Australian Eco Technologies recently announced the successful development of a new generation of ecological cement that can absorb carbon dioxide. The product was developed by John Harrison and its main components are waste, fly ash, common cement and magnesium oxide.
This type of ecological cement is technically considered a major breakthrough. Carbon dioxide and its concentrates in the atmosphere have now become major concerns. Scientists believe that the concentration of greenhouse gases produced by humans, especially carbon dioxide, continues to increase, resulting in an increase in the average temperature of the earth and an increase in sea level. This new type of building materials can use magnesia to recover, low energy consumption, and release less carbon dioxide, which can digest large amounts of waste. Eco-Tech has proven that eco-cement is more resistant to sulfates, chlorides and other corrosive chemical elements and can be as strong as ordinary cement. The company claims that if ecological cement can replace 80% of the 1.65 billion tons of ordinary cement produced in the world, 1.5 billion tons of carbon dioxide will be absorbed.
For every ton of ordinary cement produced, 1 ton of carbon dioxide is released. In contrast, products such as blocks made of ecological cement are carbon dioxide neutralizers. Even when such blocks are combined with organic waste fibers, they are also carbon dioxide absorbers.
This type of ecological cement is technically considered a major breakthrough. Carbon dioxide and its concentrates in the atmosphere have now become major concerns. Scientists believe that the concentration of greenhouse gases produced by humans, especially carbon dioxide, continues to increase, resulting in an increase in the average temperature of the earth and an increase in sea level. This new type of building materials can use magnesia to recover, low energy consumption, and release less carbon dioxide, which can digest large amounts of waste. Eco-Tech has proven that eco-cement is more resistant to sulfates, chlorides and other corrosive chemical elements and can be as strong as ordinary cement. The company claims that if ecological cement can replace 80% of the 1.65 billion tons of ordinary cement produced in the world, 1.5 billion tons of carbon dioxide will be absorbed.
For every ton of ordinary cement produced, 1 ton of carbon dioxide is released. In contrast, products such as blocks made of ecological cement are carbon dioxide neutralizers. Even when such blocks are combined with organic waste fibers, they are also carbon dioxide absorbers.
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