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Speaker 0: All of the world's timber frames that are at least 500 years old are on stone foundations because stone is superior to concrete because it doesn't wick moisture. So your wood can sit directly on the stone without rotting as quickly.

We manufacture sustainable building materials using hemp and lime. Our structural blocks, which require no cement or concrete, are stacked like Lego with an adhesive binder. The main advantage of our hemp building system is the indoor air quality and comfort it provides. It regulates humidity, prevents mold growth, and maintains even temperatures. Additionally, it keeps buildings cooler in the summer. As the hemp plant grows, it absorbs carbon dioxide and stores it in the material, resulting in a negative carbon footprint. Our pilot facility is working towards commercial production.

This video showcases aerogel, the lightest solid material known to mankind. Made up of 99.9% air, it is created by extracting water molecules and replacing them with gas. NASA uses aerogel to capture materials from comet tails for analysis. It is not only the best insulator on Earth but also more valuable than gold, gram for gram. The translucent substance is both cool and useful, but the question remains: would you buy it as an investment or to store value?

"It looks, smells, and tastes like the butter we're all familiar with, but without the farmland, fertilizers, or emissions tied to that typical process." "The company is called saver and you better believe it." "Their pioneering tech uses carbon and hydrogen to make the stick of butter you see on this plate." "They take carbon dioxide from the air and hydrogen from water, heat them up and oxidize them." "Sustainability is why we are here. It's all done releasing zero greenhouse gases using no farmland to feed cows." "That's not all of the 51,000,000,000 tons of greenhouse gases emitted every year. 7% is from the production of fats and oils from animals and plants." "We expect that to be on the shelves kind of more like around 2027." "No palm oil, a significant contributor to deforestation and climate change."

We're testing a device using sound frequencies to put out fires. It could be used in kitchens or attached to drones for forest or building fires. Professor Brian Mark helped us a lot. Engineering is about finding simple solutions to complex problems.

I discovered something significant: the idea of using hemp to replace plastic and other materials. Hemp is illegal, but it could be a sustainable alternative. However, the reason it's not being utilized is because hemp absorbs a lot of carbon. Growing enough hemp to replace plastic would offset the carbon reduction efforts of Agenda 21. This is why they continue to let the world suffer from plastic pollution instead of using hemp.

In this video, we explore the art of geopolymer, which was used to create astonishing works of art in the dark ages. Geopolymer is the technique of casting artificial stone, and it can be recreated today. By using 3D printers to create molds, geopolymer blocks can be made, allowing for easier construction that can last for hundreds or even thousands of years. This raises questions about whether ancient civilizations used geopolymer casting to create structures worldwide, and challenges the truth we've been told about our ancestors.

A Canadian company invented indestructible bricks made from 90% plastic waste. The process involves crushing plastic, mixing it with concrete, and molding it into bricks like Lego pieces. These lightweight bricks are easy to handle and assemble without tools, weighing just £5 each. Despite their lightness, they are three times sturdier than traditional bricks. Would you trust them to build your future home? Translation: A Canadian company has created unbreakable bricks made from 90% plastic waste. The process involves crushing plastic, mixing it with concrete, and molding it into bricks like Lego pieces. These lightweight bricks are easy to handle and assemble without tools, weighing just £5 each. Despite their lightness, they are three times sturdier than traditional bricks. Would you trust them to build your future home?

To get to zero, you don't get to skip buildings or agriculture or industry or electricity or transport. You don't even get to skip planes or boats, you know, you've got to have it all. And that's why it's so many different companies is that you've got to change those industrial processes. There are some things like fission or fusion which will make a huge contribution. There's a thing called geologic hydrogen that if that pans out, that makes a big contribution. But, you know, even a pretty basic thing like a new window that is so amazing that it doesn't let the heat out in the winter or let the heat in during the summer. That can save you a lot of money and because you use less energy, that's very pro climate.

