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Topic: [ANN] [PRE-SALE] Mit-RA: Prevent Water Crisis & Get Profits ✅✅✅ - page 34. (Read 16012 times)

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What are the problems in the remaining three countries?
Iran
This country has an area of over 1.6 million kilometers and a population of more than 80
million people.
Although Iran has a gulf with the connection to Indian Ocean in south and Caspian Sea in
north, but it’s one of four country that facing with water crisis and more than two-thirds of
this country is arid desert. However, water consumption in Iran is more than 3 times the global
average, and according to NASA’s 2013 report1
, the water crisis in Iran is very serious and this
country will experience the worst water crisis by 2030.

The United Arab Emirates
The United Arab Emirates is one of the richest countries in the Middle East, with 83000 km2
extent. Only 19% of the population is endemic, in term of tourism and immigrant this country
is the fifth country in the world (with over 800 thousand immigrants per year)2
The Emirates is a desert country with very limited drinking water resources. According to the
weather forecast Emirates will experience the hottest world situation by 20 years, the water
crisis is so serious that the United Arab Emirates is planning to tow an iceberg from Antarctica
to the shores of the Middle Eastern nation, the U.K. Express reported Friday. The iceberg
would be used to provide drinking water to residents.

South Africa
The South Africa is expecting ‘Day Zero’ when taps will be switched off in homes and residents
will have to go to collection points for rationed water
Experts have long been warning about water scarcity. The United Nations World Water
Development Report warned that the global demand for fresh water would exceed supply by
40% in 2030.
A 2014 study of the world’s 500 largest cities has also estimated that one in four are experiencing a
strain on water supplies.Due to a combination of climate change, human action and population
growth, water shortages are predicted to become increasingly common in major cities as well as
rural nations. Here are six other major countries across the world at risk of running out of water.
newbie
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What are the problems in the remaining three countries?
newbie
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What about Egypt and India?
India
The south Indian city’s water and sewer systems have struggled to keep up since with a population
boom and the rise of new property developments since the Bangalore’s rise as a technological
hub.
The city loses more than half its drinking water due to its antiquated plumbing system. Like
Egypt, India also struggles with water pollution.

Egypt
 97% of Egypt’s water comes from the Nile River, but it is increasingly becoming contaminated
with untreated agricultural and residential waste.
The UN estimates critical water shortages in Egypt by 2025.
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What about Egypt and India?
newbie
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What exactly are the problems in Mexico and Brazil?
Mexico
Mexico City’s 21 million residents already experience limited access to drinking water. Many
only have running water for part of the day, while one in five get just a few hours from their
taps a week.
At more than 2,000 meters above sea level, the city’s aging water system struggles to meet
demands and loses more than 980 liters a second due to leaks.

Brazil
Brazil’s financial capital went through a similar crisis to Cape Town in 2015 when its main
reservoir fell below 4% capacity. At the height of the crisis, emergency water trucks were looted
and the taps in many homes were cut to just a few hours twice a week.
In January 2017 the main water reserves were below 15% - putting the city’s water supply once
again at risk.
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In which countries do they see potential water problems?
7 major countries running out of water: South Africa; Mexico; Brazil; Egypt; India; Iran; The United Arab Emirates

