The Essential E.S.P Unit is a patented electronic device which negatively charges the ions in water. E.S.P is the most advanced water technology for homes, farms, and industry... a modern application of an age-old principle based on the sound laws of physics!
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$450.00
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The Most Advanced Water Technology for Homes, Farms, and Industry!
 

... a modern application of an age-old principle based on the sound laws of physics!
 
 

What is the E.S.P unit?

The E.S.P unit is a patented electronic device which negatively charges the ions in water.

How does it work?

As a result of updates by Complete Water Systems, free electron emission is efficient and abundant. As a result, the minerals and other key components to a plant's health remain in solution. This reduces the extra energy that would ordinarily be required for basic nutrient acquisition to such an extent the plant can then have the necessary energy it needs to produce hormones in their proper quantities, as well as, vitamins, sugars, starches, proteins necessary for proper metabolism. Simply put, the plant will have additional energy to produce growth and reproduction in greater amounts than it would have ordinarily without the E.S.P.

A Scientific Explanation

This process also allows the free electrons to capture salts in the water and render those salts less likely to cause salt burn which is typical with water with heavy salt. This makes it possible to use water, that would ordinarily contain too high a salt content, even those that may be extra salt sensitive. The free electrons are able to take the salts to the subsoil well below the root structure and return them to the natural water table. As a result, plants are able to grow with fewer (if any) problems relating to excessive salt in the water. The local situation will determine how high the salt content can go and the unit still be effective.

Results with E.S.P

Soils treated with E.S.P water have shown increased colloidal properties. The need for fertilizer can be significantly reduced, and since the plant materials are utilizing the water more efficiently, the need to water will be less frequent. Negatively-charged water appears to result in smaller insect populations as well. As a result of all these impacts, the E.S.P unit the saves the grower in both chemical costs and labor, and helps realize an additional profit as a result of healthier and better plants.

Longer life expectancy on all valves, pipes, spray heads, and spray equipment, etc. can be realized using this easily-installed, evironmentally friendly unit. The standard maintenance procedures on equipment will be gradually cut down and, in some cases, eliminated. This can add up to a tremendous savings by eliminating down-time, decreasing labor cost and reducing equipment usage.

 Eliminates scale build-up
Avoids water pollution
Removes existing scale
Controls algae and electrolysis
Prolongs life of equipment and pipes
Soaps lather better
Reduces fuel and power costs
Long lifetime construction
Negligible operating costs
Wash with less detergent
Simple installation
Reduces water spots
Eliminates costly chemicals or salt
Environmentally safe
No cleaning required
Rinse clean
No soap residue
No maintenance needed
Water remains healthful

What Is E.S.P?
Experiences
E.S.P Experiences:
Jaraisy Farm, Saudi Arabia

Here is a synopsis of some of our experiences from the past year of activity with the electronic units in Saudi Arabia.
About 32 hectares of farm growing alfalfa for 1000 head of sheep, dates, and small patches of vegetables. His water is 4800-5080 ppm salts from 3 wells. He also has a problem with coliform in the water with one well testing out at 200 colonies per 100m/l of water. His alfalfa was being cut every 20 days at about 15"-18" in height and the stems were hollow indicating poor food production by the plant. After installation of the triple box electronic units on the three wells, the following happened:

Alfalfa is now growing to 24"-30" in height prior to the 20 day cutting. This is happening even though he is using a sprinkler gun water system that throws the water into the air for about 50 feet before it comes down. This is the worst type of irrigation system specially in Saudi Arabia because of the extremely dry atmospheric conditions with less than 10% humidity most of the warmer months which concentrates the salts in the water not evaporated as it flies through the air.

Alfalfa is 90% solid stem now because the electronic unit is supplying missing nutrients and the plant is able to get from the soil the remaining nutrients it could not get before from the soil due to the salt.

No more salt build up in the soil. We had soil samples taken from the first three months and the soil salinity dropped 30% in those three months. The salt does not stop up the irrigation system anymore either.

The triple box unit reduced the coliform colonies by 80% according to test done by the Saudi Environmental Health Department. These units have now been in operation for 14 months and he won't let me touch them, although I plan to offer him an upgrade to the latest triple box I believe will even show a dramatic improvement over what he has already seen.
 

I am a flower producer. I've applied foliar electronic devices to both field-grown and greenhouse grown sunflowers; outdoor pansies for fall transplanting; and poinsettias. We grew about 6 acres of cut flowers and operated four gutter-connected greenhouses in which we grew bedding plants, poinsettias and callalilies.The field-grown sunflowers flowered 14 days earlier than expected with beautiful, large dark green leaves. This advantage placed us ahead of our first killing frost.

The pansies flowered in just four weeks from tiny 450 size plugs per tray. The major buyer, a local landscaper, was so pleased with our quality that he hoped to get from us our "special secret". Our plants were dark green with many large leaves and blossoms. We sold them out.Our poinsettia crop was better-looking than what a lot of people had this 1995 season, according to our local agricultural extension agent, our Wetsel Supply Co. representative whose territory covers at least Virginia and North Carolina, and our enthusiastic buyers.

The local public was pleased that the poinsettias were beautiful for the entire Christmas Season and even continued to grow without losing leaves or flowers after being purchased and placed in their homes, offices, and churches. Our plants were full bodied and compact with many large/bright red bracts. We sold out and had to bring another 120 plants to fill our orders in a year where many growers had 20% of the crop remaining in house.As an inexperienced grower, I'm specially thankful for this electronic device.

