Trimera Water between Chemistry-Physics and Biophysics

The biophysical and chemical-physical account of the system for the production of Informed and Alkalinized Trimera Water

Modern hydration is undergoing a profound evolution. It is no longer just about quenching thirst or ensuring the microbiological potability of a fluid, but about understanding how the mineral composition, pH value, and redox state of water can interact with cellular physiology and the Extracellular Matrix (ECM).

The Acqua Trimera water treatment device is designed to draw from any potable or to-be-treated water source (water mains, well, river, sea). The heart of the system is a state-of-the-art reverse osmosis integrated circuit flanked by a controlled restructuring and remineralization process.

System Architecture: From Molecular Purity to Remineralization

The Acqua Trimera technological process develops in two sequential phases essential to obtain constant parameters and high quality standards:

·        Absolute Purity Phase: Through microporous reverse osmosis semipermeable membranes, the system retains up to 100% of pollutants, including heavy metals, microplastics, pesticides, and industrial chemical residues.

·        Valorization and Remineralization Phase: The purified water passes through a cartridge containing ceramics and noble minerals (quartz, silicates, and calcium, magnesium, potassium, and sodium salts) inspired by the geology of Alpine springs.

This double pass rapidly and controllably recreates what occurs in nature along the underground paths of mountain waters. The result is a microbiologically safe fluid, with a moderate and balanced fixed residue (72 mg/L), free of toxic metals induced by pipes, and with a consistent organoleptic profile throughout the territory.

The 4 Chemical-Physical and Biophysical Pillars of Acqua Trimera

1. Real Alkalizing pH (pH ~ 9.5) and Acid-Base Balance

The interaction of purified water with metal hydrides and active mineral structures allows for the achievement of a pH of approximately 9.5 without resorting to synthetic chemical additives. An alkaline aqueous environment promotes systemic buffering capacity, countering low-grade tissue acidosis processes (Low-Grade Acidosis) that can alter cellular transmission and the stability of the Extracellular Matrix (ECM).

2. Oxidative-Reductive Potential (ORP -460 mV) and Redox Stability

Drinking water distributed by urban networks commonly presents a positive ORP between +200 mV and +400 mV, characteristic of an oxidizing environment. The Acqua TRIMERA system delivers an ORP value of approximately -460 mV. Unlike devices that generate volatile molecular hydrogen (H2) capable of dispersing quickly, Acqua TRIMERA stabilizes dissolved active hydrogen (100–200 ppb) by binding it to reducing mineral complexes. This guarantees a direct and prolonged antioxidant action along the entire gastrointestinal tract.

3. Trimeric Molecular Structure and Aquaporin Kinetics

From the point of view of molecular biophysics, water molecules subjected to high pressures in water pipes tend to aggregate into macro-clusters (pentameric or higher structures). Through passage over biocompatible ceramics and the biophysical information process, Acqua Trimera promotes reorganization into ultra-reduced clusters of three molecules (trimer structures), as evidenced by Nuclear Magnetic Resonance (NMR) analyses. The small size of the clusters allows for faster cellular passage through aquaporin channels, reducing the metabolic effort required by the organism for fluid restructuring.

4. Moderate and Balanced Fixed Residue (72 mg/L)

A fixed residue of 72 mg/L guarantees a light water, ideal for not straining the renal excretory system, but simultaneously enriched with trace electrolytes (Magnesium and Potassium) essential for the electrical conductivity of tissues.

Chemical-Physical Profile Comparison

Physiological Applications and Hydration in Sports

In professional or amateur sports, prolonged physical exertion and increased oxygen consumption cause an overproduction of reactive oxygen species (ROS) and a drop in muscle pH (down to 6.4) due to the accumulation of lactic acid. The intake of water with a high reductive potential (-460 mV) and an alkaline pH acts directly as a buffer against latent acidosis:

1.     Reduction of ECM Inflammation: Helps to de-saturate the Extracellular Matrix from acidic metabolic waste, reducing the onset of cramps, micro-trauma, and contractures.

2.     Preservation of Volemia: Accelerated intestinal absorption prevents gastric stasis and maintains correct blood pressure, preventing the drop in athletic performance due to dehydration (even just 1-2%).

3.     Reactivity and Mental Reactivity: A well-oxygenated blood flow with a correct hydro-electrolyte supply preserves tactical clarity and motor reaction times from the first to the last minute of the race.

"Acqua TRIMERA is an active support for the athlete. Thanks to its alkaline pH (9.5) and negative redox potential (-460 mV), it helps to counteract lactic acid, reduces oxidative stress in the muscles, and accelerates recovery times after training." 

Bibliographic References and Scientific Literature

1.     Shirahata, S., Kabayama, S., Nakano, M., et al. (1997). Electrolyzed-reduced water scavenges active oxygen species and protects DNA from oxidative damage. Biochemical and Biophysical Research Communications, 234(1), 269-274.

(Clinical study on the biological mechanisms of reduced water and the role of hydrogen and free electrons in neutralizing reactive oxygen species).

2.     Ohta, S. (2014). Molecular hydrogen as a preventive and therapeutic medical gas: initiation, development and potential of hydrogen medicine. Pharmacology & Therapeutics, 144(1), 1-11.

(Scientific review on the action of dissolved molecular hydrogen as a hydroxyl radical scavenger and protector against cellular oxidative stress).

3.     Agre, P. (2004). Aquaporin water channels (Nobel Lecture). Angewandte Chemie International Edition, 43(33), 4278-4290.

(Fundamental study on membrane channels dedicated to the selective and ultra-fast passage of water molecules).

4.     Biocera AHA Co., Ltd. Technical Reports (2020). Mineral bioceramics interaction in reverse osmosis post-filtration: pH elevation, ORP reduction, and hydrogen generation dynamics. Journal of Water Process Engineering & Technical Documentation.

(Analysis of controlled remineralization processes with active ceramics in post-reverse osmosis systems).

5.     Ostojic, S. M., & Stojanovic, M. D. (2014). Hydrogen-rich water affected blood alkalinity in physically active men. Research in Sports Medicine, 22(2), 155-166.

(Clinical study on the effect of hydrogen-rich and alkaline water in buffering exercise-induced blood acidosis).