Agricultural emissions are a challenge, but Savor has developed a non-agricultural method for making food without greenhouse gases. Their fats are produced through a thermochemical process, unique in the world. Savor's technology aims to create sustainable and craveable food, like butter with a complex fatty acid composition. The goal is to make environmentally friendly food that tastes delicious, with plans to release butter soon and use Savor as a key ingredient in other products.

We manufacture sustainable building materials using hemp and lime in Alberta. Our structural blocks do not need cement or rebar, just an adhesive binder. The hemp building system improves indoor air quality, regulates humidity, prevents mold, and maintains comfortable temperatures. Each block captures 6 kilos of CO2, resulting in a negative carbon footprint for the building.

"It looks, smells, and tastes like the butter we're all familiar with, but without the farmland, fertilizers, or emissions tied to that typical process." "And this butter breakthrough, it's happening right here in Batavia." "The company is called saver and you better believe it." "Their pioneering tech uses carbon and hydrogen to make the stick of butter you see on this plate." "No palm oil, a significant contributor to deforestation and climate change." "They take carbon dioxide from the air and hydrogen from water, heat them up and oxidize them." "Sustainability is why we are here. It's all done releasing zero greenhouse gases using no farmland to feed cows." "We expect that to be on the shelves kind of more like around 2027." "Right now they're working directly with restaurants, bakeries and food suppliers, releasing these chocolates made with their butter in time for the holidays."

This is aerogel, a solid material that is mostly air. It is known for being an excellent insulator. In a test, hot lava was poured on the aerogel, and it was found that the aerogel protected the person from the heat. Even though the lava was still very hot, the person could touch and hold the aerogel without getting burned. This is because aerogel does not transfer heat quickly.

We've built a great quality of life for many by burning ancient carbon like coal, oil, and gas, but we need to stop.

We use container-sized reactors to absorb CO2 from the air. These reactors are built in a factory, shipped to the site, and arranged together. When air passes over the material in the reactors, it absorbs CO2. After about 30 minutes, we heat up the reactor to release the CO2, which is the end product. We have hundreds or thousands of reactors working simultaneously, with some always capturing and others delivering the CO2. To implement a capture project, we need access to land with suitable geology and renewable energy sources, as the process is energy-intensive. The end result is not a physical product, but a carbon removal credit, which is a financial instrument that we sell.

I am Nick Norvitsa, showcasing the world's first hydrogen cook stove that uses water as fuel. By using electrolysis, water is split into hydrogen and oxygen gas for cooking. The stove is easy to use with just three steps: fill with water, turn on the switch, and light the gas. The hydrogen burns orange, producing a high-temperature flame that boils water in 3 minutes. This clean flame is free of harmful emissions and safe to inhale. Thank you for your interest in our technology.

Speaker 0 describes installing an energy-efficient heating system in a barn: floor radiant heat with hot water underneath the surface, installed in March. The speaker turned the heat on for only one hour yesterday, and due to the system, the barn remains warm for twenty-four to thirty-six hours after activation. As a result, the speaker believes it is the most energy-efficient heating form they have seen, since one hour of operation can heat the barn for days. The system is powered by propane. The speaker filled the propane tank half a year ago, and the installers estimated that this setup should power the barn for at least a year. The heat produced is moist and rises from the ground, which the speaker notes makes it ideal for growing plants inside the barn. Plants mentioned as thriving under this heating method include a fig tree and aloe vera. The speaker contrasts this system with blown hot air, which they say dries out the sinus, and emphasizes that the radiant floor heat provides a pleasant environment. The setup includes a water heater that powers the in-floor radiant system. The speaker explains that turning a thermostat control is all that is needed, and the rest happens automatically. The propane tank is located outside the barn, and the speaker expresses that the system has been amazing in their experience. Overall, the speaker highlights three main advantages: exceptional energy efficiency (one hour of use yields heat for days), moisture-rich heat that is beneficial for indoor plant growth, and a comfortable, pleasant climate compared to traditional forced-air heating. The combination of a concrete or surface-mounted radiant system with a water-based heat source and propane fueling is presented as a reliable and long-lasting solution for maintaining a warm barn environment, with the added benefit of supporting indoor horticulture.

