telidyne is working on developing carbon dioxide capture Solutions
Telidyne is an OTC listed company, under the symbol (TLDN) and is an early stage development company working on developing a prototype for capture of carbon dioxide using Molten Salt Catalytic Reactor (MSCR) technology with relatively low energy consumption.
Carbon dioxide, a key greenhouse gas that drives global climate change, continues to rise in the atmosphere every month due to burning of fossil fuels in power plants. The greenhouse gases absorb solar infrared energy and trap that heat close to Earth's surface thus raising the average temperature of the Earth. According to data, the global atmospheric carbon dioxide evel in 2020 was 412.5 parts per million (ppm) as compared to 291 ppm in 1900. The annual rate of increase in carbon dioxide levels over the past 60 years is about 100 times faster than previous years. A strong connection between climate change and wildfires has already been established by the scientists as conditions become hotter and drier due to climate change. Scientists say, that the current levels of carbon dioxide, in the atmosphere are higher than at any point over the past 800,000 years, and their ability to trap heat is adversly impacting our climate and resources in numerous ways.
The seriousness of greenhouse gas impact on climate change has made carbon capture technology among the most important in the near future. Telidyne's MSCR carbon capture technology process would introduce carbon dioxide gas into a reactor containing liquid metal catalyst in a solvent. When electricity from an external source is introduced into the reactor, a reaction starts at the optimum temprature to break down carbon dioxide molecules into oxygen and solid carbon. Telidyne plans to develop a prototype reactor and study various catalyst and solvents to determine the optimum reaction conditions with least input of energy. Preliminary research in the industry has shown that this approach for caputring carbon dioxide is quite energy efficient and provides high conversion efficiency.
The seriousness of greenhouse gas impact on climate change has made carbon capture technology among the most important in the near future. Telidyne's MSCR carbon capture technology process would introduce carbon dioxide gas into a reactor containing liquid metal catalyst in a solvent. When electricity from an external source is introduced into the reactor, a reaction starts at the optimum temprature to break down carbon dioxide molecules into oxygen and solid carbon. Telidyne plans to develop a prototype reactor and study various catalyst and solvents to determine the optimum reaction conditions with least input of energy. Preliminary research in the industry has shown that this approach for caputring carbon dioxide is quite energy efficient and provides high conversion efficiency.
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