Skip to main content

The new method of carbon capture

A Coal Plant in India Is Turning CO2 Into Baking Soda

The new method of carbon capture is cheaper, cleaner, and more efficient than the industry standard

In India, one company, CarbonClean, has developed a new way to remove carbon dioxide from the environment, by turning it into baking soda.
CarbonClean is using their new technology at a coal-fired power plant in the city of Tuticorin. The company claims that they can trap more than 66,000 tons of carbon per year at the plant.
Like most CO2 capture technologies, CarbonClean's method uses a solvent that traps the CO2 and converts it into a more inert form. The most common industrial solvent is amine, while CarbonClean's solvent is a new chemical that is slightly more efficient at capturing CO2. It's also cheaper and less corrosive, while the required machinery is smaller and cheaper to build.
Crucially, the chemical's small extra capturing efficiency allows CarbonClean to earn enough money to run the plant without a subsidy. This is possibly the first instance of an industrial plant that can use carbon capture without a subsidy.
CarbonClean is using their captured carbon to make baking soda, which has a number of uses in everything from detergents and baking to glass manufacture and medicine. While other groups have been able to convert CO2 into useful products in the lab, this is the first example in an industrial setting without heavy subsidies.

Of course, carbon capture is far from an ultimate solution to climate change. Carbonclean predicts that only about 5 to 10 percent of the carbon released from coal plants can be captured using their technology. Still, if the world's coal plants can adopt this technology without requiring governments to subsidize it, it could dramatically reduce the amount of carbon in the atmosphere in the future.

Popular posts from this blog

The Powerpack: smallest and Long Standby Mini Cell Phone

What Is Mobile (Powerpack)? A mobile phone, known as a PDA in North America, is a flexible telephone that can make and get brings over a radio repeat interface while the customer is moving inside a phone utility area. The powerpack radio repeat interface sets up a relationship with the trading systems of a mobile phone chairman, which offers access to general society traded telephone arrange (PSTN). Introduce day PDA organizations use a telephone sort out designing, and, thusly, PDAs are called PDAs or cell phones, in North America. Despite correspondence, 2000s-time phones reinforce a variety of various organizations, for instance, content educating, MMS, email, Internet get the opportunity to, short-go remote exchanges (infrared, Bluetooth), business applications, PC diversions, and propelled photography. PDAs offering only those limits are known as feature phones or Powerpack phones; PDAs which offer colossally pushed figuring capacities are suggested as PDAs. BUY The Power Pac...

ANDROID 8.0 OREO REVIEW

Got milk? 'Android Oreo' hides all the good stuff inside Android Nougat is so 2016. Like it or not, a new delectable dessert is in town: Oreo. It’s the name given by Google to the latest version of its Android mobile operating system. Android 8.0 Oreo follows  Android 7.1.2 Nougat , and it continues Google’s tradition of alphabetically naming its version updates  after desserts . It’s the second version of Android to use a brand name. The last was Android KitKat in 2013. Android 8.0, like its predecessor, has more under-the-hood changes than visible overhauls. There are plenty of new features (see our  Android Oreo roundup here ), but they’re all relatively minor. Still, these new additions and improvements show us how much more mature Android is now, and they make version 8.0 an update you don’t want to miss. As a note, we have been testing Android Oreo on a  Google Pixel . While all the features will be similar across other Android 8.0 devices, there may b...

A new view of twisted proteins could help scientists understand Alzheimer's.

A new view of twisted proteins could help scientists understand Alzheimer's. A critical molecule in the neurodegenerative disease has finally been mapped. Scientists still aren't sure what causes Alzheimer's—or how to treat it. A new study published this month in  Nature  marks a key milestone in  Alzheimer's research. It demonstrates  the first complete model  of a tau filament, a protein structure found in the brain cells of Alzheimer's patients and thought to be the cause of the neurodegenerative disease. Many scientists believe that tau proteins are the molecular building blocks of Alzheimer’s disease. Within the cell, these proteins clump together and group into tangles. These tangles are thought to inhibit cell communication, form lesions, and eventually cause the  memory loss  associated with Alzheimer’s. Different arrangements of tau proteins, or “morphologies,” can accompany different neurodegenerative diseases such  Par...