KELEA Activation of Water Provides Multiple Benefits in Agriculture

    SOUTH PASADENA, CA, January 27, 2022 /24-7PressRelease/ -- Modern farming is becoming more focused on the quality of crops rather than quantity. Adding to this movement is a deeper understanding of the wonders of biological processes. Life depends upon the continuing availability of energy to enable cells to perform their many complex functions. Until recently, sunlight mediated photosynthesis by plants and by certain bacteria was regarded as the primary source of all biological energy. It allowed for the chemical bonding of water and carbon dioxide molecules to yield carbohydrates and oxygen molecules. The carbohydrates essentially act as carriers of the sunlight-derived energy, but now in the form of a retrievable chemical energy. Thus, the subsequent oxygen-dependent reconversion of the carbohydrates to water and carbon dioxide molecules becomes a source of chemical energy for the synthesis of proteins, lipids, nucleic acids, and other biological compounds.

Microbes in the soil play a major role in utilizing some of the plant-derived carbohydrates for the chemical biosynthesis of other compounds. Soil microbial activity extends well beyond that of converting nitrogen from the air to organic compounds, such as ammonium ions. Bypassing the need for nitrogen fixation with synthetic organic nitrogen fertilizers can be inhibitory to some of the other required biological activities of soil microbes. Depriving plants of certain microbe-derived nutrients increases their susceptibility to various pathogenic microbes. Adding pesticides to control these pathogens can further impair the overall metabolic support for the growing plants. Such plants will, therefore, provide less than optimal nutrition for food consuming humans and animals.

This report is based on the increasing evidence that all living cells derive energy from an environmental force that is more basic than photosynthesis. It is defined as KELEA, an abbreviation for Kinetic Energy Limiting Electrostatic Attraction. The proposed fundamental role of KELEA is to prevent the fusion and annihilation of electrostatically attracted opposing electrical charges. It can do so by becoming bound to separated electrical charges from where it radiates a repulsive force.

The concept of KELEA can help explain several basic phenomena. Chemists have yet to fully define the nature of chemical energy. Thus, there is no agreed to mechanism that describes the directed energy exchange between many linked chemical reactions. Chemical compounds express numerous localized electrical charges and, therefore, have a certain level of bound KELEA. This level can be equated to the chemical energy of the compound. The chemical conversion of molecules occurs through either receiving additional KELEA from the environment or releasing some of the available KELEA to the environment. Smaller increments of KELEA can lead to an added dynamic or kinetic quality of specific compounds, including water.

When acting on nearby water, KELEA will lead to a loosening of hydrogen bonding between the water molecules. The energized water molecules can act as a conduit of KELEA between interacting chemical compounds. If water becomes sufficiently activated, it can also function as a continuing receiver and transmitter of KELEA. It can, thereby, become a source of added KELEA for nearby chemicals., including other water molecules.

Farmers have long noted that water from certain locations has better growth promoting effects on plants than the water from other locations. Although, typically attributed to the contained minerals, it is more likely a function of dipolar chemical compounds that are continually engaging in the attracting and then releasing of KELEA, probably in an oscillatory manner. This is consistent with the ability of various compounds and fluctuating electrical devices to transfer added KELEA to water. Commonly used compounds with KELEA radiating properties include zeolites, humic and fulvic acids, mica, volcanic rock materials, tourmaline, shungite, mineral oxides, and mineral alloys. As noted above, if water is sufficiently activated with KELEA and especially if it retains activating chemicals, it can become a very efficient continuing source of KELEA. Because KELEA activated water can radiate some of its energy into nearby water, containers of activated water can initiate a progressively spreading water activating process within the ground water extending for a considerable distance away from the container. The standardized containers of KELEA activated water can be superficially buried into the farmland soil at approximately two per acre. Alternatively, they can be wrapped around the major water supply line.

There are numerous benefits to farming with KELEA activated water. For most crops there is faster growth, which also requires less fertilizer and minimal if any pesticides. Taste and color are improved, and the food can be presumed to be healthier. The shelf-life of harvested crops is prolonged. Detailed information is available on the improvements in several major crops treated with water in ways that can be best explained as increasing the levels of KELEA. It is highly likely that the microbial carbon content of soils that are irrigated with KELEA activated water will be significantly enhanced. Using KELEA activated water can potentially be a lucrative source of carbon credits.

