… But the greatest of these is charity.

… But the greatest of these is charity.

by | Dec 6, 2012 | Charity

And now abideth faith, hope, charity, these three; but the greatest of these is charity  ~ King James Bible (Cambridge Ed.)

The end of the year is drawing closer and there is so much thought given to the peace, joy and season of giving that is Christmas.

So, while most of us are feeling all warm and fuzzy about giving, let’s spare a thought about how one can truly be charitable this festive season (and beyond).

By you drinking water.

Yep, before you think we’ve lost our marbles, it really can be as simple as that. Keeping yourself hydrated can actually ‘give’ to others. Give safe, clean, drinking water. Which can mean a child out there in desperate need of your charity, doesn’t have to die from dehydration or contaminated water.

Which means being able to keep the children hydrated, so that they can :-

  • Concentrate when they go to school.
  • So that they can learn.
  • So that they can educate others on the importance of having clean water to drink.

We at AquAid  founded The Africa Trust. With a donation for each water cooler sold, this money goes towards building another Elephant Pump in a rural community in the Third World. A charity that truly gives. (And keeps on giving).

Doesn’t that make you feel all warm and fuzzy? Of course it does!

A very Merry Christmas to you.

 

How does a water cooler work?

by | Nov 16, 2012 | Water Coolers

We all love the cool, refreshing water we get instantaneously from our water cooler whether it be in our home, office or school. But for the majority of us, how this all happens on demand from a mere touch of a button is unknown.

The most popular water cooler is the bottle fed water dispenser. This type of machine gets its water supply from an inverted bottle of water placed on top of the water cooler. When the bottle of water is inverted and placed into the opening on the top of the water cooler, the seal of the water bottle is severed or punctured by a part referred to as the ‘spike’, allowing the water to flow into the water cooler.

Inside the water cooler is a valve that prevents the water from the bottle from flooding the water cooler. The water inside the water cooler is fed into a reservoir, where it is cooled using a refrigerant. A refrigerant is a cooling medium that is circulated in pipes that are located close to the reservoir in the water cooler. The refrigerant changes from a liquid to a gas as it moves in the pipes towards the reservoir because of the pressure in the pipes created by a compressor inside the water cooler. The cooled gas in the water pipe is forced through a valve to make it even colder.

When the refrigerant is in a gas form and is circulating in the pipes, it has the ability to absorb the heat away from the mineral water in the reservoir, leaving cool and refreshing water that is readily available. The heat in the refrigerant is then expelled from the water cooler.

As people dispense water, the machine will refill the reservoir, and the process begins again. Should the water reservoir empty completely during dispensing, it will take a few minutes before the water cooler chills the water to a low temperature.

Frequently Asked Questions

How does a bottled water cooler work?

A bottled water cooler operates by using an inverted bottle placed on top of the cooler. When the bottle is positioned, a spike punctures the seal, allowing water to flow into the cooler’s internal reservoir. This setup ensures a continuous supply of water as long as the bottle contains water.

Inside the cooler, a refrigeration system cools the water. The system uses a refrigerant that circulates in pipes near the reservoir. As the refrigerant absorbs heat from the water, it cools down, providing chilled water on demand. This process repeats each time water is dispensed, ensuring a steady supply of cool water.

What is the role of the refrigerant in a water cooler?

The refrigerant in a water cooler plays a crucial role in cooling the water. It circulates through pipes near the water reservoir, absorbing heat from the water. As the refrigerant absorbs heat, it changes from a liquid to a gas, cooling the surrounding water.

The refrigerant’s ability to change state allows it to efficiently transfer heat away from the water, ensuring the water remains cool. This process is continuous, allowing the cooler to provide chilled water whenever required. The heat absorbed by the refrigerant is eventually expelled, maintaining the system’s efficiency.

How does the water cooler prevent flooding?

Water coolers are designed with a valve that prevents flooding. This valve controls the flow of water from the bottle into the cooler’s reservoir, ensuring that water only enters the reservoir when needed. This mechanism helps maintain the correct water level inside the cooler.

The valve system is essential for the cooler’s operation, as it ensures that the water is dispensed efficiently without overflow. This design feature is particularly important in maintaining the cooler’s functionality and preventing spills, which could otherwise occur if the reservoir were to overflow.

What should I consider when choosing a water cooler?

When selecting a water cooler, consider factors such as customer service, maintenance requirements, and cooling performance. A high-quality cooler should provide effective cooling and be easy to maintain, ensuring a consistent supply of clean, refreshing water.

Additionally, think about the type of water cooler that best suits your needs, whether it’s a bottled or bottle-less model. Assess the space available, the frequency of use, and the ease of replacing water bottles if applicable. These considerations will help you choose a cooler that meets your hydration needs efficiently.

How does a bottle-less water cooler differ from a bottled one?

A bottle-less water cooler connects directly to the water supply, eliminating the need for water bottles. This type of cooler filters and chills the water as it flows through the system, providing a continuous supply of fresh water without the hassle of changing bottles.

In contrast, bottled water coolers rely on inverted bottles placed on top of the cooler. While both types offer chilled water, bottle-less coolers are often more convenient for high-usage areas, as they require less manual intervention and can reduce the cost and environmental impact associated with bottled water.