Summary: Water saving toilets came about in 1994. The toilet has steadily improved since then. The newer the better! The article covers easy installation instructions of water saving toilets. It describes the working of these fixtures.

The problem of faulty toilets has been the most common in today’s households and these are indeed mind boggling. The thought of it gives an irritating feeling to us. But these are not so tough as well. Read on to understand the design of the toilets available in the market so that you can be cautious while buying and maintaining as well and keep most of the toilet problems away from your house.

Prior to these conservation acts, toilets used between 3.5 and 5 gallons of water per flush. The water surface area within toilet bowls was larger and the trap passageway had a larger diameter. The large surface area allowed the water easily escape into the drain lines. Each flush provided enough swirling water to adequately cleanse the bowl. The water would just rush directly into the bowl through the rim. These had a few disadvantages like more the water is used more energy is required to divert it exactly into the drains or the septic tanks, and so on.

Water Shortages

The acute shortage of water during the mid 80’s called the need for a revolution the fixtures that used large amounts of water in an average home. This was taken seriously and different rules were formed to conserve the precious resource. New plumbing codes were formed that suggested less usage of water and lead to the introduction of the toilets that saved water. First there was tough competition among manufacturers to produce a toilet that could flush away with 1.6 gallons of water.

Big Changes

However, problems arose when these new laws went into effect. The 1.6 gallon standard was chosen before the toilet manufacturers had a chance to complete the necessary hydraulic engineering. They got caught with their pants down, so to speak. Existing toilet designs were hastily converted to meet the new standards. Water surface area within the bowls was drastically reduced. The internal passageways were made smaller. Because of the reduced amount of water leaving the tank, there was a drastic drop in energy per flush. This caused paper and sometimes wastes to be left in the bowl. Repetitive flushing caused the new toilets to actually use more water than the old toilets. The engineers have been busy.

Using available resources

The concept of pressure to force the water into the pipes was used here. The more the pressure, the more is effectiveness in cleaning up the toilet. The pressurized water lines force the water directly into the bowls. Only a restricted amount could be filled in the tank thus saving lot of water. Hats off to the engineers!! The working of today’s water toilet can be narrated briefly as follows; the pressure allows 1.6 gallons of water to fill the tank. After it is flushed this water is forced in to the bowl with tremendous force and energy. The water and waste have no other option but to go into the sewage lines directly.

Function Vs form

New designs are now available that maximize the energy and cleansing ability of each drop of the 1.6 gallons of water. The water surface area is enlarging. The internal passageways are widening. Sleek designs with smooth sides are available. One flush attempts are more successful.

You may also be interested in another alternative. You can purchase new ULF toilets that have a pressure assist mechanism in the tank. These toilets use the existing pressure from the water supply line to compress air in a bladder mechanism that fits inside the toilet tank. When you activate the flush handle the water rapidly enters the bowl. Rarely, if ever, do you need to flush twice.

Examine both the types of toilets and choose the one that suits your life style. Remember water conservation, cost-effectiveness and performance and then weigh the models accordingly.

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