HOUSE FOR RENT NORTH LEGON ACCRA CALL 0302973871 $3000 PER MONTH

CLICK ON THIS LINK FOR MORE INFORMATION AND PICTURES

HOUSE FOR RENT NORTH LEGON ACCRA CALL 0302973871 $3000 PER MONTH

CLICK ON THIS LINK FOR MORE INFORMATION AND PICTURES

HOUSE FOR RENT NORTH LEGON ACCRA CALL 0302973871 $3000 PER MONTH

CLICK ON THIS LINK FOR MORE INFORMATION AND PICTURES

GIVE A CHANCE TO RURAL SCHOOLS AND THE ELDERLY TO ACCESS CLEAN AND SAFE WATER BY DONATING AND PASSING ON TO YOUR RESPECTIVE NETWORKS

Donate now at Global Giving to give the Elderly and Rural Schools a chance to have access to safe and clean water. Follow this LINK to submit your Donation. Check below for more information:

Summary

Apparently, only 28% of the 34m Ugandans have access to hand washing facilities after toilet, meaning most Ugandans are susceptible to water-borne diseases. On average, a minimum of 30 minutes is spent in trekking two kilometers to the nearest water source for most of students and elderly in rural Uganda. The 15 tanks for public rural schools and 5 tanks for most needy elderly people will give them access to safe and clean water for drinking, washing hands after toilet and domestic use.

What is the issue, problem, or challenge?

While implementing the second phase of our project we discovered that most of the elderly in rural communities have no access to water nor do they have energy to fetch from the spring wells which are usually in more than a KM distance. Further, though we had targeted only primary schools, we found out that most of the rural schools lacked access to safe and clean water for washing hands after toilet, drinking

How will this project solve this problem?

In the third phase, we target to construct 20 more tanks where we shall have 15 constructed at already identified 15 community rural schools in Mukono District both primary and secondary one, then 5 tanks for the most needy and helpless elderly people. The 15 tanks in selected schools will give access to clean and safe water for drinking and washing hands after toilet thus reducing diseases in target rural schools. The 5 tanks will help the most needy elderly people to have access to water.

Potential Long Term Impact

UN Resolution 64/292 asserts that safe and clean drinking water is a human right essential to the full enjoyment of life and all other human rights. This project helps students and the elderly to attain this fundamental right, break out of their life of poverty & achieve better health. Washing hands after toilet is so fundamental to prevent spreading disease such as cholera, Diarrhea, etc among pupils and students in rural schools. Access to safe and clean drinking water is equally important.

Project Message

Ever since a tank got installed at our school, we have access to clean and safe water for washing hands after toilet and drinking. We mostly fetch water from the tank instead of 2km spring well
- Pupils of Kikandwa C/U Primary School, Experience sharing by Kikandwa Primary Pupils

Additional Documentation

This project has provided additional documentation in a PDF file (projdoc.pdf).

Resources

Water tanks act as reservoirs and help in keeping water in the time of the scarcity. Water tanks can be made with a number of materials. There may be plastic tanks for keeping water. Plastic tanks are usually kept on top of the terrace and are mainly useful for storing water at houses. The water tanks can be filled with rain water and these tanks are mainly useful when there is no water in the house. At the time of scarcity of water these tanks are particularly useful and can be suitable for all households.  The plastic tanks are not that big in size and are therefore not suitable for factories or big houses. However it is ideal for small houses. Plastic tanks can be used as both portable water tanks and chemical tanks as well. The big plastic tanks can be used in factories and they can be vertical or horizontal. The plastic tanks can be both closed and opened on the top depending on the type of tank required. The plastic tanks do not need regular maintenance because they are made of stainless steel and are usually protected against any kind of rust.

Rainwater tanks

Water tanks are used for storing water both in households as well as in the factories. The main use of water tanks is to store water so that it can be used in case of shortage of water. Rainwater tanks are the ones which are used to store rain water. They are mainly constructed in the deserts where there is shortage of water. The main function of the rainwater tanks is to store water for agricultural purpose. The rain water tanks help in harvesting. They also help in irrigation of lands. They are mainly constructed in the farmlands and are savior at the time when there is no rainfall. They act as a boon to the farmers by supplying water at the right time.  They are gigantic in size and can store a lot of rain water. Water tanks can be used for multiple purposes. They can be used to water farmland; they can be used to store water for household purposes.

Fiberglass tanks

There are also various other types of tanks like the food manufacturing tanks which help to keep way corrosion. Sometimes factories need to have large water tanks to store water and carry out the production. Fiberglass tanks can also be used to store water. They are corrosion resistant and also can resist rust as they are not made of steel. The fiberglass tanks are mainly used for household purposes to store water. Tanks are sometimes life saviors. They provide water at the right time and help to carry out work smoothly and efficiently.

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

>> To See The Lowest Price Now!

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
– Art Ludwig Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
.
A do-it-yourself guide to designing, building, and maintaining water tanks, cisterns and ponds, and sustainably managing groundwater storage. It will help you with your independent water system, fire protection, and disaster preparedness, at low cost and using principles of ecological design. Includes building instructions for several styles of ferro cement water tanks.
Review
A guide to water systems that explores every facet of designing water resources wisely, efficiently, and in concert with nature. — Richard Freudenberger, Executive Editor, Back Home Magazine

All sorts of alternatives to your standard plastic water tank, accessible by anyone from homeowner to builder to civil engineer. — Amy Wynn, Builders Booksource

If you run a water system, for a weekend shack or a whole community, you need this book! — Doug Pratt, Real Goods Technical Editor

On average water systems, this book will pay for itself a hundred times over in errors avoided and maintenance savings. — Zane Satterfield, P.E., National Drinking Water Clearinghouse

Practical design solutions, comprehensive illustrations, and plenty of photos—a thorough treatment of a topic that’s vital to our survival. — Claire Anderson, Home Power Magazine, Mother Earth News
From the Publisher
Water Storage describes how to store water for home, farm, and small communities. It will help you design storage for just about any use, including fire safety and emergency, in just about any context—urban, rural, or village.

