the most likely source of carbon monoxide was the water heater. >> what was the closest source of carbonelow the bedroom two floors up. >> the water heater, he said was a disaster waiting to happen. one code violation after another. >> my major concern was that this water heater was not in the open as most water heaters are. it was in a sealed cabinet. >> closed up in that box, he said the unit could've been deprived of oxygen creating a risk of carbon monoxide. he said, venting was another problem. the vent cap was the wrong kind, in the exhaust pipe was set to low on the roof. it was all installed so poorly, he suggested that deadly carbon monoxide could've backed up into the home. the water heater was so faulty said mcdowell. >> you will hear from our experts that this is junk science as applied to the facts of this case. you will find that there is reasonable doubt. you may even find that the water heater did this. but regardless, you will not find the doctor when angler murdered his wife. because he did not. >> coming up. >> you had expert testimony on both sides of this. >> right.

. ,., _, ., ., carbon.we cannot live in a world where we are _ carbon. he said we cannot live in a world where we are waiting - carbon. he said we cannot live in a world where we are waiting for- carbon. he said we cannot live in a | world where we are waiting for one another to go fast. but that is the politics of it, the republicans point to what is happening in china, that's why they are being asked to cut oil and gas. colombia hasjust joined this new initiative, not a small country, they signed up to a non—proliferation treaty to oil and gas, is that a good initiative? certainly the non—proliferation treaty is something that will be required over time, but i think i want to go back to the point that this is a technology race, so think of yourself in the year 1900, and some of this is to you there's no point deploying electricity or cars because they are expensive technologies, lots of horses and machine two to pick up the horse manure, that was a stupid thing to do then and stupid now not to —— stupid a

it is a process known as carbon capture. today 's project earth reports national environmental correspondent ben tracy traveled to the central valley to show us how it all works. >> this place is pulling and pollution that we put up into the sky. >> what is happening here may not look like much. >> a bunch of rocks sitting on trays. >> it has the power to rewrite history. >> what carbon will offer us is the closest thing to a time machine. >> he is the ceo of heirloom carbon which just opened the first commercial carbon capture plant in central california. trays of limestone tower 40 feet high, sucking in carbon dioxide from the air like a sponge. in nature, that process takes months. >> we figured out how to do that in three days. when co2 molecules pass by, we just gobble that up. >> the co2 is separated out and will be injected into rock formations underground like at this facility so we can no longer warm the planet. over time, humans have pumped to trillion tons of co2 into the air. scientists say we need to remove 5 bi

a process known as carbon capture. it traps and stores the harmful by products of burning fossil fuels, senior national correspondent visited the central valley facility and shows us how it all works. >> reporter: this place is pulling in pollution that we put up into the sky. >> exactly. >> reporter: what is happening here may not look like much. >> it is a bunch of rocks sitting on trays. >> reporter: but, he says it has the power to rewrite history. >> carbon immobile offers us is the closest thing to a time machine. >> reporter: he is the ceo of heirloom carbon. just opened up the carbon capture plant in california. trays of lime stone tower 40 feet high, sucking in carbon dioxide from the air like a sponge. in nature, that process takes months. >> what we figured out is how to do that in about three days. so, when the molecules pass by they are gobelling it up. >> reporter: the co2 is separated out and it will be injected in rock formations under ground like at this facility so it can no longer warm the planet. ov

. >>> a bay area company developed a new way to deal with carbon capture.oday's project earth report senior cbs national environmental correspondent ben tracy traveled to the central valley to show us how it all works. >> reporter: this place is basically pulling in pollution we've put up into the sky. >> exactly. >> reporter: what's happening here may not look like much. >> it is a bunch of rocks sitting on trays. >> reporter: but it has the power to rewrite history. >> what carbon will offer is the closest thing to a time machine. >> reporter: he's the ceo of heirloom carbon which just opened the nation's first commercial carbon capture plant in central california. trays of limestone tower 40 feet high sucking in carbon dioxide from the air like a sponge. in nature that process takes months. >> what we figured out is how to do that in about three days. so when co2 molecules pass by, we're gobbling up that co2 molecule. >> reporter: the co2 is separated out and will be injected into rock formations underground like at this facility so it can no longer warm