Because the advantage of the electronic unit allowed me my crop to overcome deficiencies and related growing problems which a more experienced grower may have avoided. As there are many factors necessary to successfully grow crops for market, it takes more than electronic unit, but we are convinced that, for us, especially this year, there would have been no profit without it!

Our sales representative, Paul Mullenix, didn't even think the poinsettias would make it to sell. Around October 15, he observed only 1/8" of new growth. He was kind enough to think and not say "it'll be a miracle if this lady makes anything to sell!" In fact, the E.S.P unit was the "miracle water" which we needed. Necessary corrections were made as recommended by North Carolina State University so that favorable growing conditions could be enhanced by the unit. What a difference! Paul said if he hadn't seen it, it wouldn't have believed it; but since seeing is believing, he wants more information so he can do more investigating. He's already sharing my incredible story with other established growers.

The advantage of the unit is earlier maturation, healthier plants with longer pot and vase life, more fruit, large foliage, and the ability to push a crop into a market window on time, and shorter turn around time in production. All of which increase the grower's potential for profitability. the technology of the electronic device gives the grower more ability and grace to respond to the grower conditions which have to be dealt with. This electronic device is the growing edge.

- J.J., January 17, 1996 

In late 1997 I employed the E.S.P technology along with a biological program that made a dramatic difference on my farm. I have been growing catfish for over 30 years and last fall I saw some things take place on my farm that I have never seen before. Some of the things were a reduction in disease, more control of algae, better feed conversion, less oxygen problems and an overall healthier fish. I am working with Special Systems Engineering to continue on going of the ESP benefits. They have informed me that your company has designed a new more powerful unit. I have designed a wish list of things that if could be controlled would make an even more dramatic impact in catfish production. These things go as follows:

Feed energy be set at 32% protein level

Control Blue-Green Algae

(genus) Oscilbatoria - (species) chalybea

Anabaena - This algae produces Geosmin, a gaseous compound which gives the fish an "off-flavor" taste primarily in the summer.

Stimulate phytotoplankton and zooplankton

Control unionised ammonia , Stimulate aerobic bacteria , Control fungus (Saprolegnia) , ontrol parasites (Trichodina), Control anaerobic bacteria, Flexibacter columnaris, Edwardsiella Ictaluri, Aeromones hydrophila, Control Protozoans (Ichthyophthirious), Put long cords on the unit, this will help me position it in the ponds.

I have also enclosed a sample of feed with a list of nutrients.

Thank you for developing this technology and striving to help the farmer.

- Milton Taylor 

I am committed to E.S.P for as long as I live. E.S.P is the most exciting technology that I have ever known and I am very proud to be a part of it!

Six and sometimes even seven days a week I am out selling the E.S.P technology. I'm working on a shoe-string, but I don't mind. I believe getting the message out is more important than the money. The E.S.P has become my life. I am addicted to this technology.

I do this knowing that the people in Colombia will have a better way of life because of what I am doing. I sometimes think of myself as sort of a "Johnny Appleseed". I know that someday many thousands of people will benefit from the fruit of my labor.

- John Crichton

E.S.P BOOSTS PRODUCTION GROWTH

January 8, 1999

Mr. Carlos Flores, administrator and supply manager of Finca Teucali, states that he began to notice changes in his carnation production within 45 days after the E.S.P unit was installed. The carnation production increased by 30-35%; as a result, it was necessary to increase the classification rooms, employees, and subsequent working hours due to the increase in production.

The flowers were watered two times a week. Because the E.S.P unit was connected to the main water tank, fewer fertilizers, herbicides, and pesticides had to be used. A decrease in plague incidences was observed, as well as reduction in plant illnesses, such as cladosporium.

As a result of the E.S.P, the opportunity to open new markets for the flowers was obtained for places such as Argentina and Brazil. It is evident that the E.S.P use in carnation cultivation is beneficial.
 

Dear Sirs:

On June 25th, 1996 we purchased a 2" Energy System Plus (ESP) unit for one of our Marley cooling towers located in the Copper Sulfate Plant (C.S.P. dept.) for the treatment of algae in the tower. When we first heard of this technology, to change the polarity of the water, we were a little skeptical. However, the system proved out once the unit was installed.

The first thing we noticed after three weeks was the decrease of Algae, and the color of the water. No longer was the intake screen blocked, and impurities were staying in suspension and leaving a tower by the overflow. We also noticed no slime or sludge at the bottom of the ESP treated tower. We noticed quite a large accumulation of slime and sludge on the untreated cooling tower.

One of our main problems with our cooling towers was the accumulation of algae growth. We were using 4 lbs. of granular chlorine per day per cooling tower to combat the problem. Since the ESP units were installed we cut down the use of chlorine to 1lb per day per cooling tower or a savings of approximately 75%. We no longer have an algae problem. We also noticed that ESP treated water seems to keep the chlorine in suspension and working more efficiently. The continuous overflow and treatment has kept the water cleaner and limited algae growth.

Our second major problem was scale accumulation. Since we installed the ESP unit our TDS count has been reduced by 50%. Our cooling towers show a drastic reduction in scale build up since we installed the ESP units. Prior to treatment, tower intakes had to be washed down once per quarter. Now, if scale forms it is soft and easily removed.

Other benefits we have noticed about the ESP unit is the facts that our water pumps are working more efficiently. Less water flow is required for our condersors, therefore buildup in the pipes has evidently been reduced. This can be attributed to the ESP unit and its ability to soften up the water. The ESP unit is energy efficient and requires only one watt of electricity to operate. Also it is maintenance free and requires no man hours to keep it in operation. It also has proven to be a very durable product, as it is exposed to the elements outside our plant. In addition, the unit was very simple to install and did not require any major alterations in the current water line system.

