Know your water. Choose better.
The Hydron Water Glossary breaks down the terms behind alkaline ionised water and functional hydration, one simple explanation at a time.
Acidic water has a pH below 7.
During electrolysis, water ionizers may produce an acidic stream alongside the alkaline drinking-water stream.
Depending on its actual composition, this stream may have selected secondary uses. Acidic water should not automatically be considered safe for drinking, skincare, or cleaning solely because of its pH.
Alkaline ionized water is water produced through electrolysis, a process that uses electricity to create an alkaline water stream.
Depending on the system and input water, the process can also generate dissolved molecular hydrogen and negative oxidation-reduction potential (ORP).
Hydron uses controlled electrolysis to produce alkaline ionized water for everyday functional hydration.
Alkaline water is water with a pH above 7. Its alkalinity can come from naturally occurring minerals, added alkaline substances, or electrolysis.
However, not all alkaline water is ionized. A high pH alone does not mean the water contains dissolved molecular hydrogen or offers proven additional health benefits.
Alkalinity is water's ability to neutralize added acids.
It is influenced by substances such as bicarbonates and carbonates dissolved in the water.
Although alkalinity and pH are connected, they measure different things. pH describes acidity or basicity, while alkalinity describes acid-neutralizing capacity.
An Annual Maintenance Contract is a service agreement covering specified maintenance activities over an agreed period.
AMC inclusions may differ between products and service packages.
Customers should review the written agreement to understand which inspections, consumables, repairs, and service visits are included.
The anode is the electrode where oxidation reactions take place.
In water electrolysis, reactions at the anode contribute to the production of the secondary water stream.
The exact reactions depend on the water's composition and the design of the electrolysis chamber.
Antioxidant potential describes the capacity of a substance or system to participate in reactions associated with reducing oxidative activity.
In water technology, ORP is sometimes used as an indicator of reducing electrochemical properties.
However, an ORP measurement does not establish a particular antioxidant effect in the human body.
Antioxidants are substances that can help regulate certain oxidation reactions.
The body has its own antioxidant systems, while foods such as fruits and vegetables provide additional antioxidant compounds.
Hydrogen-rich water is being studied for potential biological effects, but it should not replace a balanced diet.
Basic is one of the categories used in Hydron's WaterHealth™ assessment system.
It forms part of the brand's approach to explaining different water profiles.
The actual grade assigned to a sample should be determined through the assessment criteria rather than assumed from appearance alone.
The cathode is the electrode where reduction reactions take place.
In a water ionizer, hydrogen gas can be generated at the cathode.
A portion of this hydrogen may dissolve in the water, depending on the system's operating conditions.
Cellular hydration refers to the water balance maintained inside the body's cells.
Water moves across cell membranes through normal physiological processes, supported by electrolytes and the body's fluid-regulation mechanisms.
Cellular hydration cannot be determined from drinking-water pH alone.
Clinical endpoints are the specific outcomes measured in a clinical study.
These may include physical measurements, laboratory markers, symptoms, or validated questionnaires.
Endpoints help establish exactly what a study investigated.
Hydron's first listed clinical-study area evaluates the safety of regular consumption of Hydron Alkaline Ionised Water.
According to Hydron's website, the study compared Hydron Water with standard packaged drinking water and reported no product-related adverse effects.
The finding should be interpreted within the study's specific population, duration, and measured outcomes.
Hydron's digestive-health study investigated areas including acidity, reflux, bloating, indigestion, and digestive discomfort.
The website reports improvements in selected digestive symptoms following regular consumption.
These findings relate to the study population and should not be presented as a general treatment for digestive diseases.
Hydron's sleep and stress study evaluated outcomes associated with sleep quality, sleep duration, and stress-related functioning.
The website reports a reduction in time taken to fall asleep and improvements in selected sleep-related measures.
These results should be understood in the context of the study design and should not be interpreted as a treatment for sleep disorders.
Hydron's immunity study examined immune-related markers and aspects of everyday wellbeing.
The website reports improvements in selected study outcomes.
These findings do not establish that Hydron Water prevents infections or provides immunity against disease.
Hydron's skin-health study investigated skin hydration, elasticity, and oxidative-stress-related measures.
The website positions this research around the relationship between hydration and skin wellbeing.
Any specific improvement should be referenced to the relevant clinical measurements and study results.