This book includes:

•General principles to help you design, construct, and use any water system

•A look at common mistakes and how to avoid them

•How the different kinds of storage can serve you—tanks, groundwater, and ponds

•How to determine the optimum amount of storage for your needs

•How to determine the best shape and material for your storage

•How to manage aquifers sustainably for inexpensive storage of water in the ground

•Plumbing details for inlets, outlets, drains, overflows, access, etc. storage accessories and gadgets such as automatic shut-off valves, remote •Level indicators, ozonators, and filters

•How to build your own high-quality tank from ferrocement

•Original design innovations—published here for the first time—to improve the quality of stored water, increase water security, make maintenance easier, and reduce environmental impacts

•Real-life examples of storage designs for a wide range of contexts

This book offers underlying design principles as well as design specifics. If you run into a situation not specifically covered, there’s a good chance you’ll be able to use these general principles to figure it out yourself.

Installed water storage typically costs fifty cents to three dollars or more a gallon ($60-200/m3). If you’ve got this book in your hands, you’re probably on the verge of making decisions about hundreds or thousands of dollars worth of storage. On an average water system, this book could pay for itself a hundred times over in savings on construction and maintenance.

Most of the information otherwise available on water storage comes from vendors. Oasis Design doesn’t sell water storage hardware, so you don’t have to worry about being steered towards stuff you don’t need. Rather, we make our living by providing information to help people have a higher quality of life with lower impact.
From the Back Cover
What you need to know ot design and build water storage of any kind.

Water Storage shows how to make your storage–and your entire water system–perform better. It will help make your access to clean water more secure.

You’ll learn what kind of storage will serve you best–tanks, ponds, groundwater; how much storage you need, where to install it, how to properly plumb it, which accessories would benefit your home, farm, or community, and how to sustainably manage your aquifer.

Water Storage includes original design innovations, real-life examples, and complete instructions for constructing tanks from ferrocement.
About the Author
Art Ludwig’s day job has been ecological system design for 25 years.

He is the author of Create an Oasis with Greywater and other ecological design how-to books and articles.

He lives with his wife and two children in a cabin surrounded by fruit trees in the mountains above Santa Barbara, California.
Excerpt. © Reprinted by permission. All rights reserved.
Chapter 1: Thinking About Water

To achieve your design goals for a water system, it is helpful to know what your goals are. The first order of business is to consider:

Why Store Water?

Nearly all water systems include some form of storage, most commonly a tank. Storage can be used to:

cover peaks in demand smooth out variations in supply provide water security in case of supply interruptions or disaster save your home from fire meet legal requirements improve water quality provide thermal storage and freeze protection enable a smaller pipe to serve for a distant source

We’re going to consider each of these reasons to store water, then look at design principles to help you frame the goals for your project.

Cover Peaks in Demand

The most common function of water storage is to cover short-term use flows that are greater than the flow of the water source. For example, a tiny, one gallon-per-minute spring supplies 1440 gallons a day. This is several times more than most homes use in a day. However, almost every fixture in the home consumes water at a faster rate than 1 gpm while it is turned on. Even a low-flow shower head uses about 1.5 gpm.

By using water stored in a tank, you can supply water to the shower faster than it is flowing from the spring. On completing the shower, the water will be coming in faster than it is going out, and the tank level will rise back up.

If you had a 10,000 gal tank, you could run a 100 gpm fire hose—creating the kind of blast used to bowl over hostile crowds—on the stored water from this tiny spring, for an hour and a half! Hopefully the fire would be out by then, as the tank would take several days to refill.

Smooth Out Variations in Supply

In some circumstances, your storage needs will be affected by variations in the water supply. For instance, if the supply is rainwater, you will need enough storage to make it through the intervals between rainfalls. A six-month, rainless dry season requires a heck of a lot more storage than the most common kind of variable supply—a well pump that cycles on and off.

If you have a well that taps stored groundwater, a tank will save wear and tear on your pump, because the pump won’t have to switch on and off every time you open a tap.

Provide Water Security in Case of Supply Interruptions or Disaster

In many places, the water supply chain from source to tap is long and made of many delicate links. If a cow steps on the supply line, a pump breaks, a wire works loose, the electricity goes out, the city misplaces your check, or there is a natural disaster, your water flow could stop. By locating your storage as few chain links away as possible from your use point, a large measure of security is added…

 ———– Short on Water By 2025 at least 3.5 billion people—about half the world’s population—will live in areas without enough water for agriculture, industry, and human needs… Worldwide, water quality conditions appear to have degraded in almost all regions with intensive agriculture and in large urban and industrial areas. —World Resources Institute, October 2000 ———–

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

Read To View More….

Where to Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
?

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

V

V

V

http://tinyurl.com/axvbk6p

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

> Check For Lowest Price !!

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
– Art Ludwig Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
.
A do-it-yourself guide to designing, building, and maintaining water tanks, cisterns and ponds, and sustainably managing groundwater storage. It will help you with your independent water system, fire protection, and disaster preparedness, at low cost and using principles of ecological design. Includes building instructions for several styles of ferro cement water tanks.
Review
A guide to water systems that explores every facet of designing water resources wisely, efficiently, and in concert with nature. — Richard Freudenberger, Executive Editor, Back Home Magazine

All sorts of alternatives to your standard plastic water tank, accessible by anyone from homeowner to builder to civil engineer. — Amy Wynn, Builders Booksource

If you run a water system, for a weekend shack or a whole community, you need this book! — Doug Pratt, Real Goods Technical Editor

On average water systems, this book will pay for itself a hundred times over in errors avoided and maintenance savings. — Zane Satterfield, P.E., National Drinking Water Clearinghouse

Practical design solutions, comprehensive illustrations, and plenty of photos—a thorough treatment of a topic that’s vital to our survival. — Claire Anderson, Home Power Magazine, Mother Earth News
From the Publisher
Water Storage describes how to store water for home, farm, and small communities. It will help you design storage for just about any use, including fire safety and emergency, in just about any context—urban, rural, or village.