In closing, we were so impressed with the ESP unit that we purchased a second unit August 28th, 1996. The results from this second unit have been just as impressive as the first. We want to thank Water Technologies of El Paso for introducing the ESP unit to our company. We highly recommend the ESP unit for its use on cooling towers.

Sincerely,
J. Rex De Marcus
Dept Head C/NSP
Phelps-Dodge Ref. Corp 

An E.S.P unit was installed in The "Jacaranda" agricultural farm which has an extension of one acre dedicated to the cultivation "astromelia" (a flower that has been exported for over 10 years).

The farm is located in Bogota's savanna, Tocancipa District with an altitude of 1640 mts over sea level and a temperature of over 14 degrees Celsius.

The soil is very heavy, with a content of about 50% or more clay, therefore is has poor draining conditions. This type of soil is very far from ideal for the cultivation of these types of plants because they form a fleshy Rhizome, with very rich organs of carbohydrate reserves therefore in conditions of poor draining it is prone to spoilage due to fungus or bacteria.

The unit of no more that 2 inches is working for all irrigation done in the cultivation (2 or 3 a week) depending on weather conditions, with a consumption of more than 250 m3 per acre a week. Two out of the three waterings are fertilized with major and minor elements. The irrigation has an electric conductivity of approximately 1.0 milliohms / centimeter.

The quantity for the irrigation water is good, coming from a deep well and it's classified as E, S, according with the international norms of water for agricultural use.

The soil and foliar analysis are sent to Southern Lab, U.S.A., the largest chain of laboratories of soil and foliar analysis.

The vegetal material from which the farm came was acquired in Colombia, from fields that no longer have a patent in force of commercial propagation, and was of poor quality because it originated from old plants that had more than 8 years of continuous commercial flower production. At the present time, the plants present an optimal state of development and the flowers that were initially intended for local market sale, are being exported to the United States, Brazil and Russia.

Its quality is very good and what has attracted most attention from the clients is the great foliage duration (18 days and sometimes more), since it is known that one of the most critical points of this flower is that its leaves usually don't last in good shape for more than 12 days. Furthermore, stem diameter was increased. Even better than the new varieties produced in Holland made available in the Colombian market for the past two or three years.

The E.S.P unit has been working continually for 6 months, it has not presented any time of operational failure and its use is extremely easy.

Another important point of view that needs to be emphasized is that the farm has reduced the use of fertilizers of mineral origin by 30%, at the same time the farm helps with its fertilization with a biological fertilizer.

Bogota, Colombia 

A 6" Triple Box electronic unit was installed in February of this year; ideally it would have been installed back in October prior to ground preparation and planting but our arrangements had not been completed at that time.

The grower is one of the premier producers of strawberries in both volume and quality in California. What this means is that any significant increase in quality would be more meaningful.

Because of a very unusual wet winter this year very little water has been run through the drip system. Total application up to this date has been only 15 - 18 hours, with one application of energized water applied two weeks ago.

Even with this late start and almost record poor growing conditions the following has occurred with this production.

Area production recorded at 150,00 trays from 6,000 acre of production. This is an average of 25 trays per acre. During this same period from a 15 acre parcel that received the most E.S.P water, production was 4,000 trays from 15 acre or 266 trays per acre, with size and quality to match. Various brokers commented that these berries were the best in the state.

Plant quality and fruit production are noticeably better than other area farms. Production differences are close to the same, with some decrease on his ranch due to continued cool and wet weather.

In spite of a poor growing year, we have seen impressive and vast improvement on poor ground. This year has been declared the best year ever. With continued poor growing conditions, plants are doing well; much better than neighboring ranches.

Greenhouse Cut Flowers - Roses

A 2" electronic unit was installed in a state-of-the-art hydroponics greenhouse operation. It is operated by a fifth-generation cut flower grower. The fertilization system is computer controlled and is capable of making three adjustments per minute to the fertilizer injections as it flows to the plant containers. The electronic unit was set up after the fertilizers were injected into the water, which means that nutrient plus water flowed through the electronic unit. This was initially a trial set up by myself this past winter so that I would have some field trials during the wet season here. This was a brand new range set up amidst and existing operation. This grower is also one of the best in his business and a great skeptic.

At the end of ten weeks, the grower did not feel that there was a significant difference in plants from treated and untreated. Even though the treated plants were visually more vigorous and stronger, it was attributed to the personnel caring for the plants as being better caretakers. Up to this point the first harvest of roses had not taken place. The primary crop grown previous to roses was carnations. With the first harvest two weeks ago, the foreman was monitoring the harvest. Not having paid much attention to the initial cultivation, she was somewhat unfamiliar with this operation as her other duties consisted in managing shipping and packaging.

While supervising the first significant full cutting, a count of the flowers from each of the houses revealed a tremendous difference in yield. For example 56 to 6; 48 to 23; 46 to 24. This was brought to the attention of the owner. Prior to this observation, the harvest was mixed in the collection buckets with no thought paid to account for yield; although the workers were aware of the significant difference, no one polled them on their opinion. After this, the foreman ran a separate account of treated and untreated houses and confirmed the yield differences. Feed back from brokers and wholesalers on the quality of the roses confirmed the superior vigor of the roses. These flowers at last report commanded a premium. A negative factor surfaced in that because of the increased size, only ten 25-count bunches could be packed into a box instead of fifteen.

The containers are packed with clean, white roots. At this point we do not have better control over insects and mildew, but I believe that it is due to over fertilization as a stress point due to the computer not being able to factor in what may be increase solubility of the hydroponics solution. We are currently researching this possibility with the likely solution to reduce the fertilizer concentration in the nutrient liquid.