Hydron's sixth listed clinical study investigated selected outcomes related to post-alcohol recovery.
The website reports changes in measures of hangover severity and associated discomfort.
Hydron Water should not be presented as preventing intoxication, accelerating alcohol clearance, or making excessive drinking safer.
A clinical trial is a research study involving human participants and defined health or physiological outcomes.
Hydron's website describes six human clinical studies across Safety, Digestive Health, Stress & Sleep, Immunity, Skin Hydration, and Alcohol Recovery.
The results of each study should be interpreted according to the outcomes it measured.
Clinical validation is the process of assessing a particular claim or outcome through human research.
The quality of the evidence depends on study design, participant numbers, measurement methods, and results.
A clinical finding should be communicated in relation to what the study actually measured.
A Clinical Research Organisation is a specialist organization that supports or conducts research studies.
CROs may assist with study design, participant management, data collection, monitoring, and analysis.
Hydron's original documentation names TIMER as its clinical research partner.
CTRI is India's public clinical-trial registry, maintained under the Indian Council of Medical Research.
Registration provides details about a study's objectives, methodology, and other trial information.
Hydron's website states that its six human clinical trials are CTRI-registered. Registration supports transparency but is not itself proof of clinical effectiveness.
Dissolved hydrogen is molecular hydrogen gas present in water.
Its concentration can be measured in parts per billion (ppb) or milligrams per litre (mg/L).
Because hydrogen is a gas, its concentration can decrease when water is stored or exposed to air.
A double-blind study is designed so that participants and specified research personnel do not know which intervention each participant receives during the relevant study period.
Blinding helps reduce expectation and observer bias.
Hydron's website describes randomized, double-blinded comparative testing within its clinical research programme.
Drinking-water quality describes whether water meets appropriate physical, chemical, and microbiological safety requirements.
It involves more than appearance, taste, or pH.
Water may be clear and still contain unwanted substances, which is why testing and appropriate treatment are important.
Electrical conductivity measures how easily water carries an electrical current.
It depends largely on the dissolved ions present.
Conductivity is important in electrolysis because water with very low mineral content may behave differently from water containing more dissolved ions.
Electrode plates are conductive components that enable electrolysis.
Their material, coating, size, surface area, and arrangement affect the electrochemical reactions inside a water ionizer.
Hydron uses electrode technology designed for long-term operation and controlled water output.
Electrolysis is a process in which electricity drives chemical reactions.
In a water ionizer, electrodes enable electrochemical reactions that can produce separate alkaline and acidic water streams.
Electrolysis is the core technology used in Hydron's water ionization process.
The electrolysis chamber is the section of a water ionizer where the electrochemical reactions take place.
It contains electrodes through which electrical current is applied to the water.
The chamber's design, electrode arrangement, flow rate, and operating conditions influence the resulting water characteristics.
Functional hydration is an approach to drinking water that considers additional water characteristics alongside regular fluid intake.
At Hydron, functional hydration centres on alkaline ionized water produced through controlled electrolysis, with the aim of making hydration part of an everyday wellness routine.
Functional hydration for India describes the application of hydration technologies in a country where water characteristics can differ significantly between locations and supply sources.
Municipal, borewell, and tanker water may each require different treatment considerations.
Hydron's approach emphasizes assessing incoming water and selecting an installation suited to the conditions.
Functional water refers to drinking water with particular characteristics beyond basic hydration.
These may include additional minerals, electrolytes, dissolved molecular hydrogen, or a specific pH profile.
Different types of functional water are made using different technologies and should not be considered equivalent simply because they share the same name.
The Green Tea Test is a visual demonstration used by Hydron to compare how tea infuses in different water samples.
Hydron's website describes comparing regular RO water and Hydron Water under similar conditions.
Differences in infusion can be influenced by water composition, temperature, timing, and other factors.
The demonstration should not be interpreted as a direct measure of nutrient absorption in the human body.
Hydration is the process of maintaining the body's necessary fluid balance.
Water supports temperature regulation, digestion, circulation, nutrient transport, and normal cell function.
Adequate hydration is essential regardless of the type of drinking water consumed.
Hydrogen concentration measures the amount of dissolved molecular hydrogen in water.
It is generally reported in ppb or mg/L.
Hydrogen concentration should be tested directly rather than estimated using pH or ORP measurements.
