Wiki Test 1.43 - Contributions [fr]

Point d'eau économe et autonome/en

2020-04-09T20:00:49Z

Jprissi : Page créée avec « '''Inspired by :''' the canacla by Jacques Vanhercke »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finishing touches
|Step_Content=Depending on the location where we want to install the water source, we can add a container (bowl, bucket, ...) fitted with a hose to make it similar to a sink. We can also collect the dirty water in a bucket in order to water plants or clean dry toilets (in our case).

It is also possible to decorate the small water source in order to hide bottles and make it more esthetic. A casing in wooden boxes will be easy enough and quite fine-looking.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''BricoLowtech association :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspired by :''' the canacla by Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/37/en

2020-04-09T20:00:48Z

Jprissi : Page créée avec « '''Inspired by :''' the canacla by Jacques Vanhercke »

'''Inspired by :''' the canacla by Jacques Vanhercke

Point d'eau économe et autonome/en

2020-04-09T20:00:16Z

Jprissi : Page créée avec « '''BricoLowtech association :''' »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finishing touches
|Step_Content=Depending on the location where we want to install the water source, we can add a container (bowl, bucket, ...) fitted with a hose to make it similar to a sink. We can also collect the dirty water in a bucket in order to water plants or clean dry toilets (in our case).

It is also possible to decorate the small water source in order to hide bottles and make it more esthetic. A casing in wooden boxes will be easy enough and quite fine-looking.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''BricoLowtech association :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/34/en

2020-04-09T20:00:16Z

Jprissi : Page créée avec « '''BricoLowtech association :''' »

'''BricoLowtech association :'''

Point d'eau économe et autonome/en

2020-04-09T19:59:57Z

Jprissi :

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finishing touches
|Step_Content=Depending on the location where we want to install the water source, we can add a container (bowl, bucket, ...) fitted with a hose to make it similar to a sink. We can also collect the dirty water in a bucket in order to water plants or clean dry toilets (in our case).

It is also possible to decorate the small water source in order to hide bottles and make it more esthetic. A casing in wooden boxes will be easy enough and quite fine-looking.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/33/en

2020-04-09T19:59:56Z

Jprissi :

It is also possible to decorate the small water source in order to hide bottles and make it more esthetic. A casing in wooden boxes will be easy enough and quite fine-looking.

Point d'eau économe et autonome/en

2020-04-09T19:59:34Z

Jprissi : Page créée avec « It is also possible to decorate the small water source in order to hide bottles and make it more esthetic. A casing in wooden boxes will be easy enough and quite fine look... »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finishing touches
|Step_Content=Depending on the location where we want to install the water source, we can add a container (bowl, bucket, ...) fitted with a hose to make it similar to a sink. We can also collect the dirty water in a bucket in order to water plants or clean dry toilets (in our case).

It is also possible to decorate the small water source in order to hide bottles and make it more esthetic. A casing in wooden boxes will be easy enough and quite fine looking.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/33/en

2020-04-09T19:59:33Z

It is also possible to decorate the small water source in order to hide bottles and make it more esthetic. A casing in wooden boxes will be easy enough and quite fine looking.

Point d'eau économe et autonome/en

2020-04-09T19:58:03Z

Jprissi : Page créée avec « Depending on the location where we want to install the water source, we can add a container (bowl, bucket, ...) fitted with a hose to make it similar to a sink. We can als... »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finishing touches
|Step_Content=Depending on the location where we want to install the water source, we can add a container (bowl, bucket, ...) fitted with a hose to make it similar to a sink. We can also collect the dirty water in a bucket in order to water plants or clean dry toilets (in our case).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/32/en

2020-04-09T19:58:02Z

Depending on the location where we want to install the water source, we can add a container (bowl, bucket, ...) fitted with a hose to make it similar to a sink. We can also collect the dirty water in a bucket in order to water plants or clean dry toilets (in our case).