The grower is convinced and has purchased the unit.

FINAL COMMENTS

There is no doubt that in practically all applications there will be beneficial results; the science being new as it is, these benefits will likely manifest themselves in various ways.

On my observations, what I believe is happening is a general "balancing" of factors, both negative and positive that enables plants to perform to the best of their genetic poten-tial. The treated water is able through direct and regular contact with the intimate environment to perform this "Balancing" mechanism. I have confirmed it thus far through measurement devices I utilize.

I find the results from usage of the electronic unit quite significant considering the limited time of use.

Stan Kadota

ADDENDUM

The grower picked a few strawberries 2.5 days ago and brought them home and left them on his kitchen counter. This morning he brought them with him on his truck. It was a warm day, in the 70's and warmer in the truck. I visited with him this afternoon about 4 pm and he showed me the berries. Normally the berries at this time of the season are very soft and weak and will leak from the packing trays before and while being transported to the freezer. These berries, 2.5 days old leaked, or wept very little. This is very interesting because it demonstrates superior keeping quality. This was quite impressive; a healthy plant should not rot but just dehydrate. This is a reflection of high carbohydrate content in the cells, as well as, good calcium. It appears that these berries are going to do that. He is going to keep the berries for a while to see what they do.
 

We installed a 1½" unit on a greenhouse belonging to Al Ghordan Agriculture Company for testing. He has 70 greenhouses, 36 of which are devoted to tomatoes. We installed the E.S.P unit (green box) on one of these houses. He called after three days and said he could already tell a difference - that it looked like he was going to get at least a 60% increase in production in this greenhouse!

These tomato vines were already 5' high when the unit was installed. Also, his water T.D.S. was running at about 3500 ppm. I went to his greenhouse and took some pictures. As many as 14 tomatoes were developing on single bloom stems! You could visually see the difference between the vines in this greenhouse and the rest of the greenhouses. Also, he stopped using chemicals for insects and viruses as the plants didn't need any due to their health. He sprayed them a couple of times a week with the water from the E.S.P unit.

A professor at the University of Petroleum and Minerals put a unit in his house and began to water the plants in his garden and yard. He is very happy, as he was having a difficult time growing anything with 5000 ppm T.D.S. water. Now he has more tomatoes than he knows what to do with, and his dates have doubled their normal production! His lemon tree has bloomed for the first time ever, and he is growing flowers where he could not grow them before.

At The University of Petroleum and Minerals, a 2" electronic unit (single green box) was installed in the university's greenhouse system. I met with their landscape manager last week. He told me that they were getting 100% germination of seeds, cuttings were rooting about one week ahead of normal, and the sod was growing very fast with less water. They requested a triple box for special testing of spray watering and soil salinity. They have about 18,000 trees, 20,000 meters of hedges, and 400,000 square meters of grass (not counting flower beds at the university). They said this test was tremendously important to the university.

A 4" triple box unit is installed in the greenhouse at King Khalid's son's farm near Riyad. Three weeks ago, he informed us that the results looked good, although the unit has only been installed for about two weeks.

ADDENDUM

We have a good report on the triple box unit on the University of Petroleum and Minerals greenhouse. They seeded two plots of flowers - watered one with their normal water, and the other with water from the E.S.P Triple Box Unit. The plants grew so fast in (3) three weeks that 75% have already been transplanted because they were so big! The other plot, in contrast, will still need probably another two weeks to be large enough to transplant. They are also watering some Bermuda grass turf, and it is turning very green and thick. Some Bougainvillea cuttings that were rooting with water are putting out blooms at the same time they are putting on leaves. I couldn't believe my eyes! They want me to come and talk to their manager tomorrow morning.

Al Aseel Poultry

At Al Aseel Poultry, a white E.S.P unit was installed on the main water supply and a dual box for the chicken's drinking water. Because the local water supply runs from 3600-3800 ppm salts, it was unsuitable for the chickens. Al Aseel hauled an average of 17,000 GPD of sweet water for his chickens.

We suggested that he blend half sweet water / half local raw water and route it through the E.S.P unit. To our surprise, all sweet water use was eliminated, and the chickens were fed the high-salt local raw water which was coming through the E.S.P dual box. The chickens were already 20 days old when we found this out, according to the chicken farm manager. "To our surprise, all sweet water use was eliminated, and the chickens were fed the high-salt local raw water which was coming through the E.S.P dual box..."
 

No sweet water was used on this batch of 120,000 chickens. All sweet water costs were eliminated.

The mortality rate went down from about 8% to less than 1%, even though they were watered with high-salt water (high-salt would have normally increased the sickness/mortality rate).

Chickens grew to selling weights 5 days ahead of normal. Most weighed about 2 kilograms in 35 days! This saved him several tons of feed.

These units have been in operation for about 9 months now and they are continuing to greatly benefit the farm.

SALCO

SALCO is one of our sub-distributors who sells E.S.P units for use prior to reverse osmosis units. They work very good on water less than 4000 ppm, even with secondary membranes. This allows the R.O. units to work without chemicals to protect the membranes, saving the cost of acids/stabilizers used to prevent scale and corrosion. This also improves the "health" of the water for all human and animal use. "His workers stopped having frequent sore throats and sick stomachs..."

This was proven to us by another customer who has a 35 gpm R.O. unit that provides water for his chicken farm, including the farm workers' accommodations. The farm manager brought to our attention that his workers stopped having frequent sore throats and sick stomachs immediately upon E.S.P unit installation and the cessation of chemical use. He was very happy with the change because of the lost labor hours caused by this health problem. The farmer also received an increase of 2-3 gallons per minute in product water after installation of the E.S.P unit.