This book includes:

•General principles to help you design, construct, and use any water system

•A look at common mistakes and how to avoid them

•How the different kinds of storage can serve you—tanks, groundwater, and ponds

•How to determine the optimum amount of storage for your needs

•How to determine the best shape and material for your storage

•How to manage aquifers sustainably for inexpensive storage of water in the ground

•Plumbing details for inlets, outlets, drains, overflows, access, etc. storage accessories and gadgets such as automatic shut-off valves, remote •Level indicators, ozonators, and filters

•How to build your own high-quality tank from ferrocement

•Original design innovations—published here for the first time—to improve the quality of stored water, increase water security, make maintenance easier, and reduce environmental impacts

•Real-life examples of storage designs for a wide range of contexts

This book offers underlying design principles as well as design specifics. If you run into a situation not specifically covered, there’s a good chance you’ll be able to use these general principles to figure it out yourself.

Installed water storage typically costs fifty cents to three dollars or more a gallon ($60-200/m3). If you’ve got this book in your hands, you’re probably on the verge of making decisions about hundreds or thousands of dollars worth of storage. On an average water system, this book could pay for itself a hundred times over in savings on construction and maintenance.

Most of the information otherwise available on water storage comes from vendors. Oasis Design doesn’t sell water storage hardware, so you don’t have to worry about being steered towards stuff you don’t need. Rather, we make our living by providing information to help people have a higher quality of life with lower impact.
From the Back Cover
What you need to know ot design and build water storage of any kind.

Water Storage shows how to make your storage–and your entire water system–perform better. It will help make your access to clean water more secure.

You’ll learn what kind of storage will serve you best–tanks, ponds, groundwater; how much storage you need, where to install it, how to properly plumb it, which accessories would benefit your home, farm, or community, and how to sustainably manage your aquifer.

Water Storage includes original design innovations, real-life examples, and complete instructions for constructing tanks from ferrocement.
About the Author
Art Ludwig’s day job has been ecological system design for 25 years.

He is the author of Create an Oasis with Greywater and other ecological design how-to books and articles.

He lives with his wife and two children in a cabin surrounded by fruit trees in the mountains above Santa Barbara, California.
Excerpt. © Reprinted by permission. All rights reserved.
Chapter 1: Thinking About Water

To achieve your design goals for a water system, it is helpful to know what your goals are. The first order of business is to consider:

Why Store Water?

Nearly all water systems include some form of storage, most commonly a tank. Storage can be used to:

cover peaks in demand smooth out variations in supply provide water security in case of supply interruptions or disaster save your home from fire meet legal requirements improve water quality provide thermal storage and freeze protection enable a smaller pipe to serve for a distant source

We’re going to consider each of these reasons to store water, then look at design principles to help you frame the goals for your project.

Cover Peaks in Demand

The most common function of water storage is to cover short-term use flows that are greater than the flow of the water source. For example, a tiny, one gallon-per-minute spring supplies 1440 gallons a day. This is several times more than most homes use in a day. However, almost every fixture in the home consumes water at a faster rate than 1 gpm while it is turned on. Even a low-flow shower head uses about 1.5 gpm.

By using water stored in a tank, you can supply water to the shower faster than it is flowing from the spring. On completing the shower, the water will be coming in faster than it is going out, and the tank level will rise back up.

If you had a 10,000 gal tank, you could run a 100 gpm fire hose—creating the kind of blast used to bowl over hostile crowds—on the stored water from this tiny spring, for an hour and a half! Hopefully the fire would be out by then, as the tank would take several days to refill.

Smooth Out Variations in Supply

In some circumstances, your storage needs will be affected by variations in the water supply. For instance, if the supply is rainwater, you will need enough storage to make it through the intervals between rainfalls. A six-month, rainless dry season requires a heck of a lot more storage than the most common kind of variable supply—a well pump that cycles on and off.

If you have a well that taps stored groundwater, a tank will save wear and tear on your pump, because the pump won’t have to switch on and off every time you open a tap.

Provide Water Security in Case of Supply Interruptions or Disaster

In many places, the water supply chain from source to tap is long and made of many delicate links. If a cow steps on the supply line, a pump breaks, a wire works loose, the electricity goes out, the city misplaces your check, or there is a natural disaster, your water flow could stop. By locating your storage as few chain links away as possible from your use point, a large measure of security is added…

 ———– Short on Water By 2025 at least 3.5 billion people—about half the world’s population—will live in areas without enough water for agriculture, industry, and human needs… Worldwide, water quality conditions appear to have degraded in almost all regions with intensive agriculture and in large urban and industrial areas. —World Resources Institute, October 2000 ———–

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

> Read To View More….

Where to Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
?

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

V

V

V

http://tinyurl.com/d3om8yx

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

> Low Price Every Day Check Now!!!

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
– Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
.

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

>>> Read To View More….

Where to Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
?

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

V

V

V

http://tinyurl.com/avgunfa

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

>> Visit Store !

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
– Art Ludwig Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
.
A do-it-yourself guide to designing, building, and maintaining water tanks, cisterns and ponds, and sustainably managing groundwater storage. It will help you with your independent water system, fire protection, and disaster preparedness, at low cost and using principles of ecological design. Includes building instructions for several styles of ferro cement water tanks.
Review
A guide to water systems that explores every facet of designing water resources wisely, efficiently, and in concert with nature. — Richard Freudenberger, Executive Editor, Back Home Magazine

All sorts of alternatives to your standard plastic water tank, accessible by anyone from homeowner to builder to civil engineer. — Amy Wynn, Builders Booksource

If you run a water system, for a weekend shack or a whole community, you need this book! — Doug Pratt, Real Goods Technical Editor

On average water systems, this book will pay for itself a hundred times over in errors avoided and maintenance savings. — Zane Satterfield, P.E., National Drinking Water Clearinghouse

Practical design solutions, comprehensive illustrations, and plenty of photos—a thorough treatment of a topic that’s vital to our survival. — Claire Anderson, Home Power Magazine, Mother Earth News
From the Publisher
Water Storage describes how to store water for home, farm, and small communities. It will help you design storage for just about any use, including fire safety and emergency, in just about any context—urban, rural, or village.