Hydrogen retention refers to the ability of water and its storage container to maintain dissolved molecular hydrogen over time.
Hydrogen can escape through exposure to air or permeation through certain container materials.
Freshly produced water is generally preferable when dissolved hydrogen concentration is an important consideration.
Hydrogen-rich water contains dissolved molecular hydrogen gas.
It may be produced through electrolysis, hydrogen infusion, or chemical hydrogen-generation technologies.
Hydrogen-rich water does not have to be alkaline. Hydrogen concentration and pH should be measured separately.
Hydron APEX is a product designation included in Hydron's wider product range.
Its intended application and specifications should be taken from the current product catalogue.
Customers should evaluate its capacity, installation requirements, and service provisions before purchase.
Hydron Apex Peak is a product name included in Hydron's broader supplied product list.
Its precise features, intended users, and relationship to other APEX products require confirmation from current Hydron product documentation.
Hydron installation involves assessing the site, evaluating the incoming water, determining the appropriate system configuration, and connecting the selected equipment.
Requirements vary by model, water quality, plumbing, and available space.
A properly planned installation is important for reliable operation and maintenance.
Hydron JalPoint is a product name included in Hydron's broader supplied product list.
Its capacity, intended application, and technical specifications should be confirmed through the official product catalogue.
Hydron Nano is a countertop water ionizer in the Hydron product range.
It uses electrode-based electrolysis to produce ionized water.
Its dimensions, available settings, water output, and installation requirements should be confirmed against the model's current specifications.
Hydron Pico is a compact countertop product in Hydron's water ionizer range.
It is intended for customers seeking an electrolysis-based system in a smaller format.
Its technical specifications, capacity, and water requirements should be checked against the current product datasheet.
A Hydron product demonstration introduces customers to water ionization and selected measurable water characteristics.
The website describes demonstrations involving pH, ORP, green tea infusion, and vitamin C reactions.
These demonstrations help explain particular water properties but are not, by themselves, clinical proof of health benefits.
Hydron Smart-U is a kitchen-integrated water ionization product in the Hydron range.
It is associated with Hydron's approach to making functional hydration part of everyday kitchen use.
Its installation dimensions, configuration, and water requirements should be checked against the latest model documentation.
Hydron Water is the alkaline ionized water produced by Hydron's electrolysis-based systems.
Hydron positions it as functional hydration designed for everyday consumption, supported by a clinical research programme.
Hydron Water is not a medicine and is not intended to diagnose, treat, cure, or prevent disease.
ICH-GCP refers to internationally recognized ethical and scientific standards for the design and conduct of clinical research.
The framework addresses participant protection, study quality, documentation, and data reliability.
A claim that a particular study followed ICH-GCP should be supported by the relevant study documentation.
Ion exchange is a treatment process in which selected dissolved ions are exchanged for others.
It is commonly used in water softening and mineral conditioning.
Ion exchange differs from electrolysis, although both may be involved in broader water-treatment systems.
Membrane separation uses a specialized barrier to control the movement of certain substances between two sections of a system.
In some water ionizers, membranes help maintain separation between water streams during electrolysis.
The type of membrane and its design influence system performance.
Micro-clustering is a term Hydron uses to describe changes in water structure associated with its electrolysis technology.
Hydron's website connects this concept to its positioning around faster hydration and fluid uptake.
However, stable, smaller water clusters and their effects on absorption are not established solely by conventional pH or ORP measurements. Any specific hydration-speed claim should be supported by appropriate research.
Mineral balance refers to the presence and relative concentrations of minerals dissolved in water.
Minerals such as calcium and magnesium can influence taste, hardness, and conductivity.
The appropriate mineral composition depends on drinking-water requirements and the intended treatment process.
Mineral water contains dissolved minerals, such as calcium and magnesium, from its source or through permitted treatment.
It is not necessarily alkaline ionized water.
Mineral composition and hydrogen content are separate characteristics that should be evaluated independently.
Molecular hydrogen is a gas made of two hydrogen atoms.
When present in drinking water, it is called dissolved molecular hydrogen.
Hydrogen-rich water has attracted scientific interest because of research into molecular hydrogen's potential biological effects, including oxidative-stress pathways.
Negative ORP indicates a reducing electrochemical potential relative to the measurement reference.
Dissolved molecular hydrogen may contribute to negative ORP in electrolyzed water.
