Rainwater harvesting is not a product or process, it is a modern source of water. Rain water is perhaps the cleanest natural source of water on Earth. Contact Cleanflo for their expertise and experience to make your rainwater harvesting project a success.
Rainwater tanks and complete rainwater harvesting and stormwater systems Design, Supply, Install. Provide complete systems from roof to tap.
Alberta Drinking Water Rainwater Harvesting System | Cleanflo Water Technologies
This rainwater harvesting system is designed to be the primary source for potable water, with a backup water source of hauled water. Based on the initial analysis this system can harvest approximately 205,100 litres annually. The system harvest water from the entire new constructed pole building. Th...
British Columbia Shower Rainwater Harvesting System | Cleanflo Water Technologies
This rainwater harvesting system is designed to be used for non potable water for a guest house and a outdoor shower. The client was excited to have an outdoor shower completely from rainwater. In order to provide hot water for the shower Cleanflo provided a small water heater specifically for rainw...
Nova Scotia Drinking Water Rainwater Harvesting System | Cleanflo Water Technologies
This rainwater harvesting system is designed to be the primary source for potable water, with a backup water source of hauled water. Based on the initial analysis this system can harvest approximately 345,000 litres annually. The system employs a unique roof design to maximize collection, at the sam...
Quebec Drinking Water Rain Collection System | Cleanflo Water Technologies
This rainwater harvesting system is designed to be the primary source for potable water, with a backup water source of hauled water. Based on the initial analysis this system can harvest approximately 90,000 litres annually. The home was built in a remote location making rainwater a survival necessi...
Saskatchewan Drinking Water Rainwater Harvesting System | Cleanflo Water Technologies
This rainwater harvesting system is designed to be the primary source for potable water, with a backup water source of hauled water. Based on the initial analysis this system can harvest approximately 48,000 litres annually. The system harvest water from the entire home and garage. This provides app...
Toronto Rainwater Harvesting System | Cleanflo Water Technologies
This rainwater harvesting system is designed to be used for irrigation around the yard. Based on the initial analysis this system can harvest approximately 80,000 litres annually using a 4540 liter (1000 imp gal) rainwater tank. The flat roof design of this home required the use of both interior dra...
Stormwater and rainwater harvesting management solutions to meet city regulations. CFWT provides consultation, design, and engineering, product supply, installation, and ongoing maintenance.
Alberta Irrigation Rainwater Harvesting System | Cleanflo Water Technologies
This rain harvesting system is a commercial style system catching water from the roof, prior to discharge into the city’s storm drain system. This begins at the stormwater discharge of the building at 2.5 meters below grade. This discharge carries the entire roofs stormwater to the custom unde...
Ontario Stormwater Management System | Cleanflo Water Technologies
This rain management system is a commercial style stormwater system catching storm water from the back patio to prevent flooding of the restaurant. As Greater Toronto increases stormwater management regulations, as most larger municipalities across Canada do the same, state of the art storm water sy...
Ontario Toilet Flushing Rainwater Harvesting System | Cleanflo Water Technologies
This rain harvesting system is a commercial style system catching water from the roof, prior to discharge into the city’s storm drain system. The rainwater is used for toilets and uses chlorine sanitation of the rainwater prior to use. The initial system was designed and built with a single ra...
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What is the difference between rainwater, stormwater, grey water, potable water, and others?keyboard_arrow_down
Rainwater is fresh precipitation fresh from the sky that has not touched the ground surfaces. A roof surface maintains the rainwater quality.
Stormwater is rainwater from a rainfall event that has touched the ground surface and unmanaged at the source. This water must be managed further down the flow path by stormwater systems.
Groundwater is water present below the earth’s surface i.e. aquifers, wells, etc.
Surface water is water present on the earth’s surface i.e. lakes, streams, rivers, etc.
Potable water is water safe for human contact (showers), consumption, and food preparation
Grey water is once used water discharged from washing machines, showers, bathtubs, bathroom sinks, etc. Grey water does not have fecal/urine contamination.
