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Supporting sustainable transitions around the world through water technology
Eric Valette, Director of AQUA4D
Saturday, Sept. 11, 2021 · 5:15 p.m. · 14m 03s
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much thank you for this invitation so oh let's have this more break regarding the
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eh yeah and robotics but this is
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really the curve fruit to regarding to the
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r. two based email quality of life what vision for the future because ninety nine
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percent of humans are made of that water and we are leaving on the blue
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or or thought to sort of water so this is the major element of life on earth
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so how to sustain a sustainable transitions say
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worldwide with the technology water technology so today
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we all know what tractor risky seem numerous countries in which is
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getting worse and worse every year and this uh uh oh what tour
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stress so he's going to get worse and worse
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there are a lot of desert so every year
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and a lot of draft et cetera uh some it limited reserve so we
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know that a fresh water is only three percent on the planet and that
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expletive or part by humans is much lower than the three percent it's zero
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point zero zero one percent only and or this water is uh use the now
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and three sectors the biggest of it uh agriculture was irrigation
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so talking bad television agriculture is for the protection of the foot protection worldwide
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which is very important of course and we see that uh i articles uh
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uh every day yeah there are reports about draft seen uh various parts of the world or
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with the water reserves and bands getting lower and lower and
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et cetera in or maybe countries uh and on or continents
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where various examples maybe the last one we are very active
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in the states uh in particular in california where we have a
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a company and uh this is this our
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reserves of a grain reserve or united states
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and this year the situation is really complicated catastrophe could indeed yeah
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with that there are water resources and
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a major restrictions whatever instructions in california
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and this is going to be more and more complicating guy in the future
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so now we are faced with the major challenge worldwide or
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how to she did growing population we expect
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to have ten billion inhabitants in twenty fifty
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together with that it's trying to change with a lot
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of uh more drafts and uh a disaster is and uh
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and no draft uh this year in switzerland because of the
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control we had a lot of water but we know that
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even if uh what's what's in and is the water reserve
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of europe but they are uh some programs uh with water
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uh insistent and there is a project uh here invited to
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settle this water problems uh in summer in but it does control
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so today we know who to lower that we have a low uh less
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a water less uh saw a low
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growing population water scarcity many ridges and
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when we will have to fool feed the more and more people are on earth so what
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how much i would do we need new technologies and this is
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where robotics and uh a i am data analysis at drone satellites or
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our um we're going to be you have to be more efficient to to feed
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more people with less resources and this is where our company works in our technology
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we try to we want to try to produce two more with using less resources
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so today we working three different fuse the main one is the relation to improve
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d. f. eh efficiency irrigation through
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precision irrigation also uh in a in
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matter is in the buildings and also
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in uh the the annotation what argumentation inbreeding
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get to uh where get three to over the bacteria as which are very uh
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um hum very bad for the huge production we our bayes genes
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yeah not for for martini our company so um briefly they are um
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thousand some installations in many countries are technologies very credit worth in
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we have a lot of uh references over or five continents are technology
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we work with the electromagnetic a few years we
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are going to modified what're property so what are we
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do not add anything to what i would do not take anything from water but this uh um or
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magnetic resonance are going to improve the dissolution of
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the water and water is never isolated we
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always have thousands of molecules in the water
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and in between does not um this we have back to resin molecules and everything
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and we use our technology we will improve great solution
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or in the water and you see here on the pictures
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they are such very very tiny waters which i've been
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evaporate g. then it's exactly the same chemical properties that
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one treaty in are not treated with our technology and
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you can see how do we partition no i've uh
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of the the images are but chemically speaking it's
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exactly the same so if we go and we see
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the current cost some cabinet cost some pubic forms
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we have the same concentration of custom but with our technology on the right
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we have a lot of kind of customisation instead of
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having this that has side to should be go room
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a rough a former then we have i reckon it
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to which is going to prevent the croaking go into choose
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so our technology you can see the pictures down are being used in
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we kind of situations in a coach um image opening i wrote twenty
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on him be course more installations in california where
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there are a lot of parents and big pounds so
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with very very very little energy easy to to feud with a solar panels
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as i told you we work on some physical properties of water with in
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finally have direct positive impact on water on the side and on the plants
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to have the the water clusters of balloons smaller cluster what a
