OPEN ALL TREATMENT

OPEN ALL? has the ability to release nascent oxygen and hydrogen gases simultaneously (mainly from the water molecule).

OPEN ALL? revitalizes dormant fertilizer. Often, soils contain readily available nutrients, but the plants are unable to obtain them because the salts are contricting the root system to aborb nutrients. OPEN ALL? provides for proper nutrient absorption and utilization.

OPEN ALL? increases the organic capacity of worn out soil while unlocking natural fertility.

OPEN ALL? helps to correct soil pH. Most soils experience immediate effects, however, the buffering capacity of some soils may decrease the pH adjustment speed.

OPEN ALL? eliminates the salts left behind from years of chemical fertilizer use. If not eliminated, these salts can burn the roots of plants, and cause stress. Salt removal, in addition to alkali and boron reduction, are some of the most significant benefits derived from a proper OPEN ALL? treatment.

OPEN ALL? will also stimulate bacterial growth in the soil while adding specific amino acid chains that are dormant in OPEN ALL?, but activated in the presence of fresh water. Nitrogen fixation simultaneously occurs.

The electro-chemical forces in the soil change radically after just one application of OPEN ALL?. These changes result in a granular soil texture ideal for moisture penetration, retention, and extended root growth.

OPEN ALL? is an electrolyte able to remove the "NEGATIVE ION FOG" surrounding each clay or soil particle. This process allows soil particles to chain bond, producing larger soil aggregate and optimal pore size. Proper pore size promotes increased aeration and optimum moisture retention capacity, encouraging fast biotic growth.

After the OPEN ALL? treatment, soils take on a regenerated structural change, accommodating deeper water penetration. This allows for deeper plant root penetration and increased utilization of stored water for long periods of time. Attributed to the improved water penetration, OPEN ALL? decreases evaporation and run-off resulting in substantial water savings (by up to 50%).

OPEN ALL? has the ability to change or alter the electronic bonding in both soil chemicals and water. Because of this capability, the oxygen status of the soil is increased resulting in the break-up of clay and hardpan, in addition to eliminating mineral and alkali contamination. Alkaline crusts formed from using chemical fertilizers will also be eliminated.