Water For Life

Water is an open, dynamic, structurally complicated, and self-organizing system, in which the stationary status is easily infringed in case of any external effect. As a result, there is a transient state characterized, first of all, by a modification of the structural-information property of water. Owing to the processes of self-organization, water can further return to its initial state or transform into a new stationary state.
Omni's magnetic resonators, owing to their ability to structure their own broadband electromagnetic field of water, change its structural-information status. Due to resonance phenomena, re-structurizing of water occurs on certain frequencies. The change of the structural-information status of water is accompanied by the change of its spectral characteristics in the infrared range, also by the change of its physical and chemical parameters, such as electrical conductivity. The interaction with certain resonators changes рН also, reducing the size of molecule clusters which is a new scientific fact..
Australia is the world's driest continent and water has been recognised as one of the scarce resources. Moreover, frequent and continuous droughts have become a common feature of the Australian environment.
Irrigated agriculture is the most dominant water use in the Australian economy. The Australian horticultural industry consumes quite a significant proportion of water and the demand for water is expected to increase with further expansion of the industry in the future.

Irrigation accounts for over 70% of total water use in Australia (Meyer 1993; Raine and Shannon 1996). Furthermore up to 30% of total potable water use in our cities is used for irrigation of home gardens, sporting fields, parks, nurseries and small vegetable farms (Maheshwari,2006)

It is fair to expect that a growing population puts pressure on our major cities and more use of water through irrigation and other uses, coupled with the changing climate scenarios, will put enormous pressure on water supplies for both urban and rural areas.
The horticulture industry often competes with urban, industrial, environmental and other agriculture users of water.