This eco-opportunity is waiting to be made! Find out what it is!

This eco-opportunity is waiting to be made! Find out what it is!

I bet you’re wondering what in the world could you possibly say about glass that I don’t already know? It just so happens that there are some pretty cool facts that you’ll find interesting. There is an opportunity that is waiting for the right person. Maybe that person is you?

Glass is a material that plays an important role in eco-friendly products. It offers us choices in the store instead of plastic packaging. As a conscious shopper, I always look for glass drink bottles.  As a matter of fact, glassware is often used at home over its entire lifetime.  We have mastered the versatility of glass and we craft it into all shapes and sizes. We use it for furniture, automobiles, to insulate houses and artwork. It makes a huge difference in our lives. We rely on it and we’ll always find a use for it!

The beauty of glass is it won’t lose its purity. It’s the best way to create new post-consumer products. They recycle it into containers, fiberglass, reflective beads, and road paving material. However, recycling and manufacturing glass consumes a huge amount of energy! It’s not readily biodegradable? The glass we throw outlasts up to 1000 years. Over time the glass breaks into small pieces from exposure to the sun and oxygen. Hundreds of years go by and it slowly disintegrates. Only then does the glass turn into molecular pieces. Molecules such as Silica (sand) limestone, soda ash, and feldspar. All-natural resources.

The carbon stash on glass

The major factor in the calculation of its carbon footprint is simple. The factors include mining fossil fuels, transportation, processing, and manufacturing. The process starts by mining the raw materials to make new glass. Next, they collect used glass, sort it, then transport it to the manufacturing plant. Both the recycled glass called “cullet” and new material melts together in the manufacturing process. This process happens in temperatures of 2400-3000 degrees Fahrenheit.

So, not only does the manufacturing process contribute to the increase in CO2. We also ship our used material to end markets overseas. But these foreign governments now only want A-rated recycling material. From the smokestacks of trains and boats to bottles and bowls. The overseas shipment of used materials, production, final shipment of products all increase CO2. Manufacturing here at home will help solve the warming planet. It will create jobs, boost the economy and reduce our reliance on fossil fuels.

The circular way of glass

According to Recycle BC, British Columbia manufacturers recycled Canadian glass. This is a great example of a circular economy. As opposed to the linear economy we’ve built today. A linear economy has a take, make and disposal production model. It has a higher carbon footprint. If we don’t manufacture close to home it increases the carbon footprint. The material will either goes to the landfill or sold to an overseas country.

The landfills will always emit CO2 and methane as long as they exist. The Canadian research connections state that Canada has over 10,000 landfill sites. These sites emit 20 Megatons of CO2 annually. There is no economic return when we throw away materials into landfills. It’s estimated that 410,000+ tonnes of glass is sent to the incinerator or landfill in Canada. 

What each city needs are a manufacturing and processing plant for each commodity. We can’t rely on foreign governments to offer a solution. A circular economy would support recycling. So, Science has developed a new method in the processing of glass.

The eco-opportunity

There is a fresh idea that extracts liquid silicate from recycled glass. The method reduces energy costs by 50%. This new method of re-manufacturing also requires less money and leaves very little waste. #Interesting fact. You can find Silicates in 95% of the Earth’s crust and upper mantle. Silica is in many products we use today! You’ll find it in daily products such as toothpaste, fertilizers, and detergents! Scientists from the University of Queensland are looking for commercial partners to take this method to the next level. They want to use this method and develop household products.

Glass is a necessary element in everyone’s life. Like plastic, It’s not going to go away anytime soon! Governments have room for improvement and should encourage technologies to lead the way. New technologies and a circular economy will change us for the better. The entrepreneurial desire to create markets within Canada will make a difference. It’ll create jobs, fight pollution, and lower the carbon footprint.

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