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cluster which makes the work to easier to go through the saw you
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because they're selling it to programs or depending on the sole composition
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we once the water is it does so it's going to be
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easier for water too few needed to marie shit assault which means we haven't a savings of thirty
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percent of water and since water go is going
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easier then to root is going to take more water
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and the rules are going to be thinner which means the
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plant is going to be much more robust for in stress
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and there's a direct effect on the main ones
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which are disarmed i'm much better dissolved and then
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we have the uh many rooms stronger boots for
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a g. e. for two lies there is so we
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can use that thirty percent uh uh less water
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thirty percent to less for two lies there and finally
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better years with less resources and it's very easy to calculate this
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by taking the flowers and fruits with a lot of mean words even though
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uh we consumes less water and a better quality at the end of the day
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the last element which we are unique the saturation of
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the source was sorta which is that because the problem
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we having semi i read zones it's the source cannot
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group purchasing pricey let we each week and take the
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for us down and to be able to cultivate so shy
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as whatever normally when a there is a lot of salinity in
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source we need to use a lot of of good will
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quality water now even to be used thirty percent to less water
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these minerals will be available for the plans because what is going to go
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through the zoe and this i mean warms uh will be better for the grounds
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the thirty percent are awarded a savings sue we make a very
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important because our special it's the today say that uh in most uh
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uh so uh um that in in most will be seen similar
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we're going from scarcity situation it to a sustainability situation it's only us
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it wasn't well just savings so only twenty to thirty percent water
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savings is really important in major regions in most of the regions worldwide
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so we also provide services we have engineers on slide
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to to measure what we're doing to the the do
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most benefits of the technology and we measure what we do
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so we have a major very important to database on improving but uh
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use of water for example here it's a very big uh you're the islands in
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california there is one part of g. t. it with our technology
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and one part from controlling and then we provide sounds a two
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put them in salt to measure humanity of this so and then the dynamic costs or to
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uh install it also we take some soil samples
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to a nice and uh we use some uh
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senses on the on the trees that to measure the growing up the trees
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then we also use a drawn sensitive it's to take pictures with ample reasons there
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depending on the i agree culture and to provide uh did you midi t. of souls and et cetera
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and having to measure devalue the evolution of trees
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for instance and with a a i and with the
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algorithms to be a a and get to know how
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plants are comfortable and also that i would coach also farmers can
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modify the heart beats and we'd used irrigation will use less resources
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for the the in favour of the plants
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so we use less water so we see for
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we save energy we use less perches lies there as we use
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we can use water we sort instead of fresh water so we replace it
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uh we can preserve the zones or does elements allow to
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make of major energy savings that's the reason why company says
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is supported by the department of environment and this with a foundation
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for trying it due to or the savings importance savings were making and
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we put in place a program of
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a shared values for good agricultural generative agriculture's
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we in addition mm uh have been if it's for the environment for the society
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and for the cooperates d. i. s. g. through multinational companies uh uh
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we sure really to communicate strongly
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about that because consumers are seeking this
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sustainability and we'd green those both elements we our technology easy to any of our uh technology
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and we meet at evan of d. uh goals development goals and uh we have
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solar panel around our room so we produce more energy than we consume word here
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to some uh so what're is the blue gold and is the challenge of the third uh didn't read
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it's going to replace a or even in the future for
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the third millennium irrigation in i read in semi arid areas
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but not only and we have a project here in valley also switzerland is the whatever is above you wrote
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it impacted by seven eighty in water and so it's
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it's it allows what a savings important will just save inks
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to move from scarcity to sustainability it can help prevent population migration
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to produce more ants in some regions of the world the
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room situation is such as in work or in centre a
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shine i rather see that people around the grating because they
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cannot cultivate or don't know farmers any longer because there's no water
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and this is key in combination with other
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technologies especially like agriculture four point zero robotics
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which is the more and more used in agriculture for more efficiency
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to replace some humans for you observe across so now we have er roberts
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uh or targeting that for to rise or is it some more and more used
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do you object internet today to use algorithms uh i yeah hi
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this the jones and satellites is to try and or uh
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efficiency and to try and so or for the
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challenge of feeding into a war that with less uh
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resources thank you very much for your attention
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huh