and there you have it, a carpet of carbon monoxide. unconvincing, heavy smoke, carbon monoxide.e the level of carbon monoxide concentration in the interior of a car driven inside a garage with the gates closed and open. start the car, let's go get some fresh air for 7 minutes. carbon monoxide has the ability to bind to hemoglobin in the blood, thereby - red blood cells - lose their ability to carry oxygen. even with a minimum concentration of carbon monoxide of 5 mg meter, after 15 minutes a person exhibits symptoms of poisoning; on the contrary, emotional excitement, euphoria and even a surge in potency occur. near novosibirsk, a young couple decided to retire to a garage in an established ten. didn’t wake up, oh, there’s smoke, i can’t breathe, i’m thinking why my head hurts all the time, that is , electrocytes, they’re with blood, i understand everything, come on take out a gas analyzer, look at the readings , it’s 20 times higher, and this is in a closed salon, let’s get out of here quickly, otherwise, oh, listen, and you’re already turning pink, we see pink skin in the dead

and the roots exude carbon into the soil. you are helping turn a farm into a carbon sink.ational model. delegations from 135 countries have come to study this program. and it actually helped inspire a new law in california, senate bill 1383. which requires cities in california to reduce the amount of compostable materials they send to landfills by 75% by 2025. and san francisco helped inspire this and this is a nation-leading policy. >> because we have such an immature relationship with nature and the natural cycles and the carbon cycles, government does have to step in and protect the commons, which is soil, ocean, foryes, sir, and so forth. -- forest, and so fors. we know that our largest corporations are a significant percentage of carbon emission, and that the corporate community has significant role to play in reducing carbon emissions. unfortunately, we have no idea and no requirement that they disclose anything about the carbon footprint, the core operation and sp360 stands for the basic notion that large corporations should be transparent about the carbon footprint

in the rain forest continue, carbon dioxide emissions have risen again. the people of the world are we? what impact the biggest change doesn't happen the make up your own mind. me. the 5 time speakers and the titanic. this is what the newest cruise ship looks like today. and it's booking at fast. the cruise industry is the most rapid growing towards some sector generation 1000000000, and we visited co, samelle and mexico to see what all the fuss is the base. we wanted to know what literally powers this multi $1000000000.00 industry on this episode of transforming business. we're walk in the bows. things used to be different, cruising worth of santia. yes, there were swimming pools and 1st class dining, but the liners themselves were a lot smaller. they carried around 3 sides and passengers per trip. and overall, the industry was marked by a certain refinements and many now, here we are today. this is the largest cruise ship ever built. it's called icon of the seas, and measure is 365 minutes for as long as can carry 10000 people at a time. just over 3 qua

i think there is an alternative to carbon tax, and the alternative is a carbon market. in germany it is extremely costly to avoid further emissions. and i wonder if the same amount of money we have to spend in germany would have an even better affect on other places, at other places on the world, for example, to invest in electricity production in africa with renewable energy as part of a compensation of german steel industry and for their emissions could have globally better affect with lower investment, and it doesn't matter where carbon dioxide is emitted. it is a global challenge. so probably we should ask oecd to work on a common framework for a global carbon market as they did successfully on the global minimum taxation. if i'm allowed to i would like to add a second remark. to finance all our needs from transition fighting poverty and to prepare for the aging societies. i think there is one solution, given the demographics, given the investment needs. i i think we have to foster our productivity, and this is why i'm advocating for structural reforms in the labor

