Superheated main steam isn't used to desorb the carbon dioxide from the MEA. Low pressure, low temperature, low value steam bled from the last stages of the low pressure turbine is usually used. This keeps the thermal efficiency penalty to the power station to a bare minimum.
It’s actually reboiler called thermosyphon reboiler. Saturated steam is used in shell side to heat the MEA to desorption of CO2. Superheated steam normally won’t use because of its less latent heat.
They should reuse hydroelectric plants to power stations like these, while moving the grid towards Nuclear energy. Also, to those in the comments section berating carbon capture technology, I would point out that no amount of trees is going to capture all the carbon we burned from deposits in which it was stored safely for millennia. One plant over a short period of time won’t fix the problem, but it’s a start.
FORMULATED MICROCRYSTALLINE WAX WILL CAPTURE CARBON The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation result into a black wax solution thereby making it impossible for the carbon to escape into the environment while in a liquid state. Other toxic particles are also captured in the wax settling at the bottom of the tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the tank working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson waxogen@gmail.com
It works by being very energy intensive, making any work it does pointless. It also works by being very expensive and not very scalabe. Mostly though, it has worked very well in the greenwashing of large industry and governments trying as hard as possible to avoid changing the status quo.
FORMULATED MICROCRYSTALLINE WAX WILL CAPTURE CARBON The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation resulting in a black wax solution thereby making it impossible for the carbon to escape into the environment while in a liquid state. Other toxic particles are also captured in the wax settling at the bottom of the tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the tank working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson waxogen@gmail.com
FORMULATED MICROCRYSTALLINE WAX WILL CAPTURE CARBON The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation resulting into a black wax solution thereby making it impossible for the carbon to escape into the environment while in a liquid state. Other toxic particles are also captured in the wax settling at the bottom of the tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the tank working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson waxogen@gmail.com
"In a standard CO2 separation process applied to flue gas (10-15 kPa CO2) at 40 °C, and using 30 wt% MEA and 90% CO2 removal, typical minimum stripper reboiler duties are ∼3.6-4.0 GJ per tonne CO2 captured." - (Issue 5, 2018 “Energy and Environmental Science”)
I literally thought I had a genius idea the other day and came up with this / even made schematics for it but it already exists. My idea is slightly different though. Thank you guys though for helping the planet and make this dream a reality
The flue gas from where CO2 has to be extracted, has a temparature of 160 degree Centigrade itself. Can someone explain?? 1. So, do we have to cool the flue gas? In that case there will be Cold end corrosion due to SOx conversation to Sulphuric acid. 2. If not cooled, do the MEA solution really absorb CO2 from a 160 °C flue gas? Because it is being told that the solution releases absorbed CO2 at 110°C only. How does it happen?
yes, we recover heat from flue gas and utilize it for heating purposes and then cool flue gas will pass through further absorption and desorption process.
The % efficiency of current systems is dismal compared to theoretical - adverts for heaters that make lots of heat for tiny electric input are all over the web couldn't millions of them be use to re-generate the absorber LOL.
I’m disappointed to see ABB jumping on the carbon hoax bandwagon. CO2 varies with temperature from the 400’s to the 600 PPM. Life is carbon based, and CO2 is heavier than air, so CO2 never makes it up to the stratosphere 7+ miles high. Build a simple grade school terrarium and don’t put in anything other than plants. The lack of CO2 is what not only stunts the plant growth but what eventually kills the terrarium. I did that in elementary school in the 70’s. This is proof that not only is the BOE worthless, but college is a money racket.
Very well explained. How is the boiler energized to provide the super heated steam to heat the MEA- fossil fuels?
You could use fossil fuels. It's not like you wouldn't know what to do with the effluents.
Superheated main steam isn't used to desorb the carbon dioxide from the MEA. Low pressure, low temperature, low value steam bled from the last stages of the low pressure turbine is usually used. This keeps the thermal efficiency penalty to the power station to a bare minimum.
It’s actually reboiler called thermosyphon reboiler. Saturated steam is used in shell side to heat the MEA to desorption of CO2.
Superheated steam normally won’t use because of its less latent heat.
How is MEA safe to use and how is it discarded when its efficiency has ended? Also, what's the heat source?
is there is atype if Anime solvents which treat brine water and where l can get it.....?
Excellent
They should reuse hydroelectric plants to power stations like these, while moving the grid towards Nuclear energy. Also, to those in the comments section berating carbon capture technology, I would point out that no amount of trees is going to capture all the carbon we burned from deposits in which it was stored safely for millennia. One plant over a short period of time won’t fix the problem, but it’s a start.
FORMULATED MICROCRYSTALLINE WAX WILL CAPTURE CARBON
The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation result into a black wax solution thereby making it impossible for the carbon to escape into the environment while in a liquid state. Other toxic particles are also captured in the wax settling at the bottom of the tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the tank working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson waxogen@gmail.com
It works by being very energy intensive, making any work it does pointless. It also works by being very expensive and not very scalabe. Mostly though, it has worked very well in the greenwashing of large industry and governments trying as hard as possible to avoid changing the status quo.
Is there an issue with too much nitrogen in the atmosphere? I know it's not a GHG, but are there concerns with removing the CO2 and adding nitrogen.
Nitrogen's already about 78% of the atmosphere, nitrogen's fine
The atmosphere is and has been 79% for hundreds of not thousands of years. SCUBA divers know this, college “educated” people believe otherwise.
