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Useful Water Saving Tips
A dripping tap can
waste as much as 90 litres a week.
Cool water kept in the fridge means you won't have to run the tap for ages
to get a cold drink.
Taking a five minute shower very day instead of a bath
will use a third of the water, saving up to 400 litres a week.
Purchasing a water butt will help you to collect rain
water for use on the garden.
Water your garden at the coolest part of the day to
reduce evaporation.
Brushing your teeth with the tap running wastes almost
9 litres a minute.
Fit a water saving device in your cistern and save up
to three litres a flush.
Grow your grass a little longer. It will stay greener
than a close mown lawn and need less watering.
Installing a water meter can save you water and money
by monitoring how much you use.
THE NEED FOR RAINWATER HARVESTING
In today's climate, water is an expensive commodity.
As a result of an increase in demand and water reserves continuing to
decline, the amount available to us is falling and water charges are continuing
to increase year on year.
Despite the fact that
Reducing demand for mains water
can help to reconcile these competing needs. One way of reducing demand is to
use a rainwater harvesting system to provide water for domestic uses.
Benefits
Up to 50% of the drinking water that is currently used
can be safely replaced with rainwater without any loss inconvenience.
Rainwater, often referred to as soft water, can be
efficiently harvested and used for laundry, flushing toilets, general cleaning
and garden irrigation.
Based on future water price projections, a complete
rainwater recycling system, excluding installation costs, will pay for itself
within 5 to 10 years and add to the property value.
Water bills include both mains water supply and
wastewater treatment charges. Wastewater charges to a property on a water meter
are calculated on the basis of the amount of mains water supplied to the
property therefore rainwater is not monitored by the meter.
In agricultural and industrial
settings, rainwater harvesting could be even more cost effective because of the
relatively high water use and large harvesting potential of roof and
hard-standing areas. The potential savings that can be made, depend on both the
demand for non-potable water and the amount of rainwater that can be used, which
depends on the roof area available for collection and the amount of local
rainfall.
Rainwater harvesting
makes ecological sense. In this
situation instead of the rainwater requiring immediate percolation, the
rainwater is retained in the property.
This eases pressure on the municipal drainage system.
Surface water can be collected and stored during times
of high rainfall, and released to soakaway at a controlled rate, reducing the
risk of flooding.