WATER STORAGE SOLUTIONS
Have a Back-Up Plan A, B and C
Water becomes a precious commodity after a natural disaster or major power failure, or even a simple thing such as a technical problem with the water source. If those sources are contaminated, or there is no electricity to run a pump, where will people find water? The availability of water is usually taken for granted. Most authorities agree that approximately of 2-5 gallons of water is needed per person, per day (including cooking, drinking, hygiene etc.). Surprisingly, the need for water is much greater than the need for food. A person can survive without food for a week, but going without water after 3-4 days one can be faced with serious problems. Virtually every bodily function requires water and without it all organs are affected and death is emminent.
Depending on the situation, water can be stored ahead of time. But storing water can be a problem. Not all containers are intended for food or potable water. Each person/family needs to have several back-up plans as possible water sources. You can have rain barrels, but what if there is a drought that summer. You have a well with an electric pump-- obviously, the pump won't pump without power and ditto for the county/city water system.
For people living in the city or in an apartment, you may want to look at a plastic bladder that would fit under the bed. Aquatank emergency water storage containers are one example of water containers that were specifically created to store a large volume of water in an easy-to-use food-grade container. Prior to use, the Aquatank container folds up and only takes up a small amount of space.
If you live in the country and have a deep well with an electric pump, you may want to look into a solar pump set-up and/or dig a shallow well on another part of your land that could use a hand pump. If you depend on a gas powered generator for water pumping or anything else, you will eventually run out of gas. If all else fails, most of us live within a short drive or walk of sThe point of all this is to get you working on your water well before "the well runs dry", so to say.
Depending on the situation, water can be stored ahead of time. But storing water can be a problem. Not all containers are intended for food or potable water. Each person/family needs to have several back-up plans as possible water sources. You can have rain barrels, but what if there is a drought that summer. You have a well with an electric pump-- obviously, the pump won't pump without power and ditto for the county/city water system.
For people living in the city or in an apartment, you may want to look at a plastic bladder that would fit under the bed. Aquatank emergency water storage containers are one example of water containers that were specifically created to store a large volume of water in an easy-to-use food-grade container. Prior to use, the Aquatank container folds up and only takes up a small amount of space.
If you live in the country and have a deep well with an electric pump, you may want to look into a solar pump set-up and/or dig a shallow well on another part of your land that could use a hand pump. If you depend on a gas powered generator for water pumping or anything else, you will eventually run out of gas. If all else fails, most of us live within a short drive or walk of sThe point of all this is to get you working on your water well before "the well runs dry", so to say.
Options for water storage and collection solutions
AQUA SAVER RAINWATER RECOVERY SYSTEM
NEW--INEXPENSIVE RAINWATER RECOVERY KIT
Are you looking to put a rain barrel next to your flower beds, or do you prefer to use as much rain water as you can in your garden? Maybe, you are tired of too much water around your house, foundation problems and water in your basement? Here is a perfect answer.The answer is the Aqua Saver. This kit allows you to divert most of your rain water coming down your down spout away from the house.
Simply attach the "catcher" at the top of your ordinary downspout, attach the
provided special hose, cut to the length of your downspout and attach your own garden hose to the very bottom of the Aqua Saver kit.
As long as the "catcher" is higher than the end of your garden hose the Aqua
saver can divert water up to 300 feet away. The internal hose is good for up to
10 feet of downspout.
Simply attach the "catcher" at the top of your ordinary downspout, attach the
provided special hose, cut to the length of your downspout and attach your own garden hose to the very bottom of the Aqua Saver kit.
As long as the "catcher" is higher than the end of your garden hose the Aqua
saver can divert water up to 300 feet away. The internal hose is good for up to
10 feet of downspout.
Why Harvest Rainwater with Rain Barrels?
Besides helping the environment, an obvious reason for harvesting rainwater is to save money. Depending on the size of your house and the amount of rainfall in your area, you can collect a substantial amount of rainwater with a simple system. This extra water can have a significant impact on your water bill. The use of rainwater combined with the domestic use of grey water can further increase your savings. Even if you live in a rural area and have your own well, the fact that rainwater is a naturally soft water may be enough to justify harvesting rainwater. (Keep reading for information on how to calculate the potential volume of rainwater you can collect.)