What exactly are the problems in Mexico and Brazil?
newbie
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In which countries do they see potential water problems?
7 major countries running out of water: South Africa; Mexico; Brazil; Egypt; India; Iran; The United Arab Emirates
newbie
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In which countries do they see potential water problems?
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This is not the last stage. After that there will be another one that will complete all the fees.
Thank you for help. The project is really unique in its field, I hope it will become more popular.
newbie
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How many days are left until the end of sales?
60 days left until the end of the stage.
That is, this is not the last stage?
This is not the last stage. After that there will be another one that will complete all the fees.
newbie
Activity: 49
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How many days are left until the end of sales?
60 days left until the end of the stage.
That is, this is not the last stage?
newbie
Activity: 42
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How many days are left until the end of sales?
60 days left until the end of the stage.
newbie
Activity: 49
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How many days are left until the end of sales?
newbie
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Each block typically contains a cryptographic hash of the previous block, a timestamp and transaction data.
By design, a Blockchain is inherently resistant to modification of the data. It is “an open, distributed ledger that can record transactions between two parties and in a verifiable and permanent way”.
How is it applied by the example of this project?
Follow the process of the Mit-Ra Purification Site. Each Mit-Ra sites is 600 square meters in different parts of the city that facing water problems. In the first phase, seven countries with the highest levels of freshwater scarcity have been selected. In each country, two purification sites are set up in major cities. The ultimate goal of the Mit-Ra Industries is to launch 700 purification and freshwater production sites in the world in the first stage, the waste and polluted water enters the AquaBoll® system. The device cleans up 70M/3 of water per hour to a size of 10 micrometers from any physical pollutants with a 6 -inch output tube.
newbie
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Each block typically contains a cryptographic hash of the previous block, a timestamp and transaction data.
By design, a Blockchain is inherently resistant to modification of the data. It is “an open, distributed ledger that can record transactions between two parties and in a verifiable and permanent way”.
How is it applied by the example of this project?
newbie
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How does the blockchain work?
Blockchain is a continuously growing list of records, called blocks, which are linked and secured using cryptography.
How are the blocks contained? How do data changes occur?
Each block typically contains a cryptographic hash of the previous block, a timestamp and transaction data.
By design, a Blockchain is inherently resistant to modification of the data. It is “an open, distributed ledger that can record transactions between two parties and in a verifiable and permanent way”.
newbie
Activity: 49
Merit: 0
How does the blockchain work?
Blockchain is a continuously growing list of records, called blocks, which are linked and secured using cryptography.
How are the blocks contained? How do data changes occur?
newbie
Activity: 49
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How does the blockchain work?
newbie
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More information about these details?
1. Absorption of sewage and polluted water in a radius of 2 km
2. 6-inch tubes, 140M/3 of water input per hour (each device with a capacity of 70M/3)
3. Physical purge of water up to 10 micrometers by AquaBoll®
4. Water PH analysis
5. Complete filtration of water chemical by reverse osmosis technology in 8 separate devices (registered patent)
6. Underground cistern to standardize water chlorine level
7. Adding minerals in accordance with ISO 14046: 2014 standards (Each machine has minerals for 500M/3 of water)
8. Powerful data center on Blockchain platform
9. Building cooling system (maintaining temperature at 3° C)
10. Rotatory channel from aluminum to maintain the standard water temperature (3° C instantly. Prevent the growth of bacteria and fungi in water
11. Water Storage Reservoir (antibacterial - based on NSF & WQA standards - capacity of 200M/3)
12. Analysis of the final quality of water with a 0.01% error rate and sending informationto the laboratory through Blockchain technology
13. Water outlet system for customers (order from 1 to 100 liters)
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1. Absorption of sewage and polluted water in a radius of 2 km
2. Control pipes of water pressure
3. Analyze the quality of Input water by Aqua TROLL 600 and analyze on Blockchain
4. 6-inch tubes, 140M/3 of water input per hour (each device with capacity of 70M/3)
5. Water treatment building
6. Insulated and sterilized reservoirs of minerals and water compounds
7. Carbon pipes for continuous movement using new nanofiber technology (exclusive rights)
8. New generation QDSCs panel (a total of 30M/3 of solar farm)
9. Building cooling system (maintaining temperature at 3° C)
10. Microbiology and water quality analyses on third generation Blockchain using powerful processors with distinct solar panels
11. Water ordering device (Ability to pay in cash, credit and digital currency)
12. Water outlet system for customers (order from 1 to 100 liters)
13. Water delivery system (order of 1M/3)
More information about these details?
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