Reference guide for selecting appropriate drinking water to support hydration, electrolyte balance, and physiological optimisation.

​

Water quality influences every hydration protocol. The objective is not simply to drink more water, but to consume water that is clean, low in contaminants, and supportive of normal mineral balance.

​

What Makes Good Drinking Water?

 

An ideal water source should:

​

• contain minimal contaminants

• be low in chlorine and chemical residues

• be microbiologically safe

• contain low levels of heavy metals

• provide an appropriate mineral profile

• be reliable and consistent over time

 

Hydration quality depends on both water purity and mineral composition.

 

Water Treatment Technologies

 

Activated Carbon Filtration

 

Typically used to reduce:

​

• chlorine

• odours

• unpleasant taste

• some chemical contaminants

 

A useful baseline improvement over untreated water.

 

Reverse Osmosis (RO)

 

Provides extensive contaminant reduction and is widely used in advanced purification systems.

Because minerals are also removed during treatment, remineralisation is often desirable afterwards.

​

Ultraviolet (UV) Sterilisation

 

UV treatment helps reduce microbial contamination and complements physical filtration systems.

 

It improves microbiological safety without adding chemicals to the water.

 

Ultra Nano Filtration (UNF)

​

Advanced filtration technologies such as Ultra Nano Filtration (UNF) are designed to remove extremely small contaminants while supporting high water purity standards.

​

This approach forms part of some modern water optimisation systems.

​

Why Remineralisation Matters

 

Water is the primary transport medium for electrolytes and minerals throughout the body.

Following purification, restoration of appropriate mineral content may improve taste, usability, and compatibility with physiological hydration protocols.

​

Alkaline Water

 

Some advanced systems incorporate alkalisation following purification and remineralisation.

The objective is to produce water with a more alkaline mineral profile while maintaining low contaminant levels.

​

For individuals following hydration, fasting, and ketoadaptation protocols, alkaline remineralised water may offer a practical alternative to untreated or poorly filtered water.

​

Additional Optimisation Considerations

 

Emerging areas of interest in water research include:

​

• deuterium concentration

• molecular hydrogen

• oxidation-reduction potential (ORP)

• water structure and hydration dynamics

 

Research in these fields continues to evolve. Some advanced systems seek to address one or more of these characteristics as part of broader water optimisation strategies.

​

The Integra Perspective

 

Priority should be given to water that is:

​

• thoroughly filtered

• low in contaminants

• microbiologically safe

• appropriately remineralised

• suitable for daily consumption

 

Systems combining advanced filtration, UNF technology, remineralisation, and alkalisation align closely with these objectives.

​

Indalo Water is one example of a system designed around many of these principles and may be considered where available.

​

Core Principle

 

Hydration quality depends on both:

​

• the quality of the water consumed

• the electrolyte balance maintained within that water

 

Clean water, appropriate mineral balance, and consistent hydration practices should be viewed as complementary components of physiological optimisation.