carbon capture is what it sounds like, trapping and storing carbon dioxide from the burning of fossilts critics. they say the technology is too expensive, doesn't do enough to reduce co2 in the atmosphere, and is, in fact, enabling some of the planet's biggest polluters. ben tracy has the story. >> this place is basically pulling in pollution that we put up into the sky. >> exactly. >> reporter: what's happening here may not look like much. >> it is a bunch of rocks sitting on -- >> reporter: but this man says it has the power to rewrite history. >> what carbon immobile offers us is the closest team to a time machine. >> reporter: it first opened the nation's first carbon capture plant in central california. trays of limestone tower 40 feet high, sucking in carbon dioxide from the air like a sponge. in nature, that process takes months. >> what we figured out is how to do that in about three days. so when co2 molecules pass by, we're just gobbling up that co2 molecule. >> reporter: the co2 is separated out and will be injected into rock formations underground like at this facility so

no carbon their rice, the easiest way to comply with the regulations on saw for nitrogen oxides and carbon dioxide intensity. all of the same time you use liquefied natural gas because it contains almost no sulfur. and it emits about 25 percent less carbon dioxide emissions. but conventional the old frank comb or is not convinced by liquefied natural gas being used in the shipping sector. u. c, l a n t is made up of methane, a gas that doesn't stay in the atmosphere as long as carbon dioxide, but is 80 times more when in for our promise in the short term. and what's interesting about maritime companies using l n, g is days, many of them are choosing liquefied natural gas as their fuel. and the engines that cruise ships use tend to be those that you met the most about unburnt methane to the atmosphere. and we saw this about things like this and for red camera shows the ship burning l n g. because you see illustrate the methane that's escaping the methane slips, the more methane, the bigger the kind. the cruise ship industry emits about $30000000.00 tons of greenhouse gases each year. and th

but hold on something to move to using liquefied natural gas, sol, all of this, no carbon their rice, the easiest way to comply with the regulations on soffer, nitrogen oxides and carbon dioxide intensity. all of the same time. you use liquefied natural gas because it contains almost no sulfur and it, he makes about 25 percent less carbon dioxide emissions spend conventional goals, frank comb or is not convinced by liquefied natural gas being used in the shipping sector. u. c, l a n t is made up of methane, a gas that doesn't stay in the atmosphere as long as carbon dioxide, but it's 80 times more. one thing for our promise in the short time. and what's interesting about maritime companies using l n. g is days, many of them are choosing liquefied natural gas as their fuel. and the engines that cruise ships use tend to be those that email the most about unburned methane to the atmosphere. and we call that methane slip. this and for red camera shows the ship burning l n g. because you see illustrate the methane that's escaping the methane slip, the more methane, the bigger the kind. the

but hold on something to move to using liquefied natural gas, sol, all of this, no carbon their rice, the easiest way to comply with the regulations on saw for nitrogen oxides and carbon dioxide intensity. all of the same time you see use liquefied natural gas because it contains almost no sulfur and it emits about 25 percent less carbon dioxide emissions, but conventional keels frank comb or is not convinced by liquefied natural gas being used in the shipping sector. c, n, n g is made up of methane, a gas that doesn't stay in the atmosphere as long as carbon dioxide, but it's 80 times more when thing for our promise in the short term. and what's interesting about maritime companies using l n g is days. many of them are choosing liquefied natural gas as their fuel. and the engines that cruise ships use tend to be those that e met the most amount of unburnt methane to the atmosphere. and we call that methane slip. this in for red camera shows the ship burning l n g. because you see illustrates the methane that's escaping the methane, slipped, the more methane, the bigger the kind. a cr

carbon emission reduction is attainable through increased nuclear power plant capacity. however, not all countries or locations can accommodate large-scale nuclear plants. hence, research into miniature technology has been underway. this aims to design and build small-scale, widely distributed. nuclear power plants in various countries, facilitating the pursuit of the 2050 net zero carbon emission goal, because nuclear power plants efficiency is often over 93 to 95%, unlike other power plants with significantly lower efficiency, the stability and cleanliness of this energy emphasizes accelerating this iaea defined goal through scientific and engineering endeavors. now the fourth goal that you mentioned for the atomic energy organization of iran was uh the usage of irradiation and the tools uh that we use to protect the operators from irradiation when they're working in like for example reactors and the radio isotope making uh so uh can you tell us about some of the different tools that we have been able to make uh for example there are the measurement tools the precision