This book includes:

•General principles to help you design, construct, and use any water system

•A look at common mistakes and how to avoid them

•How the different kinds of storage can serve you—tanks, groundwater, and ponds

•How to determine the optimum amount of storage for your needs

•How to determine the best shape and material for your storage

•How to manage aquifers sustainably for inexpensive storage of water in the ground

•Plumbing details for inlets, outlets, drains, overflows, access, etc. storage accessories and gadgets such as automatic shut-off valves, remote •Level indicators, ozonators, and filters

•How to build your own high-quality tank from ferrocement

•Original design innovations—published here for the first time—to improve the quality of stored water, increase water security, make maintenance easier, and reduce environmental impacts

•Real-life examples of storage designs for a wide range of contexts

This book offers underlying design principles as well as design specifics. If you run into a situation not specifically covered, there’s a good chance you’ll be able to use these general principles to figure it out yourself.

Installed water storage typically costs fifty cents to three dollars or more a gallon ($60-200/m3). If you’ve got this book in your hands, you’re probably on the verge of making decisions about hundreds or thousands of dollars worth of storage. On an average water system, this book could pay for itself a hundred times over in savings on construction and maintenance.

Most of the information otherwise available on water storage comes from vendors. Oasis Design doesn’t sell water storage hardware, so you don’t have to worry about being steered towards stuff you don’t need. Rather, we make our living by providing information to help people have a higher quality of life with lower impact.
From the Back Cover
What you need to know ot design and build water storage of any kind.

Water Storage shows how to make your storage–and your entire water system–perform better. It will help make your access to clean water more secure.

You’ll learn what kind of storage will serve you best–tanks, ponds, groundwater; how much storage you need, where to install it, how to properly plumb it, which accessories would benefit your home, farm, or community, and how to sustainably manage your aquifer.

Water Storage includes original design innovations, real-life examples, and complete instructions for constructing tanks from ferrocement.
About the Author
Art Ludwig’s day job has been ecological system design for 25 years.

He is the author of Create an Oasis with Greywater and other ecological design how-to books and articles.

He lives with his wife and two children in a cabin surrounded by fruit trees in the mountains above Santa Barbara, California.
Excerpt. © Reprinted by permission. All rights reserved.
Chapter 1: Thinking About Water

To achieve your design goals for a water system, it is helpful to know what your goals are. The first order of business is to consider:

Why Store Water?

Nearly all water systems include some form of storage, most commonly a tank. Storage can be used to:

cover peaks in demand smooth out variations in supply provide water security in case of supply interruptions or disaster save your home from fire meet legal requirements improve water quality provide thermal storage and freeze protection enable a smaller pipe to serve for a distant source

We’re going to consider each of these reasons to store water, then look at design principles to help you frame the goals for your project.

Cover Peaks in Demand

The most common function of water storage is to cover short-term use flows that are greater than the flow of the water source. For example, a tiny, one gallon-per-minute spring supplies 1440 gallons a day. This is several times more than most homes use in a day. However, almost every fixture in the home consumes water at a faster rate than 1 gpm while it is turned on. Even a low-flow shower head uses about 1.5 gpm.

By using water stored in a tank, you can supply water to the shower faster than it is flowing from the spring. On completing the shower, the water will be coming in faster than it is going out, and the tank level will rise back up.

If you had a 10,000 gal tank, you could run a 100 gpm fire hose—creating the kind of blast used to bowl over hostile crowds—on the stored water from this tiny spring, for an hour and a half! Hopefully the fire would be out by then, as the tank would take several days to refill.

Smooth Out Variations in Supply

In some circumstances, your storage needs will be affected by variations in the water supply. For instance, if the supply is rainwater, you will need enough storage to make it through the intervals between rainfalls. A six-month, rainless dry season requires a heck of a lot more storage than the most common kind of variable supply—a well pump that cycles on and off.

If you have a well that taps stored groundwater, a tank will save wear and tear on your pump, because the pump won’t have to switch on and off every time you open a tap.

Provide Water Security in Case of Supply Interruptions or Disaster

In many places, the water supply chain from source to tap is long and made of many delicate links. If a cow steps on the supply line, a pump breaks, a wire works loose, the electricity goes out, the city misplaces your check, or there is a natural disaster, your water flow could stop. By locating your storage as few chain links away as possible from your use point, a large measure of security is added…

 ———– Short on Water By 2025 at least 3.5 billion people—about half the world’s population—will live in areas without enough water for agriculture, industry, and human needs… Worldwide, water quality conditions appear to have degraded in almost all regions with intensive agriculture and in large urban and industrial areas. —World Resources Institute, October 2000 ———–

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

>> Read To View More….

Where to Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
?

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

V

V

V

http://tinyurl.com/b4kx7sy

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

>> To See The Lowest Price !

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
– Art Ludwig Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks
.
A do-it-yourself guide to designing, building, and maintaining water tanks, cisterns and ponds, and sustainably managing groundwater storage. It will help you with your independent water system, fire protection, and disaster preparedness, at low cost and using principles of ecological design. Includes building instructions for several styles of ferro cement water tanks.
Review
A guide to water systems that explores every facet of designing water resources wisely, efficiently, and in concert with nature. — Richard Freudenberger, Executive Editor, Back Home Magazine

All sorts of alternatives to your standard plastic water tank, accessible by anyone from homeowner to builder to civil engineer. — Amy Wynn, Builders Booksource

If you run a water system, for a weekend shack or a whole community, you need this book! — Doug Pratt, Real Goods Technical Editor

On average water systems, this book will pay for itself a hundred times over in errors avoided and maintenance savings. — Zane Satterfield, P.E., National Drinking Water Clearinghouse

Practical design solutions, comprehensive illustrations, and plenty of photos—a thorough treatment of a topic that’s vital to our survival. — Claire Anderson, Home Power Magazine, Mother Earth News
From the Publisher
Water Storage describes how to store water for home, farm, and small communities. It will help you design storage for just about any use, including fire safety and emergency, in just about any context—urban, rural, or village.

