PolarNet a Seawater desalination Technology

This is a resonant induced polar net to extract unwanted salts dissolved in seawater by creating multiple flows with different salt concentrations. Focused on irrigation and to provide optimized water input for other potable water processes.

PolarNet Pitch

PolarNet makes the unlimited source of seawater suitable for irrigation with a cost effective maintenance free unit, made to reduce emigration and contribute to the elimination of endemic diseases from coastline Countries.

1. This is a simple, cost effective, efficient, compact water desalination unit.  It uses an induced resonant polar net to purge dissolved unwanted salts from continues flow of seawater.

2. This technology allows small communities to obtain a continuous source of water suitable for irrigation. Using seawater guarantees an “unlimited” supply.  In addition, the unit has low energy demand, is maintenance free and requires only very basic knowledge of water processing principles. Communities that normally wouldn’t have access to steady sources of water suitable for agricultural uses would thus be able to improve their own food production.

3. The world is in the grip of a water scarcity crisis. Fresh water sources are limited in many regions of developed and developing countries.  California, USA; Yucatán and Baja California, México, are just some examples of regions that could benefit from seawater based low cost desalination technologies.  More generally, all desert regions with access to seas or oceans are potential candidates. Improved access to water suitable for irrigation, would allow some regions that are currently unable to develop their own agricultural industries to become at least partially self-sufficient.  This would, in turn, ease the pressure of local populations to emigrate to resource-rich regions, it would contribute to the elimination of endemic diseases through better access to fresh water, and it would reduce economic dependency.   

Guillermo Garza Milling

Mech. And Electrical Eng.

Master on Electrical Engineering

SME Senior member

gmilling@yahoo.com

1-52-81-1280-6531 

Existing large scale desalination units are expensive to build, run and maintain and are out of reach of small agricultural communities.  A system of multiple small, low cost, low maintenance and energy efficient desalination units require less initial investment and continuous support, and allow small communities to rely on their own effort and resources. 

Salts are easily dissolved in water due to the dipolar nature of the water molecule.  At the same time, dissolved slats increase the electrical conductivity of water. 

Salts have a specific weight greater than water, so the salt mass resonates at different frequencies than water. Inducing such resonance forces in a conductive liquid permit salts to be attracted in the opposite direction of water. With a calibrated flow within a trans-resonance region, purge flows can remove high salt concentrations, providing a reduced salty water flow to be used at least for irrigation purposes. 

1. A desalination lab to experiment with a set of PolarNet desalination test benches, each one oriented to emphasize a set of construction and variables alternatives, to be included in the final unit at once.

2. A test Report and publication paper.

3. An Alfa and Beta test units, and its Manufacturing process, to test in an easy to follow up areas, like California and Yucatán Peninsula.And An optimized Beta test unit for Mediterranean and EAU Countries.

Track the design and construction of test benches. - Desalination Lab

Published Report and Paper. - A test Report and publication Paper

Manufacture units - Alfa and Beta test unit.

This innovative unit are designed and engineered to exploit the natural polar properties of water, to optimize the salt concentration in the purge flow.

It involves Resonance, Flow, and, Intra-Molecular forces, at once. 

Open up new dimension of understanding several technical and scientific fields, as well as the innovation process.

Commercial desalination technologies need to be large to overcome the cost of high pressure technologies, they require a central operation, large pipes and costly maintenance.

My technology can be implemented in a very small unit, (1 lt/sec), it is maintenance free and requires no technical expertise at all.

It is focused to serve humans first and shaped following technical properties without complex requirements not everyone can handle.

It is also focused to improve coastal line resilience for better land development while improving value added to the surrounding sea, including optimized fishing spin out.

The unit is a low cost solution and inexpensive to purchase. 

Is a self-operating and easily installed unit.

The capacity is 40,000 lts of water per day with a unit cost target of $400.

My own Capital, until Capital from Government Grants can be accessed.

A US start up with American C level team, will be appropriated. 

As any innovation, needs time to mature and find the optimum product solution for each type of seawater.

There is a need to have an electrical power source.

The product should be labelled by specific frequency, 60 Hz or 50 Hz but not both.

Lab equipment access.

Engineering Certification.

Scientific optimization.

Networking.

World funds from Agricultural and Water needs.

Forum to present my innovations.

Myself and friends.

No competition in the same technology field.

Inverse Osmosis Companies will be allies.