some people called carbon negative energy as at the end of the process, we will have carbon locked in bio chart. but ultimately, it depends on how we get the biomass and about the little bit. and if it was transported from hundreds of kilometers away, or if the forest had to be cleared, or if it is used to replace colburn ink, then it is no longer eco friendly. the no credible may set of hot water to the city, but its main product goes to farmers. we mainly sell to a halt in culture companies mainly to scandinavia. the moment more and more agricultural businesses use bio chart that has, sorry, we call it an increase the we see that in the pool size seems to work better than me, very rich. so it's and also if you have sandy salts, you improve the warrantable and capacity. usually, this is glad you come on. she has been researching, bio charter for the last 15 years. and after about more of that, then the decayed off by a research should be know from me to studies, but you combine a lot of knowledge from different scientific studies that we have on average increases in yields. many scie

he is the ceo of heirloom carbon which just opened the first commercial carbon capture plant in central california. trays of limestone tower 40 feet high, sucking in carbon dioxide from the air a sponge. in nature, that process takes months. >> what we figured out is how to do that in about three days. >> and the co2 is separated out and will be injected into rock formations underground like at this facility so it can no longer warm the planet. over time, humans have pumped about 2 trillion tons of co2 into the air, scientists say we need to remove up to 10 billion tons per year by 2050 to avoid the worst impacts of climate change. heirloom said the pilot plant removes about 1000 tons per year. >> so this is very small compared to the scale of the problem. >> 100%, we need to build plants that are 1000 times larger than this. >> carbon capture is a way to offset emissions from airplanes, cargo ships and industries like cement and steel , which for now still require fossil fuels. but, critics worry carbon capture is being co-opted by oil and gas companies. >> 90% of the carbon capture an

unlike traditional methods of carbon dioxide absorption, which focus on absorbing carbon emissions from specific sources such as power plants. this new method will make it work more and complete the existing technologies. this substance has advantages due to the type of reaction at low temperature, which facilitates the reuse of absorbed carbon dioxide. thank you keep your company. he framed merkava. a new narrative of the war in the streets of gaza. like a spider hello, dear viewers of the phil majlis program , he said, "what are you doing?" he said, "i am creating a slogan for the businessmen of the majlis in the world. it means the lobby, but the lobby has the rules of the game. in the middle of things, hashemi braked and pulled badly. you were not threatened in the seventh round because you voted or voted." nadine is not onor. the session of the parliament in conversation with former representatives every day at 1930 on khabar network. various political and economic trends compete in the elections. the importance of elections in electing a strong parliament, the key is in the hands

unlike the traditional methods of carbon dioxide absorption, which focus on the absorption of carbon emissions from sources. it focuses on a specific area such as power plants, this new method will make it more efficient and complete the existing technologies. this substance is due to the type of reaction at low temperature, it has advantages that facilitate the reuse of absorbed carbon dioxide. the russian progress cargo spacecraft was launched from the baikonur space station in kazakhstan. this is the 8th space. there is not much time left until the 11th of esfand and the time of holding the elections of the 12th term of the islamic council, and one of the efforts to provide suitable advertising and advertising justice is the launch of more than 200 television channels in the national media, both in tehran and in the centers. radio and television to reflect the views and positions of the candidates for the parliamentary elections and the programs of the debates between the candidates list representatives and political currents. tonight's special news talk program is dedicated to ex

pillar was clean and sustainable energy, climate change is a serious global concern with a net zero carbon emission target set for 2050. naturally, our country, being highly vulnerable to climate change, has strongly emphasized the goal of producing clean and sustainable energy. we have included the objective of generating 20,00 megaws of new nuclear power in this vision document, requiring comprehensive scientific and industrial research efforts to... this goal. the third pillar observed in this process was the development of the nuclear industry in the medical and health sector. in the medical and health domain, we target expanding the capacity for producing radio pharmaceuticals in order to become a global player and a consistent innovator at the forefront. we aim to benefit from the nuclear industry in producing radio isotopes, radio pharmaceuticals, especially novel radio isotopes and and radio pharmaceuticals, and this too is focal point of the industry. the fourth focus is the development of irradiation applications and protection against contamination. in a real sense, two extensiv