This book includes:

•General principles to help you design, construct, and use any water system

•A look at common mistakes and how to avoid them

•How the different kinds of storage can serve you—tanks, groundwater, and ponds

•How to determine the optimum amount of storage for your needs

•How to determine the best shape and material for your storage

•How to manage aquifers sustainably for inexpensive storage of water in the ground

•Plumbing details for inlets, outlets, drains, overflows, access, etc. storage accessories and gadgets such as automatic shut-off valves, remote •Level indicators, ozonators, and filters

•How to build your own high-quality tank from ferrocement

•Original design innovations—published here for the first time—to improve the quality of stored water, increase water security, make maintenance easier, and reduce environmental impacts

•Real-life examples of storage designs for a wide range of contexts

This book offers underlying design principles as well as design specifics. If you run into a situation not specifically covered, there’s a good chance you’ll be able to use these general principles to figure it out yourself.

Installed water storage typically costs fifty cents to three dollars or more a gallon ($60-200/m3). If you’ve got this book in your hands, you’re probably on the verge of making decisions about hundreds or thousands of dollars worth of storage. On an average water system, this book could pay for itself a hundred times over in savings on construction and maintenance.

Most of the information otherwise available on water storage comes from vendors. Oasis Design doesn’t sell water storage hardware, so you don’t have to worry about being steered towards stuff you don’t need. Rather, we make our living by providing information to help people have a higher quality of life with lower impact.
From the Back Cover
What you need to know ot design and build water storage of any kind.

Water Storage shows how to make your storage–and your entire water system–perform better. It will help make your access to clean water more secure.

You’ll learn what kind of storage will serve you best–tanks, ponds, groundwater; how much storage you need, where to install it, how to properly plumb it, which accessories would benefit your home, farm, or community, and how to sustainably manage your aquifer.

Water Storage includes original design innovations, real-life examples, and complete instructions for constructing tanks from ferrocement.
About the Author
Art Ludwig’s day job has been ecological system design for 25 years.

He is the author of Create an Oasis with Greywater and other ecological design how-to books and articles.

He lives with his wife and two children in a cabin surrounded by fruit trees in the mountains above Santa Barbara, California.
Excerpt. © Reprinted by permission. All rights reserved.
Chapter 1: Thinking About Water

To achieve your design goals for a water system, it is helpful to know what your goals are. The first order of business is to consider:

Why Store Water?

Nearly all water systems include some form of storage, most commonly a tank. Storage can be used to:

cover peaks in demand smooth out variations in supply provide water security in case of supply interruptions or disaster save your home from fire meet legal requirements improve water quality provide thermal storage and freeze protection enable a smaller pipe to serve for a distant source

We’re going to consider each of these reasons to store water, then look at design principles to help you frame the goals for your project.

Cover Peaks in Demand

The most common function of water storage is to cover short-term use flows that are greater than the flow of the water source. For example, a tiny, one gallon-per-minute spring supplies 1440 gallons a day. This is several times more than most homes use in a day. However, almost every fixture in the home consumes water at a faster rate than 1 gpm while it is turned on. Even a low-flow shower head uses about 1.5 gpm.

By using water stored in a tank, you can supply water to the shower faster than it is flowing from the spring. On completing the shower, the water will be coming in faster than it is going out, and the tank level will rise back up.

If you had a 10,000 gal tank, you could run a 100 gpm fire hose—creating the kind of blast used to bowl over hostile crowds—on the stored water from this tiny spring, for an hour and a half! Hopefully the fire would be out by then, as the tank would take several days to refill.

Smooth Out Variations in Supply

In some circumstances, your storage needs will be affected by variations in the water supply. For instance, if the supply is rainwater, you will need enough storage to make it through the intervals between rainfalls. A six-month, rainless dry season requires a heck of a lot more storage than the most common kind of variable supply—a well pump that cycles on and off.

If you have a well that taps stored groundwater, a tank will save wear and tear on your pump, because the pump won’t have to switch on and off every time you open a tap.

Provide Water Security in Case of Supply Interruptions or Disaster

In many places, the water supply chain from source to tap is long and made of many delicate links. If a cow steps on the supply line, a pump breaks, a wire works loose, the electricity goes out, the city misplaces your check, or there is a natural disaster, your water flow could stop. By locating your storage as few chain links away as possible from your use point, a large measure of security is added…

 ———– Short on Water By 2025 at least 3.5 billion people—about half the world’s population—will live in areas without enough water for agriculture, industry, and human needs… Worldwide, water quality conditions appear to have degraded in almost all regions with intensive agriculture and in large urban and industrial areas. —World Resources Institute, October 2000 ———–

Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

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Water Storage: Tanks, Cisterns, Aquifers, and Ponds for Domestic Supply, Fire and Emergency Use–Includes How to Make Ferrocement Water Tanks

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They provide the water saving tips services, domestic purification systems, pumps and various other accessories. Through Rainwater Tanks, I had conserved the water effectively and utilized for the household and various other purposes. I am thankful to this organization for providing the exceptional and assenting solution to me as per my needs and preferences. For utmost customer satisfaction and guaranteed peace of mind, they provide the affirmative customer care support. I always consider their outstanding services for the future needs. For more detail @ http://www.jojotanks.com.au/

One day I was surfing the internet and got to know about Jo Jo Tanks who has years of experience in providing as well as installing durable water tanks. They easily fulfilled all my needs and requirement of Poly Tank Installation at very reasonable charges. They have a wide assortment of products that you can buy according to budget and water storage.

All the products are crafted with advance material as well as technology to facilitate utmost longevity or durability at the same time. Moreover, the expert provided me top-notch and suitable installation of the tank at desired location. Jo Jo Tanks is the best option for people who are looking for effective water storage. Visit our website for more info: http://www.jojotanks.com.au/

Full to the brim…are rain soaked summers the future?

According to recent news, here in the UK we’ve just had the second wettest year on record. Seems a long time since those water bans were put in place earlier in 2012, doesn’t it?

Rusty barbeques and sodden vegetable patches all over Britain attest what a lousy summer we enjoyed, and the rainfall we endured was exceptionally heavy and prolonged. Now, climate experts tell us that we should expect this type of pattern to continue into the future. Woop.

Lovely weather for ducks (and swans). Not so great for plants and turf though.

Is this the end for the UK irrigation industry? Are the 100 plus (wild guess there) UK irrigation companies ready to shut the doors and move to warmer climes? I think not. I believe that most will see the climate situation as an opportunity for increased business in challenging times. Adapt and survive, as they say.