The T.D.S. of the product water will normally increase 10-25% after the installation of the E.S.P unit until the membranes have been cleaned by the electronic unit's energy field.

Another sweet water supplier is using an E.S.P unit on a Reverse Osmosis unit that produces sweet water for sale. He uses no chemicals, except for adjusting the Ph of the product water. The oldest unit in operation for Reverse Osmosis units is now almost one year old and no membranes have had to be cleaned or replaced.

Saudi Fal

Saudi Fal is a large farm with 5000 head of sheep, citrus trees, alfalfa, grapes, and dates. He has four electronic units (1-4", 2-6", 1-8"). Well water comes from about 2500 feet below ground and has only about 1200 - 1300 ppm salts, but the iron is ten times more than normal for potable water and sulfates are so high that the raw water smells like sewer water. We observed and documented the following:

Alfalfa product has increased to almost double, and now has solid stems instead of hollow stems.

Water has no sewer smell whatsoever.

The iron no longer clogs up the irrigation system and the holding tanks and the water stays clear about five times as long as before. He was normally having to clean the iron scale out of his tanks once a month and since installation of the electronic units 11 months ago, he has only cleaned them once. The same applies to his irrigation system. He has only cleaned them once since installing the electronic units.

His citrus tree had double the normal amount of blooms this past season even though they were just planted and some even produced fruit. No salt accumulation in the soil as noted visually and by soil salinity tests.

King Fahad University of Petroleum and Minerals, one of the most important and second largest University in Saudi Arabia, has water which comes from their own wells that have risen in salinity in the past 5 years from 3000 ppm to 4800 - 5000 ppm in 1995. They have three electronic units under test in different areas. A 1¼" unit with a white box is on the housing director's home, 1¼" electronic unit with a white 13 AK box is on one of their huge dish washing machines, and a 2" electronic unit with a triple box in on their nursery.

The present situation is as follows:

The unit on the director's home has not been in use for a long enough period for results to be determined. The latest 15R white box was installed a couple of weeks ago. If they are satisfied with the results they will install units on the main water supply to all the housing to control scale and corrosion.

The unit on the dishwasher has been in operation about one year now and the University has just ordered 4 more for the rest of the dishwashers. They report, and I have seen with my own eyes, that their dishwashers are corrosion and scale free. The heating elements look just like they have just been installed, with no scale observed at all.

The unit on the nursery has been tested in a number of ways, seed germination, rooting, growth, blooms, spraying of indoor and outdoor plants with 4800 ppm water. Seed germination is the highest in the nursery's history, everything they stuck in the ground to root took root and put out leaves and even bloomed before the control section had begun, plants from seeds grew out ready to be transplanted on an average of 3 weeks ahead of normal plantings and had larger and healthier blooms. They sprayed the indoor and outdoor plants with the 4800 ppm water and observed that those plants actually outgrew the plants sprayed with "sweet" water. They are very happy with what they have seen with this unit.

A young Saudi teacher in the agriculture department came to us requesting the opportunity to test the electronic unit scientifically and write up the results in scientific journals and reports. We gave him a 1.25" unit with an older triple box, five 1000 liter tanks, solenoid valves and set up everything up for him on their research farm at Hofuf. He measured soil, water, and soil salinity before beginning anything. The tanks were filled with water of different salinities as follows: 960 ppm (control water), 3000 ppm, 6000 ppm, 9000 ppm, and 12000 ppm. This test was begun in the last part of November, 1995. When we visited on January 21, 1996, the professor (Dr. Saeed Saeedi) was excited about what they had witnessed so far. We observed the following:

The cucumbers growing from 3000 ppm water were as large as the control group with production slightly less than the control group, but the quality was as good or better than the control group.

The cucumber vines on 6000 ppm water were about 25% smaller in size than the control group with another 25% drop in production.

The vines getting 9000 ppm water were about 40% of the control group size but were still producing cucumbers.

The vines that were getting 12,000 ppm water were about 6-8" tall with about 30% mortality rate but the ones that were surviving had blooms with small cucumbers forming.

These are good results because they had never had any cucumber survive the 6000 ppm water, much less the 12,000 ppm water. This testing will be finished in about one more month and they now have the new triple box to use on the next set of test and we expect to see far greater results from this more powerful box. Besides the above, we have installed the units on bakeries, laundries, chillers, boilers, villas, swimming pools, cooling pads, shopping malls, and desalination units. Questions about any of these will be welcomed. 

After just three applications in August, with pesticide reduced dramatically, we found no pests, and the bowls matured clear to the top of the plant. Using the computer process, we successfully defoliated at one third the rate of the red cotton.

The cotton survived a drought of 11.5 weeks, has very little hard lock, picked clean and yielded 118 additional pounds to the acre than cotton growing side by side that we did not use the computer process on."

Craig West of Fremont States: "After we watched the results of the computer process spraying on Julian Nelms cotton, our neighbors, Nelms and myself decided to defoliate electronically over 1,500 acres of cotton at 1/2 the rate recommended by chemical companies. This resulted in a savings of $10 to $12 per acre. It dropped leaves off in four days. We are very excited about our savings possibilities on our next crop."

On a 600 acre cotton crop you could earn $71,640.00 additional income using electronic control for cell growth. Our cotton increase (under very poor conditions) was:
 
118  lbs. per acre
x . 80
 
 
$94.40    more per acre
 
   Defoliated with one-half the rate of regular chemicals on green cotton, and one-third the rate on red cotton, there is a savings of $10.00 per acre. We use a pesticide - Karate - at a cost of about $21.00 per acre, 3 times a week, at a total cost per acre of under $5.00 - a savings of $15.00 per acre.
 