Rainwater stored in rain barrels has many uses. Some people find it mostly useful for watering their landscapes and gardens. Others find uses within the house as well. Rainwater can also be used for drinking but requires special treatment with a filtration system. Note that many cities require the filtration system for drinking water to be certified and the water to be tested on a regular basis. You do not need a filtration system for landscape uses. You can use it directly from your rain barrel on your garden.
If you’re harvesting rainwater with rain barrels to use for watering your landscaping, the rainwater can help to improve the health of your gardens, lawns, and trees. Rain is a naturally soft water and devoid of minerals, chlorine, fluoride, and other chemicals. For this reason, plants respond very well to rainwater. After all, it’s what plants in the wild thrive on!
Where do I Start?
Collecting Water with Rain Barrels Harvesting systems can vary from the simple use of barrels aided by the force of gravity to deliver the water, to more advanced systems using cisterns, pumps, and flow controls. There are a few things you can do to find out what kind of rainwater harvesting system is right for you. The information presented in the rest of this website consists of a few simple steps to help you learn about rainwater collection before you buy a rain barrel or water harvesting system.
Rainwater stored in rain barrels has many uses. Some people find it mostly useful for watering their landscapes and gardens. Others find uses within the house as well. Rainwater can also be used for drinking but requires special treatment with a filtration system. Note that many cities require the filtration system for drinking water to be certified and the water to be tested on a regular basis. You do not need a filtration system for landscape uses. You can use it directly from your rain barrel on your garden.
If you’re harvesting rainwater with rain barrels to use for watering your landscaping, the rainwater can help to improve the health of your gardens, lawns, and trees. Rain is a naturally soft water and devoid of minerals, chlorine, fluoride, and other chemicals. For this reason, plants respond very well to rainwater. After all, it’s what plants in the wild thrive on!
Where do I Start?
Collecting Water with Rain Barrels Harvesting systems can vary from the simple use of barrels aided by the force of gravity to deliver the water, to more advanced systems using cisterns, pumps, and flow controls. There are a few things you can do to find out what kind of rainwater harvesting system is right for you. The information presented in the rest of this website consists of a few simple steps to help you learn about rainwater collection before you buy a rain barrel or water harvesting system.
Types of Rainwater Harvesting Systems
There are many possible configurations and degrees of complexity to a rainwater catchment system. Costs vary considerably as well. You can spend anywhere from a few dollars to thousands of dollars. Your best bet is to review the options available on the market to find out what’s in your price range and what’s a realistic set-up for your home. .
Perhaps the simplest use of rainwater if you are on a budget or have space restrictions is to put a rain barrel under one of the gutter downspouts and use the water on sensitive indoor plants. The plants will appreciate the soft water. The barrel should always be covered between uses.
A slightly more sophisticated system might be to use several barrels connected together near the bottom with pvc pipes or hose. A small pump can be used in one of the barrels to pump the water to your garden. In this case, all the barrels will drain simultaneously.
Bigger and more complex systems may use gravity to feed water from gutters to a larger cistern, which pumps water to the landscape. Some online gardening sites sell cisterns and other more complex rainwater harvesting equipment.
Whatever you decide, all systems should use covered barrels or cisterns that keep the water from accumulating leaves and other contaminants. They should also have some kind of filter to keep out silt and leaves. Filters can range from a funnel with mesh at the bottom that is covered by gravel, to a rainwater washing apparatus.
Perhaps the simplest use of rainwater if you are on a budget or have space restrictions is to put a rain barrel under one of the gutter downspouts and use the water on sensitive indoor plants. The plants will appreciate the soft water. The barrel should always be covered between uses.
A slightly more sophisticated system might be to use several barrels connected together near the bottom with pvc pipes or hose. A small pump can be used in one of the barrels to pump the water to your garden. In this case, all the barrels will drain simultaneously.
Bigger and more complex systems may use gravity to feed water from gutters to a larger cistern, which pumps water to the landscape. Some online gardening sites sell cisterns and other more complex rainwater harvesting equipment.