Black water is once used water discharged from kitchen sinks and toilets and may contain fecal/urine contamination.
What is Rainwater Harvesting?keyboard_arrow_down
Rainwater harvesting is the process of retaining, diverting, or processing rainwater for a number of uses. If planned correctly a rainwater harvesting system can supply almost every household use of water. A properly sized system can supply all your water needs.
Rainwater storage systems that are developed to harvest rain through catchment, conveyance, and storage and can provide rainwater for daily water needs. Rainwater storage systems are increasingly being integrated in urban settings around the world to reduce water demand and demand on community infrastructure. Rain harvesting can be as simple as a rain barrel at the end of a downspout or as complex as a multiple-end-use underground storage system. Harvested rain can be used outdoors for irrigation; indoors for toilet flushing and laundry; and if filtered, as drinking water. The system scope, treatment method, and technologies will vary depending on end-use of the water.
Why do you harvest rainwater?keyboard_arrow_down
The three main motivators for rainwater harvesting are:
- Financial benefit through water savings.
- Meeting stormwater management regulations.
- Access to potable water.
Key Reasons for Rainwater Harvesting
An emerging movement to create more environmentally ethical and sustainable communities which are concerned with diminishing clean water sources are participating in the use, re-use, and recycling of water and energy resources. Rainwater harvesting can contribute to the overall goal of sustainable housing and community infrastructure. It can be part of a total package of sustainable home design, or a first-step toward participating in the green-lifestyle paradigm. As well, over time there can be a significant savings in cost of water and charges for stormwater.
- Rainwater is a FREE source of water which is available to all from Mother Nature.
- Rainwater is a renewable, sustainable, and a high quality source of water.
- Rainwater is already soft, and has a neutral in pH.
- Rain is free from disinfection by-products, salts, minerals, and other natural and man-made contaminants.
- Rainwater harvesting can reduce water bills including city storm sewer charges.
- You can avoid municipal watering schedules, or watering bans in dry climates.
- It can alleviate demand on aging municipal water supplies. The average Canadian uses 329 litres of water a day. In the summer months, water consumption doubles with 50% of treated water being used to irrigate lawns.
- Stormwater can be managed by catching it and reducing the amount of flooding to your foundation area
- Rainwater harvesting is a strategy to actively improve the environment.
- Seasonal rains can be stored to be used in times of drought and municipal water bans.
- Rainwater harvesting systems reduce erosion, property flooding, and contamination by capturing the majority of urban runoff from a house.
- Reusing water saves considerable amounts of energy. For example, 33% of the City of Toronto's electricity use in a year is spent on water pumping and treatment.
What are uses of rainwater harvesting?keyboard_arrow_down
Cleanflo Rainwater Systems are designed to be used for three different levels:
- Irrigation only
- Toilets,laundry, and irrigation
- Drinking potable water and human contact
Any use that you are presently using water for, can be substituted with rainwater. Initially most people use it for landscape and garden irrigation, though it can easily be used for car washing, and other outdoor uses, as well as for toilet flushing.
Are there laws or guidelines which govern rainwater harvesting?keyboard_arrow_down
Cleanflo Rainwater systems meet CSA standards for rainwater and stormwater re-use. Cleanflo systems are engineered and qualify to meet permit guidelines. Each municipality has its own guidelines. Cleanflo will ensure your project can be permitted and is successful.
- A comprehensive rain harvesting system that is plumbed into a building requires expert advice for the design of the system and assistance with seeking regulatory permission.
- When installing a rain harvesting system, ensure that there is suitable warning to ‘not cross connect rain harvesting lines with indoor potable lines’, and mark all pipes and faucets, both indoor and outdoor, as ‘non-potable supplies not suitable for drinking’.
- Connect your cistern or rain barrel to another stormwater management system like a soakaway pit to receive and infiltrate excess water into the ground when the system is full.
