we reduce the CO2 footprint by a metric ton over the tree’s life. Learn more in our next episode.

Mentions:
Virginia San Fratello
Ronald Rael
https://www.forust.com/
https://www.mindfulbusinessespodcast.com/

Read More
Design and Innovation
Design and Innovation
86: Forust - 3D Printing to Rematerialize Wood Waste
/