, to commercially unproven technologies, to reduce carbon emissions by 90%. since these technologies are unproven, can you discuss the potential reliability problems the epa's proposal would create for arizona? >> absolutely. thank you for the question. one of our utilities used the words aspirational and unproven. that is exactly what it is. those technologies are so much in their infancy, they are extremely expensive. the timeline is extremely rushed . and there is no infrastructure in place to handle any of those technologies. we have power plants outside, they are kind of out in the rural areas. you cannot pipe hydrogen long distances. you have to convert it to ammonia and then by the back. there is no infrastructure in place to handle any of that. it would absolutely increase costs, dramatically, to arizona utilities, if we had to do that. might accelerate the closure of certain plants because of these requirements. the dates on them, i believe, are carbon capture, it would have to be installed by 2030. and hydrogen blending would have to be 2032. those

if we don't have some carbon capture.an be. it is not by everybody. you have occidental — the ceo of occidental�*s completely committed to direct air carbon capture. they are doing it and they are not putting it back into the atmosphere somewhere. people are now doing research about whether or not there are ways to take that carbon and then created as some staple or part of new fule. i mean, there is a lot of research taking place now. bbc panorama has obtained documents from british columbia's ministry of forests that show the company took more than 40,000 tonnes of wood from so—called "old—growth" forests in 2023. the reporter isjoe crowley. we looked at drax's operation in british columbia. that is somewhere where, in the past, the company's applied for a logging licences. it no longer does so, but it still takes wood from sites that have been cut down by timber companies. now, we have discovered that some of the wood drax is taking there is coming from the oldest and the rarest forests in british columbia, known as ol

some people called the carbon negative energy as at the end of the process, we will have carbon locked in bio chart. but ultimately, it depends on how we get the biomass and about the little bit. and if it was transported from hundreds of kilometers away, or if the forest had to be cleared, or if it is used to replace coal burning, then it is no longer eco friendly. no credible makes that hot water to the city, but its main product goes to farmers. we mainly sell to a healthy culture companies mainly to scandinavia. the moment more and more agricultural business. businesses use bio chart that has sorry, low quality and increase the bathtub. i mean, i do have send the solo to you if i sent to usually this glad to come on are the last 15 years after you be know from me to a lot of knowledge and after about what does that then educate off by a research should be know from me to studies, but you combine a lot of knowledge from different scientific studies that we have on average increases in yields. many scientists say they did not fully understand by, by a chart. that is what it does, but

opening the first carbon capture plant in central california.ys of limestone tower 40-feet high. sucking in from the air like a sponge. in nature that process takes month. >> and what we will figure out is how to do that in three days. once they pass by, we were gobbling that up. >> reporter: the co2 is separated out and it will be ejected into rock formation underground like at this facility to no longer warm the planet. over time humans have pumped about two billion tons in the air. scientists say we need to remove five to ten billion tons per year by 2050 to avoid the worst impacts of climate change. their pilot plant will remove about 1,000 tons per year. >> and it is very small compared to the scale? >> 100%. you need to build the plants that are a thousand times larger than this. we need to build a thousand of those. >> reporter: as we transition to cleaner forms of technology, they need to offset the emissions from the airplanes, cargo ships. for now they still require the fossil fuels. but the critics worry carbon capture is being co-ope

emissions and that— net zero carbon dioxide emissions and that means we need to reduce carbon— and thatoil, gas and coal and this is really urgent because the sooner we manage _ really urgent because the sooner we manage to _ really urgent because the sooner we manage to reach net zero emissions, the tower— manage to reach net zero emissions, the lower temperature levels will stabiiise — the lower temperature levels will stabilise the global climate. that means— stabilise the global climate. that means that it's a huge responsibility on what we are doing in the _ responsibility on what we are doing in the next — responsibility on what we are doing in the next few years, not even decades, — in the next few years, not even decades, but the next few years because — decades, but the next few years because as soon as we reach that, the tower— because as soon as we reach that, the lower the temperature will be and that— the lower the temperature will be and that is a tremendous responsibility for hundreds of generations to come. yes, that's realty— generations to come. yes, that's really urge