How do I determine the potential volume of rainwater that can be collected from a roof?keyboard_arrow_down
A single square metre multiplied by 1 millimetre of rain equals 1 litre of water, is the rule of thumb. Average rainwater tables can be found at Rainwater Harvesting Stats and Tables - Average Rainfall Table
A simple calculation: Roof area in square meters X Rainfall in millimeters = Litres of rainwater
How do I determine the amount needed for my intended uses?keyboard_arrow_down
Determining rainwater systems is based on three factors:
- Catchment area (roof area) - for 200 m2 or less
- Intended use and anticipated water needs
- Possible rainfall amounts
Based on the optimal volume of rainwater available to collect, the user must determine if the anticipated water needs will exceed available rainwater. If the user requires additional water, this can be achieved by topping up the rainwater with a municipal water supply, or by incorporating the capture and use of grey water sources.
The Canadian Morgage and Housing Corporation has published guidelines for rainwater harvesting systems which include tables for estimating the optimum rainwater cistern. These tables have been reproduced at Rainwater Harvesting Stats and Tables - Optimum Rainwater Cistern Tables cloudRain Harvesting Calculator
What is the best tank size for my system?keyboard_arrow_down
You need to store enough water to last between major rain events. This can be determined by calculating the historical averages and your catchment surface. It will also depend on the amount of rainwater you wish to use from the system. For example, watering patio pots versus watering a garden will require a different amount of water storage. It will also depend on whether you intend to store water beyond the rainfall season in an underground tank. There are many variables that will help determine the ‘best’ tank size.
What maintenance is involved when you install a rainwater harvesting system?keyboard_arrow_down
The rainwater harvesting system maintenance will depend on the system components that are used. See the product recommendations to get information about maintenance of your rainwater harvesting system. Cleaning the roof, eaves troughs, filters, and monitoring water quality are ongoing requirements for all rainwater systems. If greywater is being recycled, further inspections will be needed.
How will freezing impact the harvest and use of rainwater?keyboard_arrow_down
Seasonal rainwater systems need to be decommissioned for the winter months if your home is subject to freezing winter conditions. Users that require year-round access to their collected rainwater will need to store their water tanks indoors, in a heated location, or buried below the frost line.
- Victoria, British Columbia
- Nanaimo, British Columbia
- Vancouver, British Columbia
- Kelowna, British Columbia
- Calgary, Alberta
- Edmonton, Alberta
- Saskatoon, Saskatchewan
- Regina, Saskatchewan
- Winnipeg, Manitoba
- Toronto, Ontario
- Ottowa, Ontario
- Montreal, Quebec
- Halifax, Nova Scotia
is to ensure all Canadians have access to clean and safe drinking water.
Experience Cleanflo has been in business since 1985
Professionalism Cleanflo invests heavily in customer satisfaction
Knowledge Cleanflo has a strong knowledgebase
Originality Cleanflo is an industry innovator
Suppliers Cleanflo works with suppliers across Canada
Product Cleanflo's products are industry standard
Cleanflo has the industry expertise to make your rainwater harvesting or water treatment project a success.
Cleanflo has experience designing and installing rainwater harvesting and water treatment systems across Canada for residential and commercial projects. Cleanflo's complete systems are designed to fit your project, and your budget.
The majority of Cleanflo’s customers face water access issues (i.e. hauling water for long distances) or water quality issues (i.e. too much iron in the water). These rainwater harvesting systems and water treatment systems integrate into a new build or renovation and can also be retrofitted to existing buildings.
Cleanflo takes pride in managing all your water needs from conception to installation and supplying complete professionally custom-designed systems and engineered designs that meet all building codes. Cleanflo doesn’t simply sell you parts and walk away.
Professional consultation, support and customer service are available throughout the entire process to ensure you are comfortable with your new system. Matched with Cleanflo’s in-house design services, Cleanflo's products are the most affordable solutions to your water issues, as pre-designed and pre-built systems reduce costs.