What is plant coat with capacity
Hello, do you have any suggestions for co2 separation in the wellbore? I'm thinking of removing the co2 down hole before it reaches the surface.
FORMULATED MICROCRYSTALLINE WAX WILL CAPTURE CARBON
The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation resulting in a black wax solution thereby making it impossible for the carbon to escape into the environment while in a liquid state. Other toxic particles are also captured in the wax settling at the bottom of the tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the tank working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson waxogen@gmail.com
FORMULATED MICROCRYSTALLINE WAX WILL CAPTURE CARBON
The heat loss from a smokestack can be forced into a large tank containing hot liquid microcrystalline petroleum wax. The heat will keep the wax at a molten state which facilitate the carbon to be absorbed when combined with the wax. Carbon when mixed with wax reacts like a dye. The wax-carbon amalgamation resulting into a black wax solution thereby making it impossible for the carbon to escape into the environment while in a liquid state. Other toxic particles are also captured in the wax settling at the bottom of the tank forming into a sludge. A sludge release valve is located at the bottom of the tank. After the sludge is removed more wax is replaced in the tank working something like a toilet. The sludge becomes a byproduct that can be used as an additive to asphalt for roads or used for cocooning nuclear waste materials for long-term safe burial. The entropy of the Earth has been increasing at a startling rate since the beginning of the industrial revolution caused mainly by the carbon that is released into the atmosphere. Government scientists have failed to stop and prevent carbon pollution from entering the environment. This problem can only worsen until a solution is found before this problem becomes irreversible. It has been discovered that formulated wax has been shown to be the only answer to this problem. William Nelson waxogen@gmail.com
I'm missing a crucial detail here... How much energy does it cost? How much fuel extra do you need to pump it underground?
"In a standard CO2 separation process applied to flue gas (10-15 kPa CO2) at 40 °C, and using 30 wt% MEA and 90% CO2 removal, typical minimum stripper reboiler duties are ∼3.6-4.0 GJ per tonne CO2 captured." - (Issue 5, 2018 “Energy and Environmental Science”)
Excellent. At 3:08, can anyone tell please what is that green color instrument (mounted on steam line)?
Thanks.
Wireless temperature sensor
@@oktogen1476 Thanks for your kind reply.... Keep it up... But the green wing type instrument does not look integrated to the transmitter...
@@cck0728 Green are the cooling fins of thermoelectric element that powers the sensor.
@@oktogen1476 Thanks for your kind reply....Yes, now it makes sense.... Thanks...
I literally thought I had a genius idea the other day and came up with this / even made schematics for it but it already exists. My idea is slightly different though. Thank you guys though for helping the planet and make this dream a reality
Can i get a chance to work with you???
how does the boiler get energy to produce steam?
By electric heater
Ssshhhh. There's no thinking allowed in the global warming scam. Don't ask how much carbon it took to make the plant either. Just stop it.
The flue gas from where CO2 has to be extracted, has a temparature of 160 degree Centigrade itself.
Can someone explain??
1. So, do we have to cool the flue gas? In that case there will be Cold end corrosion due to SOx conversation to Sulphuric acid.
2. If not cooled, do the MEA solution really absorb CO2 from a 160 °C flue gas? Because it is being told that the solution releases absorbed CO2 at 110°C only.
How does it happen?
yes, we recover heat from flue gas and utilize it for heating purposes and then cool flue gas will pass through further absorption and desorption process.
Iron Oxide can do the same job far cheaper by converting CO2 into water
oops clicked on this then found out it was 11 years old
Plant a tree, a flower or a potato, they will all capture CO2 and provide something useful.
I’m here after Elon $100M tweet
:)
I already send one solution :) this here in the video very primitive system
@@lajosmolnar7631 haha I send somethink too! I bet mine s better than yours. Good luck
nice
What is long form of MEA?
Mono Ethanol Amine (MEA)
@@livelife8283 Mono Ethanol Amine aka MEA
Where are you now
all plants capture carbon
I wonder if we could use this type of technology to incinerate trash without pumping toxic fumes into the air
It is a shame that it isn't carbon neutral! ( it adds carbon to the atmospher!)
Do watch this video for carbon capture
musk just tweeted
:)
The % efficiency of current systems is dismal compared to theoretical - adverts for heaters
that make lots of heat for tiny electric input are all over the web couldn't millions of them be
use to re-generate the absorber LOL.
If you're in the foyer, why do you need to wear a hard hat?
I have developed
Innovative
Solution
Technology
NEEC energie, het NEEC institute is te koop, heeft geen co2 uitstoot en is nog goedkoop ook.
Ach dan niet.
Or just plant goddam trees
BLA bla bla keep it simple gets boring
We take government money and turn it into unicorn farts with fancy looking equipment. Clear enough for you?
I’m disappointed to see ABB jumping on the carbon hoax bandwagon. CO2 varies with temperature from the 400’s to the 600 PPM. Life is carbon based, and CO2 is heavier than air, so CO2 never makes it up to the stratosphere 7+ miles high. Build a simple grade school terrarium and don’t put in anything other than plants. The lack of CO2 is what not only stunts the plant growth but what eventually kills the terrarium. I did that in elementary school in the 70’s. This is proof that not only is the BOE worthless, but college is a money racket.