La sensación en la casa es de confort, te acoge con materiales limpios, psicológicos y sostenibles. En verano se nota el fresco, y en invierno el calor, creando un microclima independiente del exterior. La calefacción se complementa con pellet. Inicialmente, había dudas sobre si la estufa de pellet sería suficiente debido a la altura de la casa y su diseño abierto, pero la experiencia demostró que es más que suficiente para mantener la temperatura. **Translation:** The feeling in the house is comfort; it welcomes you with clean, psychological, and sustainable materials. In summer, you notice the coolness, and in winter, the warmth, creating a microclimate independent of the exterior. Heating is complemented by pellets. Initially, there were doubts about whether the pellet stove would be sufficient due to the height of the house and its open design, but experience showed that it is more than enough to maintain the temperature.

Some Canadians express skepticism online about investing in carbon management and ask why we don’t just plant more trees. This transcript explains what carbon management is, why we’re investing in this technology, and why planting trees alone won’t be enough to meet our goals. Carbon capture utilization and storage, or CCUS technologies, are safe and powerful tools to reduce harmful emissions from industrial processes like steel, cement, oil, and gas production, which are essential to our economy but often require high temperature and complex chemical reactions that produce CO2. CO2 is a greenhouse gas with a significant impact on climate change. Newer carbon dioxide removal technologies can even capture CO2 directly from the air, which is the only way to permanently address CO2 that has already been emitted. Once captured, carbon can be compressed and transported to use safely in things we’re already familiar with, like concrete. And now technology is helping us go even further, turning what could have once been pollution into cleaner fuels and chemicals. CO2 can also be stored deep underground in stable rock formations, including some of the same ones that once held oil and gas. In Canada, we have great natural geology for this, which keeps the carbon safely stored for the long term out of our air and out of our environment. While trees are a powerful natural climate solution, planting alone won’t be fast or large scale enough to handle all of Canada's emissions, especially in sectors that are tough to decarbonize, like cement or steel. For example, to match the 6,600,000 tons of CO2 that SaskPower's Boundary Dam Unit 3 has captured since 02/2014, we would have to plant between two hundred and twenty and four hundred and forty million trees and wait for them to grow over decades to reach the full carbon absorption. That’s why carbon management needs to be part of the climate solution. According to the International Energy Agency, reaching net zero emissions globally without carbon management is virtually impossible. That’s why countries around the world, Norway, Japan, The United Kingdom, and Australia, are all significantly investing in carbon management just like Canada. With continued investment, carbon management is helping to build stronger industries, attract global capital, and position Canada as a leader in low carbon technology. Investing in carbon management supports our climate goals and long term prosperity by reducing emissions while creating good jobs and supporting Canadian industries. It’s a win win. It’s a smart solution for a cleaner, stronger Canada. Remember, energy solutions equals Canada as an energy superpower.

Our tactile snack can be used to create Smash suits, like the anime and Spider-Man suits. Our technology has the same capabilities as human muscles, allowing for contraction, extension, flexibility, and adaptability to the body. This technology has various applications, including creating bio-inspired robots that can adjust to different environments for search and rescue operations, bushfire situations, and collapsed buildings.

Sabre has developed a new method to create food without using agriculture, reducing environmental impact. They produce fats through a thermochemical process, unique for being photosynthesis-free. The goal is to make sustainable food appealing for mass adoption. They showcase butter, burger, fries, and ice cream made with Sabre fat, aiming for craveable, juicy, and delicious alternatives to traditional options. Sabre plans to release butter soon and hopes their technology will help create environmentally friendly and tasty food products. Translation: Sabre has created a new way to make food without agriculture, reducing environmental impact. They produce fats through a thermochemical process, unique for not using photosynthesis. The goal is to make sustainable food appealing for mass adoption. They showcase butter, burger, fries, and ice cream made with Sabre fat, aiming for craveable, juicy, and delicious alternatives to traditional options. Sabre plans to release butter soon and hopes their technology will help create environmentally friendly and tasty food products.