Turn CO2 emissions into baking soda additives

An Indian chemical factory has successfully run a system to recycle CO2 emissions and convert this gas to produce baking soda.

An Indian chemical factory has successfully run a system to recycle CO2 emissions and convert this gas to produce baking soda.

Tuticorin Alkali Chemicals Company, located in the industrial city of Tuticorin, is expected to successfully convert 60,000 tons of CO2 emissions each year into baking soda and other chemicals. This technology development team said it is possible to convert up to 10% of total emissions from coal on a global scale.

Picture 1 of Turn CO2 emissions into baking soda additives

CO2 recovery technology is not new.

Although CO2 recovery technology is no longer new, the improvement point here is that Tuticorin has installed the system towards maximizing profit, not merely recovering emissions.

"We do business, not environmentalists, so for us, profit is above all. Therefore, the recovered gas must be reproduced to be profitable." - Director factory, Ramachadran Gopalan said.

The inventors of this technology are London-based Carbon Clean Solutions, which has developed a similar system funded by the British government. The operating principle of this system is to use special chemicals to filter out CO2 molecules.

Picture 2 of Turn CO2 emissions into baking soda additives

CO2 emitted from plants is extremely large.

In Tuticorin's operating system, the plant uses thermal energy from coal to operate the steam system of the chemical production cycle. Steam contains chemicals that separate CO 2 from exhaust gas before they are released through the chimney. After being filtered, CO 2 mixes with salt and ammonia in a special tank. The product of this filtration process can be used to make baking soda or some other compound for use in the manufacture of glass, bleach, deodorant and sweetener.

The most significant improvement of this system compared to previous CO2 absorption cycles is the replacement of ineffective amine compounds with a high-efficiency and energy-saving membrane filter. so many, so much.

Picture 3 of Turn CO2 emissions into baking soda additives

Economic efficiency is initially negligible but very positive.

Another significant advantage of the system is that it has reused CO 2 to produce other products, not merely recover and store as many places currently apply. This is a big step in building a recovery and regeneration system for CO2 to create new products. Helping reduce emissions becomes more economical and attractive to economists.

"We need to do everything we can to minimize the harmful effects of using fossil fuels and being able to reuse CO2 is such a good news, even if it's only a small amount" - Ronald Oxburgh, The head of the UK government's emissions reduction advisory group added.

Update 16 December 2018
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