Structured water and CDS

Factors such as water quality, temperature, and personal preference can contribute to the perception that drinking structured water feels good. Additionally, the act of drinking water itself can provide a refreshing and replenishing sensation, especially when one is adequately hydrated. 

 

Masaru Emoto conducted notable research on water, exploring the potential influence of various factors on its molecular structure. Through visually captivating experiments, Emoto suggested that water can be affected by human thoughts, words, intentions, as well as external stimuli such as images, written words, materials, and sound.

In his experiments, Emoto exposed water to different influences, such as written words or music, and then froze the water to observe the formation of ice crystals. He claimed that water exposed to positive influences tended to form intricate and symmetrical ice crystals, while water subjected to negative influences formed less defined and irregular patterns. 

 

Emoto's work aimed to demonstrate the potential impact of human consciousness and environmental factors on water. Emoto's studies have gained popularity in some circles and have inspired philosophical and metaphysical discussions about the potential relationship between water and consciousness.

 

For a deeper understanding of the significance of water's Holiness, I encourage you to explore the works of Victor Schauberger. Additionally, Johan Grander has utilized the principles of Emoto and Schauberger to establish a highly successful billion-dollar water business, emphasizing the growing demand for structured water in our modern world.

 

Chlorine dioxide, composed of one chlorine atom and two oxygen atoms, is commonly referred to as ClO2. Its chemical formula is ClO2. The compound exhibits a yellowish-green color at room temperature and readily dissolves in water. 

Chlorine dioxide is widely recognized as an effective water treatment solution. When introduced into water, it acts as a potent and selective oxidant, biocide, and disinfectant, serving various applications in both drinking water treatment and commercial settings. 

In drinking water treatment, chlorine dioxide serves as both a disinfectant and an oxidant, effectively inhibiting bacterial growth within the water distribution network. 

 

Additionally, the use of chlorine dioxide gas aids in sterilizing laboratory and medical equipment, as well as surfaces in hospitals and other healthcare environments, provided that appropriate concentrations are employed. Scientific studies have even demonstrated the efficacy of chlorine dioxide in eliminating Legionella bacteria from hospital environments, including its potential for combating Legionnaires' disease, which is caused by the presence of Legionella pneumophila bacteria. 

 

Chlorine dioxide proves highly efficient in controlling waterborne pathogens and reducing the formation of halogenated disinfection by-products. It exhibits broad-spectrum biocidal properties, effectively targeting bacteria and fungi, while also addressing issues such as taste, odor, color, iron, and manganese removal. 

 

Unlike chlorine, chlorine dioxide remains effective within a pH range of 4 to 10. When applied, chlorine dioxide interacts with water, swiftly forming chlorite ions, which are highly reactive chemicals. This reactivity enables chlorine dioxide to eradicate bacteria and microorganisms in water. 

 

Note: 

The importance of conducting additional scientific research on water is often highlighted, but it is crucial to maintain a vigilant perspective. 

The water narrative seems to garner minimal attention from the ruling elite, whose priorities may not align with our well-being, potentially leading to neglect and the destruction of humanity as a whole. Consequently, the prospects for comprehensive research efforts appear slim, and even if studies were conducted, there is a possibility of the findings being concealed from the public. It is frequently observed that financial interests influence scientific endeavors, casting doubt on the existence of impartial science in our present-day world.