The final reading depends on pH, dissolved gases, temperature, water composition, and measurement conditions.
Neutral water has a pH close to 7.
It is neither strongly acidic nor strongly alkaline.
Hydron recommends its Neutral Water setting at pH 7 for routine pet hydration rather than high-pH ionized water.
ORP measures the tendency of a substance to participate in oxidation or reduction reactions.
It is expressed in millivolts (mV).
Hydron's website lists an ORP range of approximately −150 mV to −600 mV as part of its water-technology positioning.
ORP is a measurable water characteristic but is not, by itself, proof of antioxidant benefits inside the body.
ORP shift describes a change in the oxidation-reduction potential of water.
In electrolysis systems, ORP may change as the water's chemical characteristics and dissolved gases change.
Hydron uses this term to describe part of its water ionization process.
Oxidation is a chemical process involving the loss of electrons.
Oxidation reactions occur naturally in the environment and inside living organisms.
They are essential to several biological processes, although excessive oxidative activity may contribute to oxidative stress.
Oxidative stress occurs when reactive chemical species exceed the body's capacity to regulate their effects.
It is studied in relation to exercise, ageing, inflammation, and various health conditions.
Hydrogen-rich water research includes investigations into oxidative-stress pathways, although the results should not automatically be interpreted as proof of disease prevention.
Parts per billion is a unit used to measure very small concentrations.
For molecular hydrogen in water, 1,000 ppb is approximately equivalent to 1 mg/L.
The measurement describes the amount of hydrogen present, not the strength of a particular health benefit.
Peer-reviewed research is work evaluated by independent experts before publication in a scholarly journal.
Peer review can help assess research quality, but it does not guarantee that every conclusion is correct.
When discussing Hydron's published clinical evidence, specific papers should be linked wherever possible.
pH control refers to regulating the acidity or alkalinity of water.
In an electrolysis system, output pH depends on electrical operating conditions and the characteristics of the incoming water.
Hydron's website describes its alkaline-water profile as above pH 8.5. The final output depends on the model and source-water conditions.
pH measures how acidic or alkaline a substance is.
On the conventional pH scale, a value of 7 is neutral, below 7 is acidic, and above 7 is alkaline.
Hydron's website describes alkaline drinking-water output above pH 8.5.
pH is useful for understanding water characteristics, but it is not a complete measure of water purity or health benefits.
Platinum-coated titanium plates use a titanium base with a platinum surface.
Titanium provides corrosion resistance, while platinum is used because of its electrochemical characteristics.
Hydron identifies titanium-platinum electrodes as a central component of its ionization technology.
A randomized controlled trial assigns participants to groups using a random process.
Randomization helps reduce certain forms of bias.
The overall strength of the study also depends on its design, comparison groups, sample size, and analysis.
Reactive oxygen species are chemically reactive oxygen-containing molecules.
They are involved in normal cellular signalling and immune function.
Excessive or poorly regulated ROS activity can contribute to oxidative stress.
Remineralisation is the process of restoring selected minerals to treated water.
It is commonly associated with some RO purification systems.
Remineralisation can influence taste, mineral composition, and electrical conductivity.
Reverse osmosis is a purification process that uses pressure and a semipermeable membrane to separate water from many dissolved substances.
It can reduce salts and a wide range of contaminants.
RO focuses on purification, while electrolysis-based ionization changes selected chemical characteristics of the water.
An RO membrane is a specialized barrier used in reverse osmosis purification.
It allows water to pass through while rejecting many dissolved substances.
Its effectiveness depends on the membrane, water pressure, incoming water quality, and maintenance.
A source-agnostic water system is designed to accommodate different incoming water sources through appropriate testing, treatment, and configuration.
For Hydron, this approach means evaluating whether the water comes from a municipal supply, borewell, or tanker before determining the suitable installation.
Source-agnostic does not mean that untreated water from every source can safely enter the same machine without necessary treatment.
Source water is the incoming water before treatment.
In India, common sources include municipal supply, borewell water, and tanker water.
Source-water characteristics can vary significantly, which is why Hydron emphasizes testing water before determining the appropriate system.
Standard is a category in Hydron's WaterHealth™ system.
The website associates it with conventionally purified drinking water and distinguishes it from the additional characteristics targeted by Hydron's ionization technology.
A Standard grade should not be interpreted as an independent certification of drinking-water safety.