$94.90   more per acre yield
$10.00   saving per acre defoliating
 
 
$15.90     saving per acre on Karate
$119.40   more per acre in your pocket
 

As you read this, Jud Harward's family is starting to harvest $2,500 per acre of sweet corn on 130 acres. They're retailing it fresh-picked daily for $3 a dozen at a roadside kiosks a few miles from their farm at Springville, Utah.

In some fields, yield may easily top 1,500 dozen. When I was on their farm July 11-14, I saw two and three ears emerging per stalk in one of their early fields. What makes this performance so exciting is that Jud managed a major turnaround in his farm's soil structure and fertility in just one year.

Using Bob Benson's nutrient blends, Jud Harward also energized the liquid side-dress and foliar spray solutions with a patented "ESP" instrument designed specifically for agricultural use. The combination of "bio-friendly" nutrients, amplified with ESP energy, is the unique aspect of Harward's fertility plan. Apparently, biological changes in the soil greatly accelerated. His soil had a granular, "coffee grounds" structure and pleasant aroma typical of biologically active earth.

Jud used ESP technology developed and patented by Bud Thomason, president of Complete Water Systems, of Port Isabel, Texas. Bud's son Ray, a medical doctor specializing in physiology and energy systems, is active in the firm's energy-related research. Bud and Ray also attended Jud Harward's field day. The ESP unit adds electronic energy to water and nutrient solutions. It emits 4,000 specific frequencies fine-tuned for crop growth.

The Thomasons have quietly developed this technology over 15 years, deliberately avoiding publicity. Yet the buzz in the global scientific community has been enough to create demand for 5,000 of the units, which aren't cheap: $6,000 for the widest spectrum ag instrument. Many of the ESP units are installed in Saudi Arabia, enabling normal production of grains and vegetables with irrigation water as high as 10,000 parts per million. Some members of the Saudi royal family insist fruit and vegetables for the royal palaces be raised with ESP technology to improve yield, flavor and keeping qualities.

Jud told Bob that the 1995 sweet corn stands were ragged, and earworms were becoming a serious problem. That late in the season, Bob's only available tool for the 1995 sweet corn crop was foliar feeding, including a test of ESP-charged solutions to cope with earworms.
 
  Bob prescribed a foliar spray with charged water and a few nutrients, sprayed on emerging ears. Jud's son Jake, in charge of pest control, quickly applied the foliars just days before corn matured. Jud, Lenny and Jake all told me what happened: "Earworms already inside the ear died where they were, or crawled out and dropped on the ground. That saved what corn we had for retail sale." That built the Harward's confidence enough to test Bob's whole program on 400 acres, including ESP-charged water.
 
Bob's first prescription for Jud's fields scheduled for corn in 1996 was a dry mix to be top-dressed in fall '95 and worked into the aerobic zone. Bob wrote on the prescription: "This stuff will put carbon dioxide and oxygen into the soil, mellow it out so it has a crumb structure, get microorganisms multiplying again, and decompose cornstalk residue."

This spring, Bob prescribed a planter-applied row support mix and a 2 x 2 band of nutrients, both in solution form, and both "amplified" with ESP charging. When we dug up corn in this field, Jud shook the loose, friable soil from the roots and got excited when he saw earthworms dropping out as the soil crumbled.

"I've never seen so many earthworms in this soil," he told us.

The unique aspect about Jud's farm this year: It's the first time we've seen a fertility plan based of biological ionization principles plus use of electronically energized water. Jud uses two of the new "ESP" units from Complete Water Systems. One treats water as it comes from the well. The second time "amplifies" energy in spray and side-dress solutions before they're applied.

Bob's own research shows that water alone can hold limited amount of energy. But after nutrients are dissolved in the water, especially those containing carbon - a conductor- the solution can retain much more energy. Further, radionic analysis shows this potential is balanced for maximum balance release. When water alone is treated, water molecules become more organized and surface tension falls.

Another objective of "turbocharging" nutrient solutions, says Bob, is a large increase in covalent bonding, where linked molecules mutually exchange electrons. Bob Says: "It's in the chemistry books. A covalent bond has seven times as much energy as a single electron bond. That's what my scanner shows it's happening. When crop and microbial enzymes break these bonds in the soil, that energy releases for crop growth."

It's important to realize that the ESP unit is not an ordinary electronic charger, like those attached to sprayers which give a positive charge to water or paint droplets for a few seconds. The ESP antennae in the water infuses specific energy frequencies encompassing the range needed for maximum beneficial effect. The patent on the ESP unit incorporates the ability to insert electrons into the matrix of the water, and allows these energy frequencies to "ride along" with the molecule's other electrons.
        
Foliar-fed alfalfa has solid stems, profuse leafing, while a test strip of alfalfa curls and wilts at the top on a dry, 95-degree July day.
  

"He's got the best dryland corn I've ever seen in this part of the country," says a friend who drove recently from Temple to Brenham. "In Temple, the corn is nothing. 4-5 feet at most."

The Houston/Galveston National Weather Service reports barely over six inches of rain for Brenham (Near Chappel Hill) since planting time. Farmers in Chappel Hill think they probably got only half that amount. Bliznak believes the difference has been due to a boost in energy from an electrostatic precipitator (E.S.P) unit, a low frequency, high amplitude radio pulse generator. Bliznak first heard about the E.S.P unit from a friend an hired hand Billy Pawlak. He'd read about the success of ESP-treated crops in LandOwner (7/22/96) and suggested Bliznak try one of the units.

