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”.

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.

In the next step, water enters the chemical purification plant. The speed of the water in this device is half a meter per second. This device cleans up water from any bacterial material after removal of salt and purification of microbiology and the removal of chemical contaminants with the latest reverse osmosis method. This 4-inch tube has the ability to refine 15M/3 of water per hour.

At the third station, through the third generation Blockchain technology, water purity is analyzed and adds nitrate, nitrite, iron and manganese, suspended solids, sulfate, phosphate, chloride, fluoride, calcium, sodium and other nutrients to water. Obviously, the quality and quantity of water soluble in all parts of the planet is different. analyze the percentage of addition of the substances and minerals needed for each type of water. Through the Aqua TROLL 600 system, which is installed in entrance duct, we analyze the waste and polluted water instantaneously on the Blockchain technology. If unclean chemical pollutants and radioactive substances enter the water cycle, they will be detected by the newest quality analysis software in less than 3 seconds and the system will stop automatically. The amount of added minerals and materials needed for water varies from one country to another. So, the water information is analyzed instantaneously on all devices, and this information is sent daily to the Boll Filter Corp via the third-generation Blockchain system to the molecular
analysis center. As a result, we can produce water in the 7 countries of the world with a high level of quality and consistency, according to ISO 14046: 2014 standards. Also, the output volume graph of the distribution system is instantly detected by artificial intelligence based on SQR-AI02 and this
information will be instantaneously analyzed on the Blockchain network.

Each Mit-Ra site has 2 water input lines at a speed of 1 meter per second. Each line with 6-inch tubes has the ability to transmit more than 70M/3 of water per hour. After the fraction of the waste and its transfer to the sewage, at last each of the Mit-Ra’s site can produce at least 100M/3 per hour equivalent to 2400M/3 of healthy and drinkable water in a day.
The average consumption of drink water per person is 3 liters per day. As a result, the first phase of Mit-Ra’s site in every city each country can supply drinking water needed to 800- 830 thousand people a day.

In all countries, the fixed selling price of fresh and refined water at Mit-Ra sites is $100M3

Operating costs per M/3
• $3 TreatmentOperating costs
• $2 Production capital expenditure fund
• $3 Increase annual productivity
• $6 Tax allocation
• $2 Human resources
• $3 Amortization expense
• $1 Material

Net Profit per cubic meter = $80 (Return to reserve fund per 4 week)

Material 6%                    Construction 15%
R & D 5%                       Machinery 17%
AD& marketing 10%        Site's foundation 7%
Save system 10%
Land 30%

The Mit-Ra Industries plans to attract investments via the Initial Coin Offering (ICO) method, by issuing own tokens (MTA) with a limited emission. Corresponding to a widely accepted standard, ERC20.