Agua para todos, no mas sequias. | Luis Nuñez | TEDxCharacato

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good

thank you very much for being here with

you who is this man no longer

presented to be a good time to

those who do not know him is Pedro Paulet

mustard

the invention of the jet engine that

made it possible that the man came to the

moon and space conquest and inspired

to tackle in the United States has charged

in German and Sikorsky negotiated to their

ideas to make the helicopter in

1902 Poblet already presents a year before

the brothers wright a rocket plane the

which I had the delta and engines to

reaction that can be said is the

predecessor of the space shuttle

when and discover the history of

poblet

the first idea was not to believe because it is

a saga that we do not create things

extraordinary

that they do in the US and Europe

of the NATO agreed to create something new

is saying that is not possible

we can not do those things and

also the inspiration came and you gave and

paula small as I grew up in this

city and put will be able to do something

extraordinary that I can also do

something extraordinary and that came to

get in the field of innovation

published many guys is developed

many ideas and just from there

precisely from the tables chairs and

I want to talk today is

build hydroelectric banks of the

sea to solve many of the

problems of the world and really that the

future is not very promising truth is

presents very, very terrible but

years ago to talk about a war for

side of the absurd in Spain a liter of

water costs more than a liter of

gasoline is scarce the water is

becoming real problem in the

Peru 10 million Peruvians do not have

access to water and united states with all

his jesus technology has 63% of

drought in all its territory and the cross

red gives the terrible fact that a child

dies every ten

lack of water two really

enough water to supply all the

world almost three quarters of the

planet are water but the problem that the

97% of this water is salt water is in

the sea two percent is at the poles

and only 1 percent is fresh water

which is what we have and

really scarce was singing

why so much trouble is that

Desalinize the water is very expensive

this is a desalination plant for

reverse osmosis that in Israel needs

220 megawatts megawatt power

enough for a thousand homes

the pond hydroelectric we have

here is 135 megawatts and it

I would need almost two campaigns to

desalinate the supply of energy to

this plant the united arab emirates

there is a desalination plant that uses

oil that more oil for

generate electricity with gas

electricity arrives the water contains

Today steam separated from the water of the salt

and steam distilled is obtained

the salt are separated but equal to need

Petroleum

this occurs what is called the

greenhouse effect almost 76 percent

of carbon dioxide has the burning

of gas fuels to generate

energy is 37 percent

25 coal oil is more than 50 per

percent of the energy that you get in

the world is for the burning of fuels

40% of US electricity

united comes from the burning of coal and

50% of china that is another famous

industry also comes from coal

of all these energies

the hydroelectric plant is presented as a

of the cleanest and most economical

to generate to generate energy

hydroelectric is simple just

it requires water and gravity

the water that is dammed down by a

91 pipe

urbina and that simple movement is

converts into electricity

but as we know there is no water and generate

and create a dam is also a

No problem and South America have been lost

between the year 2000 and 2010 240 thousand

hectares

Peru is about one million

200 thousand square kilometers almost one

fifth part of it but it ‘s like that

be submerged to separate

hydroelectric plants but we do require

only water and gravity to generate

electric power because not consume

the shores of the sea the sea is a

natural dam and we would only need

gravity is to say we could derive

side which is constantly directed to

the beach

we built the internet plant 10 of

10 20 meters under the beach the water

enters by gravity and generates

energy with a big advantage if there

drought or there is no drought the margin for

spend providing water for this plant

never would stop when there is

drought of all where do any

country stops the production of

electric power

that would not happen if we built them

would be more for this plant too

it’s a desalination plant when the water

enter before returning it to the sea

are usually some boilers with the same

electricity that the plant has generated

follow the sea water and what happens with

we have the water

we hold steam and the water that separates

the saga

We can use that steam to go back to

generate electric power will not rise

the thermoelectric

then the operating expenses for

desalinate seawater

would be low we have seen that

Desalinize water is charisma but with

this system the operating expenses are

minimized and second vapor

fleet would be more by reverse osmosis

it would only serve cities of the

coast pump it for example until

pass the crisis

that would increase the expenses even more

operative but the steam floats not

I would have need

had to know if it was then

There is a technology in the United States

in california that is a photograph

appeared the desert arequipa and the

cordillera and move steamed 160

kilometers arequipa up to 100

kilometers from the coast of the beach of

the coast is like this we could bring the

water start it and get 500 thousand meters

cubic daily water is to say

Arequipa is more would have problems

of water for both trade and commerce industry

especially the population in certain

way we are doing what it does to the

nature by an artificial way the

sun heats the sea water it

evaporate when traveling in the form of

clouds cools it rains the water that

we have but instead of the clouds

travel without any control

we would analyze by pipes

we would raise we would like and

so we would have the problem of the now

Your project is very good but if it is expensive

is not viable ie if the the

gram of gold is 100 dollars but

I can produce artificially but

it costs me a thousand dollars

it would not make sense would not be business

build the plant soon

would cost 4 thousand 200 million dollars

but invoice would invoice 7 thousand 468

millions of dollars and obviously the

sale of water electricity and salt

create a tax of almost one thousand 344

million dollars

good having water

we could solve our problem the

agriculture and livestock are

pitched less usually work

done by the farmer or the rancher

it gets lost between the middle ones and every

green pampas project with 500,000 with

500,000 cubic meters can reach

208 thousand hectares

we could create 150,000 hectares in

the province of islay is conflictive

for the problem of aunt maría

the majes project you follow to generate

435 thousand jobs with 38 thousand 500

hectares 150 thousand hectares

would generate one million 740 thousand jobs

that at the same time

they would have a need to create another

city

in this way we would have that

migration that comes because it has the

people to the city is for work would

enough work for the

migration stops and the population

be more during urban also it

plantería than 150 thousand hectares

of planting exclusively corn because

the liquid corn of the corn grain

you can get ethanol to make

biofuels that are less

pollutants that oil and the

Corn grain mass can be obtained

a biodegradable plastic 1.200

tons this would produce 150 thousand

hectares

the petrochemicals braskem that is going to

develop in ilo matarani also

to produce one thousand two hundred tons

but this plastic takes between one hundred and

thousand years to decompose instead

is in the silver plastic as it is

knows only delayed years in

biodegrade also with the stem of

that of corn could be created 150 thousand

battles an average of one cow per

hectare 150 thousand cows could produce

two million gallons of gas per day

now in Argentina how to see when it’s going

When milking , gas is extracted

directly from the belly and marries

natal sulfhydric acid dioxide

of carbon you have a 95 metal

cent but what can be done

operate a motorcar not then if

the farmers selling 150 thousand cows

selling the solvent liter won 285

millions of soles selling this one arrives

20 Canary 18 billion soles

soles is to say 17 more months and it would be

profitable for both the farmer and

for the farmer how do you like to

build these hydroelectric or not

today we need gravity

build throughout the country

for example 12 plants that could

mean left side and also

we could do the same in the north of

Africa is punished by drought

not for example say more than

two hundred for

800 million people

nautical lives in areas electricity

this hydroelectric plant could help

solve that problem in all this

line is summarized to this one and always and

simple project someone said that if the

solution is simple resolution and that

the simplest ideas are sometimes the

best after