Bliznak contacted an E.S.P rep from Coleman, Texas. With the promise of a money-back guarantee, Vince brought the unit home and was eager to put it to work. But he needed help getting started, and he had lots of questions.

Why was the E.S.P unit effective? What was its track record? He asked Bob Beddingfield of Wet, Inc., a Houston E.S.P dealer for help.
 
 
    

Beddingfield freely gave his time, making sure Bliznak had the confidence to begin working with the ESP unit. Then, because Beddingfield was eager to know how this unit would work in the dry Texas conditions, he periodically drove to Bliznak's to check progress throughout the growing season. Bliznak's program includes mixing Fish Agra Foliar Fertilizer with ESP water and applying it directly to the seed at planting. Simultaneously he uses 32% nitrogen liquid fertilizer sprayed 1.5 in. From the drill to the row (this liquid also benefits from a run through the ESP unit). He also surface applies herbicide mixed with ESP-treated water and half the labeled rate of active ingredient.

After three weeks, he side dresses with ESP-treated 32% nitrogen fertilizer. When the crop is seven weeks old, he foliar-sprays ESP water alone.

"After that, we pray for rain," he says. "And that's where we are now."

While rain seems elusive, Bliznak's corn and grain sorghum seem to be making the best of a bad drought. Even in its early stages, Bliznak's corn began to grow faster than crops in nearby fields. Bliznak's corn even caught up with a neighbor's corn crop which was planted two weeks earlier. By the time the neighbor's corn was ready to tassel, Bliznak's was too. In addition to speed of germination and growth, the quality of the crops is good, too. Kernels are fatter and deeper -- the cobs longer.

Vince says his friend Pawlak remembers that early on, the corn spread out like an umbrella and seemed to create a thick canopy. "I noticed it was such a wide leaf as it grew," recalls Bliznak.

His fields are noticeably clean. "It makes the herbicide work better, too," he says. "I definitely can see that. We cut down our Exceed rate, but we still have good control with this herbicide."

All on all, Bliznak's crop is turning heads this year. "There is no other dryland corn that looks as good," says Spencer Tanksley, the Washington County Ag Extension Agent. Call it coincidence, but Vince feels the water's benefits spill over into the areas. He doesn't need water softener at the house; the ESP unit does its job. They say drinking ESP-treated water has boosted the family's health too, helping them shed ailments which had dogged them for years. (But nobody's making health claims for the concept.) Billy Pawlak chalks up another unlikely kudo for the water: While it's in his truck radiator, he says, it runs a tad cooler in the hot Texas sun.

There's lots of scientific skepticism about "energized" water and fertility solutions. Conventional chemistry says it can't be done. But farmers are testing the technology anyway.
 
 

What is the E.S.P unit, and how does it work?

The E.S.P unit is an electronic multiwave radio pulse generator with a high negative ion and plasma production. The energy is induced on minerals in the water, and they will remain energized for months over an unlimited distance. The power unit is double-converted, and does not require a ground. The output is low-voltage radio frequencies, and is not harmful to humans or other living things. The power unit generates radio frequencies from 150,000 Hz to 2M Hz. Pulse frequency varies from 500 Hz to 10,000 Hz, depending on the application.

 Why may a farmer get higher yields with electron-rich water?

The reason that higher crop yields are demonstrated using the electronically energized water is multifaceted.

First of all, the energized water allows the minerals and components dissolved in the water to exist in a much more stable state than they would ordinarily. Secondly, as a result of the availability of electrons, many reactions that would ordinarily take place are virtually eliminated. This results in an anti-scaling effect for the plumbing itself and aids in the prevention of the mineral accumulating at the root level where it would cause root damage and prevent or inhibit proper nutrient uptake by the plant.

In essence, the effect is that the charge suspends minerals in solution. The change in the soil, as a result of the application of the charge from the unit, is from a diamagnetic to a paramagnetic state. As a result, nutrients are more available and the vitamins and minerals which are available are more likely to be taken up with more energy savings. The additional energy may then be used toward growth, plant maintenance and production of fruit.

 Why can a dairy farmer produce more milk when the cows drink water treated with the electronic unit?

Field and empirical evidence indicate that cattle which are fed the electronically enriched water will normally produce more milk and for a longer duration than cattle that are not fed water treated with the E.S.P unit. The cattle initially undergo an apparent detoxification phase in which their own systems are cleaned; this, in turn, allows for more efficient milk production.

The reason greater milk production is evident is probably related to the greater efficiency with which the system is working in the cattle. As a result of greater energy availability and utilization by the system, more and more energy can be dedicated toward the basic genetic predisposition of the cattle (milk production). Energy that would ordinarily be diverted for detoxification, excessive maintenance, disease and related immunity response can now be better utilized for milk production.
 
How much water can a farmer save by using the electronically-enriched water?

Evaporation, transpiration, run-off, and soil absorption (which determine how much water will be necessary to maintain the farm) will change over time. However, a saving of up to 40% has been evidenced by the farmers in the field utilizing the units.

One of the most important reasons for this phenomena is related to the following: H2O molecules link up to others because of the dipole nature of the individual H2O molecules as oxygen is more electronegative ("electron-hungry") than hydrogen, the electrons will spend a greater part of their time orbiting the oxygen atom versus the hydrogen atom. As a result, the dipole is created. The additional negative charges (electrons) in the water (as a result of the electronic unit), reduce the bonding of the oxygen atoms of the H2O molecules and the hydrogen atoms of the adjacent H2O molecules. As a result, there are less hydrogen bonds between the individual H2O molecules.