carbon emission reduction is attainable through increased nuclear power plant capacity. however, not all countries or locations can accommodate large-scale nuclear plants. hence, research into miniature technology has been underway. this aims to... design and build small-scale widely distributed nuclear power plants in various countries, facilitating the pursuit of the 2050 net zero carbon emission goal, because nuclear power plants efficiency is often over 93 to 95%, unlike other power plants with significantly lower efficiency, the stability and cleanliness of this energy emphasizes accelerating this ia defined goal through... now the fourth goal that you mentioned for the atomic energy organization of iran was the usage of irradiation and the tools that we used to protect the operators from irradiation when they're working in like for example reactors and the radio isotope making so can you tell us about some of the different tools that we have been able to make for example or the measurement tools, the precision tools that we have made and also the contamination moni

and the roots exude carbon into the soil. you are helping turn a farm into a carbon sink. it is an international model. delegations from 135 countries have come to study this program. and it actually helped inspire a new law in california, senate bill 1383. which requires cities in california to reduce the amount of compostable materials they send to landfills by 75% by 2025. and san francisco helped inspire this and this is a nation-leading policy. >> because we have such an immature relationship with nature and the natural cycles and the carbon cycles, government does have to step in and protect the commons, which is soil, ocean, foryes, sir, and so forth. -- forest, and so fors. we know that our largest corporations are a significant percentage of carbon emission, and that the corporate community has significant role to play in reducing carbon emissions. unfortunately, we have no idea and no requirement that they disclose anything about the carbon footprint, the core operation and sp360 stands for the basic notion that large corporations should be transparent about the

in this way, in addition to certain aromatic carcinogenic substances, we are also different small carbonctions, and not all coal is equally useful, in fact, here we form a certain amount of coal, which it is also loaded with surfactants, it is too easily absorbed into the gastrointestinal tract, and at the same time it is not very good for our enzymatic apparatus . processed, but what temperature should it be, what is the optimal temperature? if you want to maintain the juiciness of a piece inside, then you need to create this crust of coagulated collagen that will not let the juice out, which means the more the better, that is, you need to place the piece so that in a few seconds you actually have this a crust has formed, well, let's go back to the frying pan where the carrots, onions and something else are, yes, but i understand correctly that carrots... without fat do not release their nutrients well, in some ways this is absolutely true with many plant substances, but in this case, carotene, which is also a precursor of vitamin a, is a fat-soluble compound that, without the correspon

the carbon dioxide produced right back into an underground reservoir. nor we use prime minister us gosh, to seems confident that his country will be able to help you reach at some dishes claimant protection goals. we have enough space. basically for most of europe, c o 2 for many decades to come. so what we are working on now is to have value chain from industries in europe, that can transport c o 2 1st by ship them perhaps then by pipeline. and then we can pump it down and we want to make this commercially viable for industry. and this is about to happen. i believe. the 3 big some and plan team understand the c. u 2 they collect will be a drop in the bucket, claim it twice, but it's their hope that many other plans will follow suit. theme to begin collecting c o 2 and storing it deep beneath the ocean floor. by the end of this year. did you have a look at your garbage this morning? maybe a bit of waste could as being re processed. that's what designer side doing in milan, in the fashion, the trouble is garbage is increasingly used to create governments