While we may see heavier, more frequent heavy downpours of rain throughout summer and winter periods, we will still get warm summers when golf courses, sports fields, plants and lawns require water at specific times during dry periods.

Cancelled games, postponed matches. 2012 rainfall played havoc with sports pitches.

You could argue that a heavy deluge of rain (where most of the water runs off the land into ditches and rivers) is not effective at irrigating the ground, as the soil just can’t physically accept the water quick enough for it to do any good. So, we could therefore assume that more irrigation is required…maybe a little simplistic, but I suspect it contains more than a shred of truth.

Whether we get these high volumes of rainfall or not, water is one of the planet’s most valuable commodities, as the drought situation earlier in 2012 testified. It therefore suggests that if we can store rapid-falling rain for use during a drought, or during dry periods, then we can be self-sufficient. This is absolutely true, however the storage of water can be very expensive because of the quantities required for long-term irrigation purposes.

A bowling green, for instance, or any area of fine turf lawn of a similar size could need a very conservative estimate of 20 cubic meters (4400 gallons) of water for just 1 week of watering (and that’s just half the quantity recommended by turf professionals). That’s a tank measuring 5m long x 2m high x 2m wide…just for 1 week’s water at half a full application.

The same scenario applies to planting areas. Just think how long your water butt lasts if you are using it every day to water your plants or vegetables.

Anyone for golf? Don’t forget to bring your snorkel.

Golf courses, especially, need masses of water to irrigate the course. An 18 hole course could require 250 cubic meters (55000 gallons) just to water the greens over a week in the hottest part of the summer. That’s a very large and expensive storage requirement for any period of time in drought, and to maximise the collected rainfall.

Right now, the challenge for professional irrigation advisors and installers is give the client an irrigation system which, contrary to opinion, will still be valid and useful in the future. An irrigation system which makes the best use of natural resources (the free water falling from the sky), while keeping costs at economic levels. More importantly, to design an irrigation system that uses that water as efficiently as possible, without wastage.

Underground water storage tanks could help you deliver water efficiently.

Irrigation equipment manufacturers are currently investing millions in the quest to provide the latest highly efficient controllers, sensors and delivery equipment, proven and tested around the globe, to make the best use of the water available.

In summary, even if we continue to get more rainfall, there will be times of the year when you will need to water your garden…golf course…bowling green. So, if you do decide on a system, think about storage of surplus water and remember you’ll need a large storage capacity for long term use, (usually bigger than you think). Don’t consider this storage without thinking about a highly efficient irrigation system. The more efficient the system the longer this storage will last.

Finally, seek professional advice (mine, preferably!). If you don’t feel as though you are getting the right answers, or your needs are not fully covered, try someone else (like me!).

Well, pertaining to the heat one must be sure that the best available option has been catered to with respect to water storage. Storing the water in the appropriate manner using the best available sources is highly important. The sole criterion is to ensure that the water does not heat up quickly. It is important to maintain the

energy conservation standards to increase energy efficiency in water storage tanks for residential and industrial uses.
 It is quite possible that if the best option is not selected then you may find problems with respect to the storage facilities such as corrosion of the tanks due to heat. So basically, the need of the hour is to find an option that would not only preserve the quality of the water in a quality centric storage facility but would also be resistant to extreme heat. Now the question arises how this can be done?

 According to the latest trends, it is pretty evident that the traditional way to store water which was largely prevalent in the middle countries has changed. The brick masonry, plastered well from inside and outside and rounded off at joints to avoid any leakage is no more considered as a beneficial option to store water. Gone are the days when such tanks were built. The PE insulated water tanks have taken the place of the traditional brick tanks.

 Moving to the technical aspects of the polyethylene tanks popularly known as the PE foam water tanks, it is known to have four levels of insulated layer of foaming agent masterbatch having blowing agent masterbatch for tank incorporated in it using rotomoulding process.  These exothermic blowing agent masterbatches are used to introduce part weight reduction for applications especially for water storage tanks.

The multi- layering provides a suitable vacuum which increases the insulation to a huge extent. These PE water Tanks have excellent thermal insulation which is widely appreciated and desired in the Middle East and the sub Saharan African Nations. The rigidity is several times greater than the normal two layer plastic water tanks.

To be specific there are a couple of things that one should take into consideration before choosing a suitable water tank. There is a process called rotational moulding process, known in short as ‘rotomoulding’. If your tanks have been manufactured using this process then you have made a good choice with the purchase. The roto-moulding process is a onetime molding technique which ensures that the products do not undergo great stress while it is manufactured thereby preserving its quality. To ensure that the UV rays do not enter the tank there should be at least 3% of carbon black in the polyethylene used to make the PE water tanks.  

Now comes the most important aspect which most of water tanks manufacturers would love to know. Foaming agent masterbatches used in the production of water tanks provide several benefits to injection molded plastic articles. It also improves efficiency and cost effectiveness when applied to water tank insulation. It’s the availability in abundance and the price factors that give an extra edge to the PE water Tanks.

There are two types of rotomoulded materials used by thermal insulation manufacturers which are LLDPE Rotomoulded material and HDPE Rotomoulded material. It is generally seen that LLDPE Roto moulded material is used commonly used for water tanks. The main reason is the cost which is more when HDPE materials are used.

 Many Indian companies have developed special types of foaming agent masterbatches that shows excellent activation and compatibility with intended polymer systems when introduced during the manufacturing of rotomoulded products.

 Rotofoam masterbatch is manufactured in the form of pulverized roto moulded powder. This rotofoam powder ensures an efficient blow and higher gas yields which reduces the weight of the plastic part to great extent and increases the thermal and acoustic insulation

It also eliminates the depression marks that are created if injection moulding technique is used. These sink marks reduces the thickness of storage tank walls

 Rotofoam masterbatch are very easy to handle during production process 

Snyder Industries offers Brine Tanks to meet your tank farm requirements. Tanks are available with FDA compliant food grade polyethylene and manufactured in the USA! Make Snyder your #1 choice for top quality brine tanks. Call us today.

