The process, called PCC (post-combustion capture), uses a liquid to capture the carbon dioxide emitted in the industry and can be part of a technology that can help reduce the emission of carbon dioxide from existing and future coal-fired power plants
The process, called PCC (post-combustion capture), uses a liquid to capture the carbon dioxide emitted in the industry and can be part of a technology that can help reduce the emission of carbon dioxide from existing and future coal-fired power plants by more than eighty-five percent.
The experimental plant, which uses this technology and is located in Beijing, China, is planned to capture 3000 tons of the gas per year. One of the main researchers from Australia, Dr. David Brockway, said that the project is part of a wider program to identify ways to significantly reduce the emission of greenhouse gases in the various fields of industry.
"Due to the modern world's reliance on coal, we need to find ways to become a cleaner energy source. We are happy to work together with our colleagues in China and help find solutions to this global challenge," says the researcher. "In his last visit to China, the Prime Minister of Australia stated that China is the largest consumer of coal in the world and that Australia is its largest importer. Because of this, Australia and China must work together to develop coal-based technologies with low emissions of polluting gases."
The joint venture will focus on evaluating the activity of an amine-based experimental plant under Chinese conditions. "This will allow this technology to advance in the Chinese energy sector and lead to a greater impact than if it had been held in Australia alone," says the researcher.
"The next steps in the research will be to advance to a wider feasibility stage, before moving to a system that will operate at full capacity." For this joint research, the Australian government allocated 12 million dollars, four of which went to researchers from China.
10 תגובות
It is hard for me to believe that this is a milestone for the capture of PADF after a fire
The use of amines for this purpose was developed back in the 40s of the last century. The substance commonly used today for this purpose is called mono-ethanol-amine. The uniqueness of this molecule is that it can dissolve in water because it is an alcohol, but it also forms a contact with the PADH molecule because it is acidic and the amine is basic.
Therefore, this process is not perfect because it is then necessary to detach the PADH molecule from the amine in order to send it to storage and the amine for reuse (recovery) and this separation only happens at a fairly high temperature of approximately 140 degrees Celsius - which means that the process consumes a lot of heat.
They tried to overcome the problem by using secondary and tertiary amines, the energy required to restore them is reduced. However, in these Amines they have a reduced tendency to engage the FDF and therefore more reliable and larger equipment is required for the FDF capture operation.
Today's research is going in the direction of using aqueous ammonia for the benefit of capture, which is much more economical in energy, or calcium carbonate solution, which is weakly basic. At the same time, the use of membranes for this application is being investigated, although I am not aware of such a membrane that exists commercially today
In conclusion, this is an interesting subject in which many resources will continue to be invested in the future
I wonder if the article can influence people because then the women will start selling their jewelry as quickly as possible [everything included with diamonds]
Because if Odin's master plan comes out it means that the diamonds will lose their value in the market:]
Good night:]
For my people, the object.
Correction of a mistake: on a large scale... comprehensive, achievements for every wise man, who considers it a noble value.
Michael
It's the thought that counts.
Smart women know how to channel everything and in a wise way.
Once diamonds are easy to get they will no longer work for the women who want to play it hard to get.
I hope, by the way, that my lovely pair will keep its narrow scope and that it will never be possible to set diamonds on it in a wide scope 🙂
Dear fan,
Regarding the first part of your response, my response to this is: Exactly!
Hugin,
I really liked "creating diamonds for setting on a wide scale".
Have a wonderful week everyone
post Scriptum.
To the fan club, we will meet at the regular meeting place, you must bring ten shekels and a KKL stamp and you mustn't forget all the words to the praise songs we wrote about me - because you know how upset I am when someone gets the words wrong. I sat and wrote praise songs to myself for whole nights and if I put in the effort So this is the least my fan club can do in return.
post Scriptum. 2
I need 2 volunteers, my cat threw up and someone needs to clean it up.
Greetings friends,
Ami Bachar, object
The hidden master plan behind this is the creation of diamonds for setting on a large scale.
Which guarantees that your wives will go crazy.. in the not too distant future.
Ami:
In my opinion, quite a lot is written here.
It is true that the exact chemical reactions are not described, nor is it written what to do with the liquid loaded with carbon dioxide after saturation, but the rest is described quite well.
A fan and Dr. Nachmani:
In the original it says that Australia is the largest exporter of coal and not the largest importer.
This time to the bride of an object of my admiration. You can tell that 12 million dollars were invested in the project.
Using this amount, an intelligent person like you should more or less estimate what kind of technology it is.
There must be a mistake in the article. China the biggest consumer of coal and Australia the biggest importer?
Does that mean Australia imports without using it? Do you keep the charcoal in formalin?
Probably a coal exporter...
The article is completely empty of content. The topic is so interesting and so topical. Something, a hint, a word that will testify to some sliver of edge about the patent. What in the article expands the news beyond what the reader knows after reading the title?
Too bad.