the fleet in mala sia carbon footprint. the fleet in malaysia is _ carbon footprint.a is constantly growing. we are about 100 vehicles at the moment. every month we constantly deploy more vehicles.— constantly deploy more vehicles. ., , , vehicles. fat hopes energy collect recycled _ vehicles. fat hopes energy collect recycled cooking i vehicles. fat hopes energy collect recycled cooking oil from fast food chains like mcdonald's and kfc, as well as food production plans in kuala lumpur and singapore. the company gathers between five and 11 tonnes of used oil per month. , ., ., ., month. the energy portfolio of the future _ month. the energy portfolio of the future will _ month. the energy portfolio of the future will be _ month. the energy portfolio of the future will be extremely i the future will be extremely diversified and extremely indigenous. ba; diversified and extremely indigenous.— diversified and extremely indiuenous. j , ., , indigenous. by some estimates, aerolane indigenous. by some estimates, aeroplane engines _ indigenous. by some estimates, aeroplane e

budget . with the uk's carbon budget.eanwhile, it seems the french president , meanwhile, it seems the french president, emmanuel macron, is trying to plunge the west into world war iii with russia as britain rejects his plans to send nato troops into ukraine. but the armed forces can hardly define what a woman is, let alone to war with russia . the alone go to war with russia. the duke of sussex has suffered a fall from his high horse this is as the high court has ruled in favour of the home office after the duke took the case of his uk police protection court, plus police protection to court, plus , the brutal practice of de—banking is alive and well as new data have revealed, more than 140,000 small and medium sized businesses were debunked by the uk's largest banks last yeah by the uk's largest banks last year. surely it's time to toughen the laws to protect us. state of the nation starts now. i'll also be joined by my most particularly pugnacious panel this evening. the former editor of the sun, kelvin mackenzie, and

they have to learn how to contain the greenhouse gas, carbon dioxide, of all of them. so we use name, chemicals, water pressure, and very high temperatures. the hot everything has to come together to the cement industry is a key contributor to c, o. 2 emissions burning lighting, stone and kilns release has huge amounts of carbon dioxide debris. big plant is trying something new. if it works, it could reduce greenhouse gas emissions by $400000.00 tons a year. project director to are going to start explains palms. this is the actual c o 2 separation process was fairly straightforward because it takes place in the absorber back there. there we remove the c o 2 at a low temperature using an ammonia solution with all of this chemical is able to absorb c o $22.00, good, that's available. first, the emissions are cooled in special containers and another chemical was added. and the mixtures rekey 2 to strip the c o 2. it can then be liquefied, under high pressure is a complex process that requires a lot of energy, but the specialist type of solution for that to the most of the

the good ones are typically around 40% of the carbon footprint of fossil jet fuel.o find a way to be greener, to reduce emissions, it is an emitter of one of the biggest pollutants... it’s emitter of one of the biggest pollutants. . ._ emitter of one of the biggest ollutants... �* , ., ., ., ., pollutants... it's not. the aviation industry is — pollutants... it's not. the aviation industry is responsible _ pollutants. .. it's not. the aviation industry is responsible for- pollutants... it's not. the aviation industry is responsible for around | industry is responsible for around 2.5% of the world's c02 industry is responsible for around 2.5% of the world's co2 emissions. the problem it's got is not that it is a major polluter now that it wants to avoid being so in future. that would be my point, because given the growing demand for air travel and the number of planes that will begin this guy, it will be an increasing proportion, is it not? that's true. that is the big problem. the industry needs to get its act in order now because as the buldah strike you decarbonis

are you on track to announce selections for the 50 $3 billion industrial carbonization foa in q1? >> yes. [laughter] >> short and sweet. we have one final question before i get to that, i want to thank you for being here and the organizers of the event. coating leaders, -- co-team leaders, the organizer followed michigan native frank and club event coordinators, thank you for participating in our discussion and all of you who sent questions. i have to remind you of a couple of quick upcoming events. on tuesday, march 5 join us with entrepreneurs to discuss their new book down to business: 51 leaders share practical advice on how to become a young entrepreneur. i am told this is also applicable to much older entrepreneurs if they are interested. we will hear from the mother of jim foley, a freelance journalist captured and killed by isis in 2014 about her new book. i sincerely hope you join us. as is custom for the national press club i want to give you our national press club mug. may you drink much coffee from it. >> thank you. >> we have one last question. we tried to have a bit