Consider the advantages of Polyethylene tanks over wood and fiberglass FRP brine tanks….The best choice, for price and technology to use for a liquid storage tank, is a Polyethylene Plastic Tank

Polyethylene tanks or poly tanks are rotationally molded and one piece seamless. Plastic tanks are currently used in applications for both chemical tanks and potable water tanks

Plastic tanks for chemical processing have several profile options: Closed top and open top cone bottom tanks to 10,000 gallons; Closed top and opent top flat bottom tanks to 16,000 gallons; double wall for secondary containment tanks to 10,000 gallons and horizontal tank options to 5000 gallon, help to get your storage applications completed.

Plastic Poly tanks features include a maintenance free service life, they are less expensive than stainless steel and more durable than fiberglass by a mile.

Plastic tanks made of polyethylene have a longer list of corrosion resistances for aggressive acids and caustic solutions than any other economical tank solution.

Water tanks of linear polyethylene for food manufacturing tanks, water tanks and rainwater storage tanks, are available with FDA and NSF61 approval certificates on the tank and virgin polyethylene materials of construction.

Slimline water tank is a variety of water tanks specially getting popular nowadays because it can be install in any corner and small area portion of your house. Usually the general water storage systems require a large area for installation. If you are trying to save areas for water tank installation, slimline water tank can be the most appropriate solution for install your water tank in a competitive lower space in your home.

The uses of slimline water tanks are increasingly rising in Brisbane, Melbourne, Adelaide and other states in Australia. The internal storage chamber is made by fiberglass and stainless steel to keep the water safe and clean. You will also get more add-on facilities while using slimline water tanks such as you will can add filters, purifiers and cleansing mechanisms with your slimline water tank to purify your water for drinking, cooking and other necessary purposes. There are different sizes of slimline water storage tanks are available depends on your budget.

slimline water tanks AU

Is slimline water tank is cost effective to install?

Yes, the slimline water tanks have been designed so that you can install with a comparably suitable cost. These will provides easy installation of equipments when you want to add some cleansing mechanisms, pumps and other add-ons with your water tank. It is extremely helpful to install anywhere of your house, in a smaller space or any unused space with different sizes. These water tanks will ensure you lower dependency of your municipal provided water and you can store the water for your later usage. A large number of companies offering water tanks Melbourne so you can choose your most perfect slimline water tank by visiting different companies’ website.

Can I add some extra machinery with my slimline water tank? 

Surely you can add extra machineries with your water tank. The upgrading system is very easier to install a secondary tank that will helpful for you to capture rain water. If you are living in an area in Australia such that rain falls frequently, you can install a pressurize system that will easily collect rain water in your secondary tank for later use. If you are living in an area that will get low rain fall, you can set up a pump to capture water from municipal supply and add cleansing mechanism to purify water to make it safe and clean and you can store water to secondary tank for later use. This way you can make lower dependency of municipal provided water and can store water for later usage.  So, these slimline tanks will extremity helpful for you to storage water.

underground water tanks

How can I choose the perfect company in Australia to install water tank?

We are Grumpyb Water Tanks Supplier Company and supplies different patterns and sizes of slimline water tanks in Melbourne, Brisbane, Adelaide and other cities in Australia. We can measure your required size and help you to choose the most appropriate water tank based on our water tanks prices and install properly in a suitable space of your home. Our water tanks are the most comfortable and customized solution for you to install with all facilities and provide strong, durable using performance. You are welcome to call expert help, our experts will help you to choose the best slimline water tank model based on your requirement. Please visit our website for further details,

http://www.grumpyb.com.au/

The water that can directly store from the rain is the most pure and safe and we can use this water for drinking, washing, cooking, irrigation and other works and we can store rain water most efficiently by using a rainwater tank. The use of rain water tanks is rising day by day in Australia. The most common way to collect rain water directly is using gutter in the roof of your home that will run into your water tank and when rain falls it will automatically store waters in your tanks.

How do you choose your water tank in Australia?

There are different verities of water tanks available for you. We are Grumpyb Water Tanks supplier Company and supplies different types and sizes of high quality water storage tanks in Melbourne, Brisbane, Adelaide and other cities in Australia. You need to consider features that you need when choosing your water tank. You can also consider your family members those who will use water and measure your approximate usage and choose the most proper water tank size that will appropriate for you.

Water tanks services in AU

Some more issues need to consider when installing your rain water storage tank such as if you need to pumps to pump water of your tank through pipes that’s connected to your home inside rooms. Also, if you need to plumber to install your pipes we will provide you necessary services. One most important thing also that needs to remember that your house roof can contains some harmful material so when rain falls and water stores the harmful materials if somehow mix the water, then your water can be poisonous. So you may consider to install a purify system with your water tank installation process.  You may need to get all proper advice from the professionals and we are happy to suggest you all necessary steps that you need to keep in mind.

Are there any different types of water tanks for installation? 

Yes for sure, different varieties of water storage tanks available for you as per your requirement such as underground water tank, poly tank, concrete water tank, slimline water tank, small water tanks etc. We provide slimline water tank and small water tanks if you have a limited space. The tanks can also set up inner portion of your house and will take less outdoor spaces. You can use concrete water tanks, they are very strong and you can also use for store ground water. Ploy tanks are cheapest one you can choose with a good quality. The water collection chamber of a rain water tank is made by stainless still and fiberglass to keep the water safe and clean.

Water tanks services in AU

How can you find out professional service to install your water tank?

You can easily choose the most appropriate water tank from our website. There are a lots of water tanks models available for you in our site. You need to decide the features that you need and also the size of water tanks.

You can consider number of family members, approximate average use of water, area length where you will install water tank. You are welcome to call us for any necessary of your water tank relates issues, our experts will available to help you immediately as per your requirement. It will our pleasure to ensure a best service for you. Please visit our website and contact with us for further details,

http://www.grumpyb.com.au/

Community water access point for fetching water for domestic use

Providing safe & clean water across the area is a high priority area for us & is the subject of a major project we want to commence in 2012. As we have explored ways to provide solutions, we recently received information from the “Tools with a Mission” organisation in the UK which contains plans for 1500L water storage tanks which can be constructed easily by local volunteers. This information has excited us as the tanks seem to be a very good solution that is fairly easy to implement using local volunteer labour. These tanks have been built in many locations in Africa, including at the nearby Bethany Christian Centre & Orphange – so we know they can work for us!

