Transcriptions
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there is a reason for setting up a business that requires much
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less water lands face and in plus um if you use the
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ah agriculture uses seventy percent of worldwide which is low
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and the preferable water supply from farming is it in in
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in addition to extracted um discharges large quantities of anger chemicals
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um and uh into the water tables this means that you
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take you in this ah thirty eight percent uh over that is
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badly impacted from pressure from agriculture in other countries it's larger um and there is um
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i'm increasingly we'll just do it does certification in world so what we need to do
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we um took the option of vertical forming because we
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can produce high quantities like qualities of fresh fruit and
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platform i'll ask scale um what does it do it
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removes cry from land so it avoids an impact on nature
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um yeah it minimises more usage and wasted
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uh that's tofu and walk away stage uh we avoid
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pollution of water because we are close to a circular system
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and we have the lowest c. o. footprint per square meter of production of
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actually any kind of agriculture is comes with about oh and about is um
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that verbal forming must be done in a particular way more to cheat this
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it's no any vertical from it depends on the choices of technology and systems
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um we have decided to build a local fruit for local people at scale
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so we provide a for a a five thousand
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square meters of us space we can provide enough to
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for our rather thousand tons of food um
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every day um and uh we reduced basket crossed
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so it's vegetables and fruits groups nutrition um
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nutritional and um the value of the nutrition and
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the taste is a exceptional we have not longer shelf life because we don't have to use preservatives
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and that of course reduces waste i'm the
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only water so we uh looms is in the
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plants that we distribute to our clients every
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other leader of water is recycle and reuse so
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the traits that i was describing or are you know systems hydroponic
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if they're close look so there's no water loss of war is recycled we really extract
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oh the nutritional uh elements within the water just called
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for education and so we can reuse that reuse the water
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which are because we don't use pesticides we don't have washed
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across the map both increases shelf life and it's not a
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of all it's completely the need for washing through which you
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may or may not know muses extraordinary amounts of water are
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products of distributed locally locally i mean but in home page
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two hundred miles and um we intend on rolling other assistance
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through our country so that that can be possible to um to give an
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example of lower savings and what it means ah closely systems like this lose
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so uh save around ninety five percent water sometimes it's a little bit less
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um it's given example field lettuce consumes
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two hundred and fifty leaders what burkina produced
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and we used three kilos of which one we use
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our system in the food um and that it um
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open field of courses you know contaminated groundwater with none of pesticides
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we sincerely hope that that will be improving in the future years
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because we're part of a fruit system we're not trying to eliminate or replaced
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um a a system up parts of the system better absolutely necessary
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for round cross you know we already undressed um or
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savings per square meter on our increased by the
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fact that we grow vertically so we stack on layers
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up to twelve which is fine which means there are crossed on per square meter
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or increased up to eight eighteen times depending on what might of the actual op
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in addition we grow throughout the year there is no impact from whether what climate
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um and or growth side was the typically much shorter than field
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cycles because we optimised doctrines i feed off of so for instance
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ten days for vertical formant use lettuce whereas in the
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field is thirty days but in addition we have many many
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many cycles per year so overall are here to or hills
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around thirty times higher per square meter than you know fields
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um and so our savings in water or simply extraordinary
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things not just found out that the greatest um um
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a a misnomer oh we can grow all all sorts
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of small vegetables and fruits high protein peas medicinal plants
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um and therefore we can protect nature in
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a significant way into given example listener laminate
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clones um which use around seventy seven a million hectares of land which is run the
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same sizes um the production of agriculture in brazil
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so eating movements and um for instance to down exports
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medicinal plants um is a very large exporter and yet
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has very little water resource we would like to tell
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and ensure that um one can reduce water pressure
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and yet still uh i have the availability of
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growing oh it's um for me this norman from purposes
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um the timeline that we have been working too well i've been working and angry and food since nineteen eighty three
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um by the nineteen nineties is that's the clear whether changing impacts were
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so significant that we had to ah make a big push to change on the way
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it should run she so we incorporated of many years of research in two thousand sixteen
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we spend the next five years optimising our system
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on seeds substrate nutrition reminding recipes we go a highly
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experienced team and will class board and we are rolling
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uh or first production unit in the next few days
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this will be followed by a large role out and um we look forward to meeting you seeing you again
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um in order to uh see how your views
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on uh agriculture and new systems will be involved in