Farm animals can likewise benefit from the use of KELEA activated water. This certainly applies to cows, horses, pigs, and poultry. Dairy cows produce more milk, chickens lay more eggs, and pig have less malodorous feces. Aquaculture of seafood becomes more productive when using KELEA activated water.

Yet another agricultural benefit of KELEA is that it can lead to greater than a 10% reduction in fuel usage by farm equipment. KELEA adds chemical energy to both diesel and gasoline fuels. This is achievable by placing a container of KELEA activated water around the fuel storage tanks.

Using KELEA activated water should become the mainstay of virtually all agricultural applications around the world. It is still required, however, to optimize and standardize the use of KELEA activated water for specific applications. Helping in this regard is a natural source of KELEA activated water. It is obtained from a ranch in Southern California in which a deep well was dug as an alternative to using the city's water supply. The water from the ranch has mainly been used by individuals over the last decade who were seeking some of its purported health benefits. One area of the ranch has been used to cultivate plants with impressive results. The water has also been successful in restoring health to aged horses.

The KELEA agricultural program is being sponsored by MI Hope Inc. a non-profit public charity. The MI refers to mental illness. The primary mission of MI Hope Inc. is to pursue the benefits of KELEA in restoring overall emotional wellness and in treating those with serious mental illnesses. Gaining experience with the use of KELEA activated water in agriculture will assist in achieving this mission. It will also greatly benefit those who are dependent upon the agricultural industry.

The invitation is, therefore, extended to the leadership of the major US farming operations who wish to utilize the KELEA technology for their own benefit and that of those consuming their products. Farming corporations may wish to appoint an ambassador to work closely with MI Hope Inc. The role of the ambassador will be to help prepare the KELEA activated water containers and to install them onto their properties. They will also be asked to assist with the reporting of results using various testing protocols. A successful and unified collaborative program within the agricultural sector will serve as a model for the many additional industries that can potentially benefit from KELEA science. The ultimate beneficiaries will be those for whom MI Hope Inc. was initially founded.

For additional information please contact Dr. W. John Martin, MD, PhD, Medical Director of MI Hope Inc. He can be reached by phone at 626-616-28678 or by e-mail at [email protected]. Correspondence can be sent to MI Hope Inc. 1634 Spruce Street, South Pasadena CA 91030.

Selected References:
Martin WJ (2014) KELEA activated water leading to improved quantity & quality of agricultural crops. Advances in Plants & Agriculture Research. 2(1):00033.
https://medcraveonline.com/APAR/APAR-02-00033.pdf

Martin WJ (2015) KELEA activation of water and other fluids for health, agriculture and industry. J Water Resources and Protection. 7(16): 1331-1344.
https://www.scirp.org/pdf/JWARP_2015112510405957.pdf

Martin WJ (2016) KELEA (kinetic energy limiting electrostatic attraction) can markedly improve the performance of gasoline and diesel fuels in power generation and transportation. J Transportation Technologies 6(3): 148-154.
https://www.scirp.org/pdf/JTTs_2016042616023620.pdf

Martin WJ (2017) Using KELEA (kinetic energy limiting electrostatic attraction) to improve the efficiency of fuel combustion. Open J Air Pollution 6(3): 103-116.
https://www.scirp.org/pdf/OJAP_2017082214193270.pdf

MI Hope Inc. is a non-profit public charity formed in 1988 by parents of children with mental illness. Its management was transferred to Dr. W. John Martin in late 2002. A major scientific accomplishment is the identification of a source of cellular energy, which is different from the energy obtained from the metabolism of food. It is referred to as the alternative cellular energy (ACE) pathway. KELEA provides the energy for the ACE pathway by adding to the dynamic (kinetic) quality of the body's fluids. Studies are underway on the medical benefits of using KELEA activated water. As an aside to these studies, it was realized that since the ACE pathway occurs in all life forms it must also play a crucial role in the growth of plants. Indeed, the growth and disease resistance of plants can be greatly improved using KELEA activated water. Water used in agriculture will become activated if it is in close proximity to a container of highly activated water. Senior representatives from the agriculture industry are being sought to act as ambassadors to take this technology forward and to assist in the recording of results for future publications.

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