This document describes a desalination system called "HI-DESALT" developed by Iradj Hessabi. Some key points: - HI-DESALT can produce high-quality drinking water from seawater, brackish water, or wastewater with a very low total dissolved solids level of 1.0-50 ppm. - The system uses various desalination technologies like reverse osmosis, distillation, and electrodialysis. - It is a self-cleaning system that rarely requires any cleaning solutions like vinegar. - A single plant unit has a capacity of 5 million gallons of water production per year operating at 1 kilowatt of electricity

1. 8682 Early Horizon LV, NV 89178 USA
Ph: 702 430 1944 & 702 493 3752
Iradj Hessabi E-Mail bluegreenearth@live.comS
Full-Scale desalination “HI-DESALT”
Of the more than 7,500 desalination plants in operation worldwide, 60% are located in the Middle East. The
world's largest plant in Saudi Arabia produces 128 MGD of desalted water. In contrast, 12% of the world's
capacity is produced in the Americas, with most of the plants located in the Caribbean and Florida.
To date, only a limited number of desalination plants have been built along the California coast, primarily
because the cost of desalination is generally higher than the costs of other water supply alternatives available
in California (e.g., water transfers and groundwater pumping). However, as drought conditions occur and
concern over water availability increases, desalination projects are being proposed at numerous locations in
the state.
Ordinary desalination is a process that removes dissolved minerals (including but not limited to salt) from
seawater, brackish water, or treated wastewater.
Our technology has been developed for desalination, including reverse osmosis, distillation, electro dialysis,
and no vacuum freezing.
“HI-DESALT” produces high-quality product water that ranges from 1.0 to 50-ppm tds, while other plants
produce product water that ranges from 10 to 500-ppm tds (recommended best drinking water standard).
In desalination plants that produce water for domestic use, post-treatment processes are often employed to
ensure that product water meets the health standards for drinking water as well as recommended aesthetic
and anti-corrosive standards.
The product water recovery relative to input water flow is 15 to 50% for most seawater desalination plants. For
every 100 gallons of seawater, 15 to 50 gallons of pure water would be produced along with brine water
containing dissolved solids. The human body contains up to 60% water overall; the brain is 70% water; blood is
82%, and the lungs almost 90%. We are an inland sea, and blight can descend on our bodies if the acid
/alkaline balance of this "water of life" is not maintained, just as the acid in rain is blighting some of the forests
of the world.
All of the cells of our body are washed by the liquid medium of that sea, which allows nutrients to be
transported from place to place, and laves away the toxins our cells discharge.
When pH is imbalanced, the system breaks down - if the body's pH deviates too far to the acidic or too far to
the alkaline side, cells can become poisoned by their own toxic waste and die.
Desalination of water saves life, cures patients, and protects the fauna and flora. Our invention provides the
poor and wealthy nation possibilities of drinking water for them and their animals, as wells as to the farms,
which gives them a pleasant life style and changes their environment.
We strongly recommend to farmers of plants, vegetables, fruit, animals, and seafood breeding to use our
desalination system “HI-DESALT”, which protects the natural character of water and hereby protects our
environment.
Our desalination plant's technology varies, in part because the particulars of plant operations depend on site-
specific conditions. In severe locations the salt content is low. Our plant adjusts to the decrease of salt.
The filters for pretreatment of feed water at our plants must be cleaned every few days to clear accumulated
sand and solids. A particular washing, cleaning or renewal is not necessary.
Rarely, flow through of low percentage vinegar suffices in cleaning the alkaline and removal of organic fouling
in the plant.

2. This desalination plant’s components clean itself.
The pure sea-salt collected in a moveable container can be used in food production.
Desalination plant provides many opportunities to the fruit, vegetable, plant or flower farmers, also the
producers of agriculture products, as well as sea, and fowl breeders around the world.
The system could work in combination with any water filter plant to relieve filtration problems.
The inexpensive plant works chemical free, shock free, and protects life of sea culture and creatures of natural
water.
4.5m x 6m x 2.5m x 6 = 405cbm
405,000Ltr.
106,990 gallon
47 x per day
5million gallons
47 x fill per day
Process duration 30 minutes
Electric power consumption of one plant: 1 kilowatt/h (for water pump if, it is needed).
Use Dr. Iradj Hessabi’s electric power generation (it works by ordinary water) to run desalination everywhere,
without access to electric power.
Number of containers: minimum two per plant. Patented Technologies