"Wetter Water" is the result, which helps create better cleaning water (and better soil-leeching water). The breaking up of the H2O groupings, because of the decrease in hydrogen bonding, enables fertilizers to break up into smaller groupings and interface with the smaller H2O groupings.

The surface increases exponentially with a decrease in the size of the groupings. Consequently, fertilizers, mineral supplements, etc. become more efficient and considerably less amounts are required when used with the treated water, and the increased surface area that can come in contact with grease, oil, dirt, and other contaminants will greatly increase the power of wash water.
 
Is it true that with electron-charged water farmers need less agrochemicals to grow their crops?

The electronic effect is allowing the water to utilize what is available to it with greater efficiency. Fewer agrochemicals are normally needed when the electronically treated water is being used. The basic building blocks for plant growth and maintenance are water and carbon dioxide; from these two components, energy from sunlight is used to generate plant materials and growth.

Most agrochemical agents and factors are related more to controlling disease and eliminating insects than providing materials for growth needed by the plant. Co-factors (minerals for the most part) and vitamins, as well as components that are non-existent (i.e., additional nitrogen) may be necessary, especially when one takes into account the phenomenal growth which is demonstrated when the unit is used.

These additional factors, however, will be utilized with more efficiency and less will be required that is normally demonstrated when the unit is temporarily out of use.
 Can the electronic unit solve the problem of clogged drippers and obstructed water pipes?

As a result of holding mineral in suspension, scale can be controlled and existing scale can be dissolved. In order for the electronically energized water to clear a system that has already been plugged, the water must be able to pass through the system. So the best way to utilize the unit is to put it before any damage is done. If the water can pass through the problem areas then it will be able to not only clean up the existing scale, but also, is able to continue to keep the system clean and control the scale.
 
How long will the energy last in stored water?

Experimental and field evidence show the electronically treated water still demonstrated an energy even after six months of storage. This is with the initial water being energized, stored and the unit removed. However, if the unit is left on for all water filtration and continued use (even if the water is not flowing) the energy will last indefinitely.
 
How far will the water hold the energy in long irrigation pipes?

The energy has been located in the pipe in which it was place up to 7 miles away from the initial source of energy (the electronic unit). The difficulty with this type of measurements is trying to get a continuous length of pipe in which the energy can be measured without components coming off the pipe or being introduced into the system.

 Will the unit work with any irrigation system, such as drip, sprinkler, center pivot or furrow irrigation?

The unit can operate with virtually any irrigation system. The initial water that flows into the system must be treated for the effect and then can be dispensed in whatever manner desired.
 
Have all these benefits been proven by independent research testing?

The task of providing the effects of the electronic unit have been complicated and arduous.

Initially, the broad-range positive results that would be seen were unknown. Because the initial idea was to make a unit with an energy potential that could prevent the accumulation of scale and drastically reduce existing scale, it was awhile before evidence of extra plant growth was noted. When this extra growth was observed, the inventors then had to determine what to look for, and how these results could be consistently achieved.

From these preliminary group of studies, it was determined what could happen, as well as what was likely to happen, and what to look for. Clinical trials, university studies, and private laboratory studies are now to be conducted. A great deal of research is verifying the trends of plant growth that were observed initially, as well as reproducing these same effects.

Some of these studies are complete. More importantly, however, is that the studies not conclude, but rather continue to verify and support the initial observations that were noted. So, rather than have a great many "conclusive tests", tests were opted for that would continue to show the effects of the electronic unit over an extended period of time. For instance, after the salts are cleared from the subsoil, what will happen? if the field is continued to be watered, what are the effects of the energy on the electrons on the field, as well as the plants, for an extended period of time?
 
Where can I send electron rich water to be tested?

At the moment, the only place that we have full confidence in for testing electron-enriched water is our own testing site. Since mid-1997, instrumentation has been available for on-site testing by the farmer at a very reasonable cost.

 What kind of reading should the electron-charged water have to improve crop yields and milk production?

A light is located on the unit for visual inspection. If the electronic box is humming and the testing light is on, the unit is working and water will be electron-enhanced to improve crop yields and milk production.

 How long should I wait to note the benefits of the electronic unit?

Ordinarily, a significant change in soil, plants, and animals utilizing the electronically enriched water has been observed in 30 to 120 days. This occurs after the unit has been properly installed and has been working from 30 to 120 days.

 What kind of electricity is needed for the units? How about maintenance?

The unit is available for the following electrical connections: 110 volt AC and 12 volt DC. The unit uses less than one watt, or approximately 60¢ to $1.00 per month. The control box may be quickly and simply removed for replacement. The power unit is solid state, and requires no service or cleaning.

 Are there any other benefits of the electronic unit for commercial or home use?

The benefits and applications of the electronic unit are as wide and varied as there are problems to resolve in the water industry. Cooling towers, boilers, heat exchangers are but a few commercial uses. The water acts as softened water and controls scale over a period of time. Some of the most promising applications may be in the rejuvenation of dead lakes and fields, or areas which have been rendered "unsuitable" or "dead" as a result of pollution or excessive utilization. The availability of extra electrons to the environment is believed to aid in the resolution to many chemical problems which stand in the way of the full recovery of a "dead" system.

 Do you believe the use of the electronic unit will be wide-spread in the future?

The utilization of the E.S.P will definitely be used more frequently in the future, for two reasons: Through the utilization of the effect of the E.S.P, we can keep plumbing clean without the use of chemicals or salts. Secondly, troublesome salts, as well as harmful aspects of untreated water, can be eliminated from the soil surrounding the roots of plants. As a result of this great efficiency, less fertilizer, herbicides, insecticides, and other compounds are necessary that may have potential harmful effects on the environment; which has to be a concern now for the future.