Superior is Hydron's target water profile within its WaterHealth™ framework.
The website associates this profile with alkaline pH, negative ORP, mineral balance, and its described micro-clustered characteristics.
Superior is a Hydron-defined classification, not a universal drinking-water standard.
TDS refers to the combined concentration of dissolved substances in water, including salts and minerals.
It is generally measured in mg/L or ppm.
TDS provides useful information about water composition but does not identify every contaminant or determine microbiological safety.
UV purification uses ultraviolet light to inactivate susceptible microorganisms.
It generally does not remove dissolved salts or produce hydrogen-rich water.
UV systems may be used alongside other water-treatment technologies.
The Vitamin C Test is a chemical demonstration used in Hydron's water-education experience.
The website describes a visible reaction involving iodine and vitamin C when comparing water samples.
It illustrates selected chemical behaviour under test conditions but does not independently establish antioxidant effects after drinking the water.
Water absorption is the process by which consumed water enters the body from the digestive tract.
Most absorption occurs in the small intestine, with additional water absorption occurring elsewhere in the digestive system.
Hydron discusses water absorption as part of its functional hydration positioning. Actual absorption depends on several physiological factors, not simply water pH.
Water conductivity measures the ability of water to carry an electrical current.
It is influenced by dissolved ions.
Conductivity is one of the factors that can influence electrolysis performance.
Water discharge is a separate stream released from a treatment process.
Water ionizers may produce a secondary stream alongside the alkaline drinking-water stream.
The suitability of discharged water for reuse depends on its actual quality and composition.
Water filtration involves passing water through a medium or system designed to remove specific substances.
Different filters may target sediments, chlorine, particles, or selected dissolved contaminants.
A filter's effectiveness depends on its technology and its intended treatment purpose.
WaterGrade is Hydron's system for communicating water characteristics through categories.
Its website describes three grades: Basic, Standard, and Superior.
These categories are part of Hydron's own water-assessment framework and should not be confused with independent national drinking-water safety classifications.
Water hardness mainly refers to dissolved calcium and magnesium.
Hard water can contribute to scale formation inside pipes, appliances, and treatment equipment.
Hardness is an important consideration when assessing water suitability for ionization.
The WaterHealth™ Test is Hydron's water-assessment and demonstration experience.
Hydron's website describes checks involving pH, TDS, mineral balance, ORP, and comparisons with existing drinking-water systems.
The test helps customers better understand their water and the characteristics Hydron aims to provide.
Water ionization describes the electrochemical process used by a water ionizer to change selected water characteristics.
It can influence pH, ORP, and dissolved molecular hydrogen concentration.
Ionization is different from purification and should not be assumed to remove all harmful contaminants.
A water ionizer is a machine that uses electricity and electrode plates to produce ionized water.
Depending on its design, it can generate alkaline and acidic water streams while producing dissolved molecular hydrogen.
Hydron's machines use controlled electrolysis and platinum-coated titanium electrode technology.
Water ionizer maintenance includes the inspections, cleaning, consumable replacement, and performance checks needed for reliable operation.
The schedule depends on the machine, source water, hardness, and frequency of use.
Regular maintenance helps protect the equipment and maintain suitable drinking-water quality.
Water purification refers to the processes used to reduce unwanted substances in water.
These may include filtration, reverse osmosis, disinfection, and other treatment methods.
Purification should be evaluated independently of alkalinity or hydrogen concentration.
Water quality testing measures characteristics relevant to a water source's composition and safety.
These may include pH, TDS, hardness, conductivity, contaminants, and microbiological parameters.
Testing helps determine whether purification or conditioning is required before ionization.
Water softening is a treatment process designed to reduce water hardness.
It commonly targets calcium and magnesium ions.
Softening is different from electrolysis and may be required as a separate treatment step for hard-water installations.
Zero Liquid Discharge is a water-management approach intended to prevent liquid wastewater from being released.
It generally involves water recovery, reuse, and suitable treatment.
Hydron's earlier FAQ documentation identifies ZLD as a future product-development objective, not a standard feature of all existing systems.
Try a shorter word, such as “ORP” or “hydrogen”.
Hydron Water is not a medicine and does not diagnose, treat, cure, or prevent any disease. Individual experiences may vary. Product specifications and clinical findings should be interpreted according to their supporting documentation.
