PRODUCTS   OPPORTUNITY   ABOUT US
  Login Register Shop
Home Care
Skip Navigation Links  Home     Products     Home Care   
Introduction

The Importance of Good Water

“Water is the only drink for a wise man” – Henry David Thoreau

Everybody knows water is essential to our survival. The Earth needs it, and we need it. Water is all around us and in us, but still, most take it for granted. When it comes to the biological function of water for humans, its importance is critical.

As water makes up more than two thirds of human body weight, humans would die without it in a few days. Water also plays an important role in the mechanics of the body. In fact, every cell and organ function in our anatomy and physiology depends on water to work efficiently and effectively.

Since water is such an important component to our physiology, it would make sense that the quality of water should be just as important as drinking eight glasses of water a day. Drinking water should always be clean and free of contaminants to ensure proper health and wellness.

Why Do We Need Water Purification?

Water on the Earth’s surface is substantially more prone to contaminants due to heavy industrial and environmental pollution. People who may be exposed to these inorganic contaminants can become sick or susceptible to liver damage, cancer and other long-term health conditions. Organic contaminants such as bacteria, disease-carrying microorganisms, rotten plants, and animal droppings are also likely to affect water sources. We have arguably, and depending where we are, reached the point where all sources of our drinking water contain some level of contamination.  

Some examples of major contaminants found in water today:

Toxic Metals (Lead, Mercury, Copper, etc.)
Toxic metals are also called inorganic contaminants. Many toxic metals have been linked to long-term health problems such as cancer and serious learning disabilities.

Some examples of major contaminants found in water today:

Toxic Metals (Lead, Mercury, Copper, etc.)
Toxic metals are also called inorganic contaminants. Many toxic metals have been linked to long-term health problems such as cancer and serious learning disabilities.

Microbiological (E. Coli, Enterobacter, Klebsiella, Citrobacter, etc.)
Biological contaminants are living organisms such as parasites, bacteria, viruses, cysts, and spores.

Petrochemicals (Herbicides, Pesticides, Detergents, VOC, Carcinogens, etc.)
Petroleum-based chemicals are also called ‘organic’ contaminants. Many have been linked to long-term health problems including many forms of cancer. Most have unknown long-term health effects.

With knowledge thus comes choice. A good filtration system installed in your home is one important way to proactively monitor and ensure the quality and safety of your drinking water. And although water purification technology for households now prevalently exists, many people are unaware of the working principle behind the various filtration systems. The first thing to keep in mind is that a purifying method cannot find its application in a single filtration stage. Only a good complete system can produce high-quality, safe drinking water. 

Choosing the Right Filtration Stages --> Comparing Water Filtration Systems (table)

There are a number of purification and filtration products that employ various methods such as Reverse Osmosis(RO), Ultraviolet systems(UV), etc.

It is widely held that Ultrafiltration (UF) systems are perfect for household water filtration applications using pre-treated water and has advantages over RO or UV filtration.
 
Comparing Water Filtration Systems
 

 

Ultrafiltration (UF)

Reverse Osmosis (RO)

Ultraviolet (UV)

Reduction of bacteria

Maximum reduction

Maximum reduction

 Breakdown of the membrane is possible

Medium reduction

 Bacteria can hide behind sediments or may only be paralysed

Possibility of recontamination

NO

YES (tank)

YES (water around the UV lamp)

Demineralisation

NO

YES

NO

Need for a pump

NO

YES

NO

Need for electricity

NO

YES

YES

High maintenance

NO

YES

YES

 

What is Pi-Water?

What is Pi-Water?

Well known especially in Japan, Pi-water is the water that is very similar to your living body water (i.e., water that constitutes a living body). It is water that can be found in all living bodies including humans, animals and plants.

Pi-water was discovered in 1964 by Dr Akihiro Yamashita during his study of botanical physiology. Dr Yamashita was trying to establish if hormone-like molecules were responsible for triggering flowering in plants, a phenomenon he and fellow scholars named as Florigen. He later found out that the change from bud to a flower was caused by ‘body water’, which contained a very small amount of Ferric Ferrous Salt (Fe2Fe3), the key element in controlling various functions of living bodies. After many studies and extensive research, Dr Yamashita succeeded in creating a bio-water with special properties that helped plants thrive well beyond normal expectations. He named this ‘Pi-water’.

Pi-water is created by adding Ferric Ferrous Salt (Fe2Fe3) to water through ceramics. When Fe2Fe3 is added to tap water, it suppresses the increase of excessive free radicals.  This is what HomePure water filter does to provide you with Pi-water.

Evaluations & Certifications

One sample of Water Filter Branded: HomePure has been tested by SIRIM QAS International Sdn. Bhd. Sample of water after filtration was collected and has been tested for certain elements in the Twenty-Fifth Schedule of Food Regulations 1985. For details, please refer to Test Report No. 2010KL0408 dated 31st March 2010.
Watch the HomePure Movie
Get the Flash Player to see this player.
Privacy Policy Disclaimer Terms of Use Code of Ethics Earnings Disclaimer Contact Us