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We are just starting on a project where we will build an initial tank to make sure that we understand the details & complexities of construction. Once that has been completed we will grow the project to provide solutions to area residents. As with all infrastructure projects, the costs are high & out of reach of the local population, so we will be seeking donations to assist with the purchase of materials to build the tanks. We are collecting information to determine the cost to construct a tank & once this is complete will commece building the initial tank as soon as we have sufficient funds. Watch for updates as we move things forward & if you would like to contribute to help get hte project started, please contact me – all donations are much appreciated!

The trends of a warming climate and well documented cyclical drought conditions that are predicted to continue to impact the Southern U.S. for the next decade may lead to even more severe drought scenarios, where access to reserves of clean water for household, agricultural and industrial use are further reduced.  The ability to respond to severe drought conditions requires access to information and residents in drought stricken states should make note of the various products available to address emergency water shortages.  Interstate Products, Inc. (IPI), the leading manufacturer of spill containment products and the preferred source for environmental solutions manufactures and distributes a wide variety of collapsible water storage tanks that are a key component of any rainwater harvesting system for industrial, agricultural and residential applications.

Around the world, many people rely on rainwater collection systems to meet most of their water needs, including household potable water, landscaping and agricultural uses.  In particularly dryer regions of the U.S., even where most residents have access to a public water supply, both homeowners and businesses are now addressing the issues of drought related water shortages and mandatory water conservation laws by installing rainwater storage tank systems to meet non-potable water needs like landscape irrigation.  There are a variety of options to consider when selecting a water storage tank.  Many permanent storage tanks or cisterns are made from concrete, fiberglass, metal, polyethylene or other materials and can be located either above or below ground.  In this article we will discuss rainwater harvesting systems that feature above ground, collapsible water storage tank solutions.

Rainwater capture and storage is still a primary method for collecting the water needed to meet both agricultural and potable water requirements.  The most common types of water collection systems are designed to capture rainwater from roofs and transport the water through gutter systems and downspouts into water storage tanks where it can be safely stored until needed.  Major components of a rainwater collection system are:

• Water catchment surface  or collection areas like rooftops
• Water conveying systems including gutters and downspouts
• Water filtration devices such as first-flush and screening devices
• Water storage tanks or cisterns
• Water distribution systems for landscape or other use

Collapsible water storage tanks come in a wide variety of sizes.  For residential use, common sizes range from 100, 500, 1,000 2,000 and 5,000 gallons.   When deciding on the most appropriate size storage tank, variables to consider are water usage requirements, the local rainwater supply, water demand levels, the estimated length of anticipated drought periods, water collection surface areas available and the size of area available for installing a collapsible water storage tank.

Interstate Products manufactures a wide variety of water bladders for personal water storage, emergency relief situations and industrial or agricultural applications.  Anytime there is a need for water storage, our portable, collapsible storage tanks and water bladders are ideal for use as part of a rainwater harvesting or general storage system.  IPI’s water bladders, water tanks and pillow tanks are flexible, collapsible and designed for durability and fast deployment.  All of IPI’s collapsible storage tanks are manufactured to the highest quality standards using a variety of materials that can be used to hold potable water and other non-potable liquids.

From our South Florida manufacturing facility, Interstate Products stocks an extensive variety of tank sizes, including 50,000, 25,000, 10,000, 5,000 2,000, 1,000, 500 and 100 gallon tanks.  We also build custom sized potable water bladder tanks, chemical tanks; as well as tanks for bulk liquid transport, bilge slop storage and fuel storage to exact specifications.  Our standard pillow tanks are available with many types of connections for water distribution.  These containers are designed for land based operations, but can also be used on the decks of vessels.  For use on rough terrain areas, IPI Ground Mats are water proof and available for under the bladder for protection from rocks and sharp objects.

As a leading multi-brand supplier of quality environmental, maintenance and safety product solutions, IPI also offers special services for emergency relief situations and military use.  To learn more about Interstate Product’s wide selection of stock and custom water storage and fuel storage tanks, portable spill berms, hazmat supplies, absorbents, fire rated buildings, drum containment pallets, cylinders and safety & security cabinets visit our online store at: http://store.interstateproducts.com/all_tanks.htm

Spill Containment and Industrial Solutions Home ~ Spill Berms ~ Water Bladders ~ Pillow Tanks ~ Fuel Bladders ~ Fuel Storage Sumps ~ Industrial Supply Center ~ Weed Killers & Grounds Maintenance ~ Rust Control ~ Aquatic Weed Killer ~ Ice and Snow Melt Liquid ~ Safety Storage Cabinets ~ Drum Handling Equipment ~ Non-Slip Coatings ~ Lift Station Degreaser

Clean water by Aquasol Water Treatment Solutions

ULTRA FILTRATION TECHNOLOGY The growing significance of using membranes in the water and wastewater treatment process is due to various factors. Insufficient freshwater resources first led to the development of membranes for use in desalination. In recent years other factors have helped to extend the use of membrane techniques in all areas of water and wastewater treatment: •

Even stricter and often contradictory regulations on water quality: a process that physically removes pathogens, membranes make it possible for disinfection to occur without producing any undesirable by-products. •

The growing significance of water reuse: wastewater has now become a resource in cities as well as in arid areas. Membranes are an ideal tool for recycling water due to their extensive abatement range. •

Technical advances: membrane technology has been used in the water treatment process for less than 50 years. After a long research and development phase, its industrial application accelerated once the main patents passed into the public domain. Aquasol Ultrafiltration (UF600) membrane is designed to be used with chlorine. Because of its specially high chemical resistance to chlorination (sterilization) process with addition to its traditionally good separation character it can deliver bacteria log reduction up to 6 log, therefore it is very suitable to be used in many sewage / wastewater recycling plants where required treated water quality has become more stringent.

The range includes standard Tank Lids, Lockable Tank Lids, Lid Strainers, Drain and Tank Outlets.

Order online for quick delivery.