Whatever you decide, all systems should use covered barrels or cisterns that keep the water from accumulating leaves and other contaminants. They should also have some kind of filter to keep out silt and leaves. Filters can range from a funnel with mesh at the bottom that is covered by gravel, to a rainwater washing apparatus.
How Much Water Can You Save During a Rainfall?
Believe it or not, for every inch of rain that falls on a catchment area of 1,000 square feet, you can expect to collect approximately 600 gallons of rainwater. Ten inches of rain falling on a 1,000 square foot catchment area will generate about 6,000 gallons of rainwater! That’s right, 6,000 gallons! More than you were expecting?
Your roof catchment area is equal to the total square feet of your house plus the extension of your eaves. You don’t need to consider the angle of your roof, like you would if you were buying roofing material, because rain falls evenly on every part of the roof.
To calculate the square feet of your house’s catchment area, measure the area of the outside walls and then include the overhang of any eaves. For example, let’s say you have an oblong house with outside dimensions of 36 feet by 46 feet. You’ve calculated the overhang of your eaves as 2 feet. So, add the 4 feet of the eaves to each wall length (2 eaves of 2 feet equals an additional 4 feet for each wall) to get the total length of the walls plus the eaves (40 by 50 feet).
Now multiply 40 times 50 (length times width) to get your total roof catchment area.
(36 + 4) x (46 + 4) = 2,000 sq ft
Your roof catchment area is thus 2,000 square feet.
Since one inch of rainfall provides approximately 600 gallons of water for a 1,000 square foot catchment area, and our theoretical house has a 2,000 square foot catchment area (twice the area), you will multiply 600 gallons by 2.
600 gal x 2 = 1,200 gallons
If you have an average rainfall of say 20 inches per year, you have the potential to collect 24,000 gallons of water in one year. (You can use the following website to get a good idea of the average rainfall in your area: http://countrystudies.us/united-states/weather/) 1,200 gal x 20 inches of rain = 24,000 gal
Depending on the needs of your household, that can be significant amount of water to augment your water supply.
You should consider that rainwater harvesting systems aren’t necessarily 100% efficient. Most sources estimate efficiency between 70% and 90%. All rainwater harvesting systems lose some of the rainwater. It may spill out of the gutters or the wind may blow it away. Evaporation will undoubtedly affect some of it. To maximize your collection of rainwater, you can use out buildings such as barns or sheds. If you’re creative, you can even use rainwater from a patio or other paved areas around your house.
Your roof catchment area is equal to the total square feet of your house plus the extension of your eaves. You don’t need to consider the angle of your roof, like you would if you were buying roofing material, because rain falls evenly on every part of the roof.
To calculate the square feet of your house’s catchment area, measure the area of the outside walls and then include the overhang of any eaves. For example, let’s say you have an oblong house with outside dimensions of 36 feet by 46 feet. You’ve calculated the overhang of your eaves as 2 feet. So, add the 4 feet of the eaves to each wall length (2 eaves of 2 feet equals an additional 4 feet for each wall) to get the total length of the walls plus the eaves (40 by 50 feet).
Now multiply 40 times 50 (length times width) to get your total roof catchment area.
(36 + 4) x (46 + 4) = 2,000 sq ft
Your roof catchment area is thus 2,000 square feet.
Since one inch of rainfall provides approximately 600 gallons of water for a 1,000 square foot catchment area, and our theoretical house has a 2,000 square foot catchment area (twice the area), you will multiply 600 gallons by 2.
600 gal x 2 = 1,200 gallons
If you have an average rainfall of say 20 inches per year, you have the potential to collect 24,000 gallons of water in one year. (You can use the following website to get a good idea of the average rainfall in your area: http://countrystudies.us/united-states/weather/) 1,200 gal x 20 inches of rain = 24,000 gal
Depending on the needs of your household, that can be significant amount of water to augment your water supply.
You should consider that rainwater harvesting systems aren’t necessarily 100% efficient. Most sources estimate efficiency between 70% and 90%. All rainwater harvesting systems lose some of the rainwater. It may spill out of the gutters or the wind may blow it away. Evaporation will undoubtedly affect some of it. To maximize your collection of rainwater, you can use out buildings such as barns or sheds. If you’re creative, you can even use rainwater from a patio or other paved areas around your house.