Learn some basic chemistry before spending your cash on the lies behind this "new" company!
Water does not exist in clusters (or at least not for any meaningful time period); it exists in molecules. In molecular form is how water enters the cells of your body, not as clusters of molecules.
As such, there is no such thing as "structured water."
You cannot modify the size of a water molecule significantly. You can change its size temporarily by a very small amount, but it will reset to its optimum size immediately to regain the highest possible degree of equilibrium.
The amount of change by which you could modify the size of a water molecule would have no impact on its degree of absorption into the human body.
As denoted by the famous "H2O" chemical nomenclature used to describe the chemical formula of a water molecule, a water molecule is composed of two hydrogen atoms and one oxygen atom. The "2" is actually a subscripted number partially below the letters, but I cannot represent that here in plain text.
A hydrogen atom wants very badly to give up its single electron which orbits the nucleus of the hydrogen atom.
An oxygen atom wants very badly to receive two electrons from somewhere else because it needs two additional electrons fill its outer sphere of orbiting electrons. Having two additional electrons in this outer shell makes the atom more stable.
The nuclear force of repulsion between the nucleus of the oxygen atom and the nuclei of the two hydrogen atoms is basically constant, and it pushes the nuclei of the hydrogen and oxygen atoms apart by the amount dictated by that force.
The electronegative force of attraction between the nuclei of the three atoms and the electrons that orbit those nuclei pulls the electrons toward the nuclei.
The nuclear force of repulsion is always in opposition to the electronegative force of attraction. One pushes and the other pulls. The result is a stable equilibrium. One CAN put more energy into the molecule to increase one of the forces, but this causes the molecule to become less stable, so the extra energy is shed instantly to allow the molecule to regain its more stable configuration. So, there is some flexibility in the amount of energy contained in a water molecule, but it will fight to snap back, like a rubber band, to its most stable energy state.
It is the amount of energy in the push of the nuclear force of repulsion and the amount of energy in the pull of the electronegative force of attraction that determines the size of the water molecule.
It is true that if enough energy is put into the water molecule, there is a phase change from liquid to gas, and the water molecule boils away. Obviously, if this occurs, the gaseous molecule no longer makes a suitable beverage for drinking, so that case is not applicable to this discussion.
Likewise, one can remove enough energy from a water molecule to cause a phase change from a liquid to a solid, but drinking ice is practical, so this case is also not applicable to this discussion.
One could increase the amount pressure in a sealed water bottle to compress the size of a water molecule, but as soon as one opened the bottle to the open atmosphere, the water would reach equilibrium with the atmosphere by spraying out like a carbonated beverage that has been shaken before it is opened.
One might attempt to use some form of supersaturation to force the water molecules to remain compressed. However, as soon as the container of water was bumped, the supersaturation condition to cease to remain stable.
If you do not wish to believe this, and cannot confirm it with your own direct research (for instance, see: http://www.chem1.com/CQ/clusqk.html), go talk to any high school chemistry teacher or college chemistry professor. They should have no problem confirming that this concept of "structured water" is a complete lie.
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