Point d'eau économe et autonome/en

2020-04-09T19:55:22Z

Jprissi : Page créée avec « Finishing touches »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finishing touches
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/31/en

2020-04-09T19:55:22Z

Jprissi : Page créée avec « Finishing touches »

Finishing touches

Point d'eau économe et autonome/en

2020-04-09T19:55:03Z

Jprissi : Page créée avec « * Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap. * Position... »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finitions
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/30/en

2020-04-09T19:55:03Z

* Cut the bottom of the bottle. Drill its cap to a diameter slightly inferior than the hose. Insert the hose through and let it go a centimeter beyond the cap.
* Position the bottle on the batten over the lever. Adjust the length of the hose.
* Attach the bottle with 2 iron wires, blocked by 4 screws.
* Let the hose go below the nail and keep it on the side of the plank with a staple. Put the elastic in place (around the nail and screw) and set its tension such as the hose is pinched.

Point d'eau économe et autonome/en

2020-04-09T19:50:20Z

Jprissi : Page créée avec « Installation of the hose and bottle »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Installation of the hose and bottle
|Step_Content=* Découper le fonds de la bouteille. Percer son bouchon à un diamètre un peu inférieur au tuyau. Insérer le tuyau en force et le laisser dépasser d'1 cm dans la bouteille.
* Positionner la bouteille sur la latte, au dessus du levier. Ajuster la longueur du tuyau.
* Fixer la bouteille avec 2 fils de fer, tenus par 4 vis.
* Faire passer le tuyau sous le clou et le maintenir sur la tranche de la planche avec une agrafe. Mettre l'élastique en place (autour du clou et de la vis) et régler sa tension pour que le tuyau soit pincé.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finitions
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/29/en

2020-04-09T19:50:20Z

Jprissi : Page créée avec « Installation of the hose and bottle »

Installation of the hose and bottle

Point d'eau économe et autonome/en

2020-04-09T19:50:00Z

Jprissi : Page créée avec « *Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail. *Screw the lever on the corner of... »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Mise en place du tuyau et de la bouteille
|Step_Content=* Découper le fonds de la bouteille. Percer son bouchon à un diamètre un peu inférieur au tuyau. Insérer le tuyau en force et le laisser dépasser d'1 cm dans la bouteille.
* Positionner la bouteille sur la latte, au dessus du levier. Ajuster la longueur du tuyau.
* Fixer la bouteille avec 2 fils de fer, tenus par 4 vis.
* Faire passer le tuyau sous le clou et le maintenir sur la tranche de la planche avec une agrafe. Mettre l'élastique en place (autour du clou et de la vis) et régler sa tension pour que le tuyau soit pincé.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finitions
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/28/en

2020-04-09T19:49:59Z

*Position the level on the top leaving the space of a child's hand. Mark and drill 2 small holes in the lever at the height of the nail.
*Screw the lever on the corner of the wooden box and insert the iron wire in the holes. Twist the ends of the iron wire around the nail. (NB: The iron wire must be tensed).

Point d'eau économe et autonome/en

2020-04-09T19:40:43Z

Jprissi :

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

*Positionner le levier dessus, de façon à permettre à un enfant de glisser ses mains. Marquer puis percer 2 petits trous dans le levier à la hauteur du clou.
*Visser le levier sur l'angle de la cagette et faire passer le fil de fer dans les trous. Entourer le clou avec chaque extrémité du fil de fer. (NB : le fil de fer doit être tendu).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Mise en place du tuyau et de la bouteille
|Step_Content=* Découper le fonds de la bouteille. Percer son bouchon à un diamètre un peu inférieur au tuyau. Insérer le tuyau en force et le laisser dépasser d'1 cm dans la bouteille.
* Positionner la bouteille sur la latte, au dessus du levier. Ajuster la longueur du tuyau.
* Fixer la bouteille avec 2 fils de fer, tenus par 4 vis.
* Faire passer le tuyau sous le clou et le maintenir sur la tranche de la planche avec une agrafe. Mettre l'élastique en place (autour du clou et de la vis) et régler sa tension pour que le tuyau soit pincé.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finitions
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/27/en

2020-04-09T19:40:42Z

Jprissi :

*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank.

Point d'eau économe et autonome/en

2020-04-09T19:40:36Z

Jprissi : Page créée avec « *Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank

*Positionner le levier dessus, de façon à permettre à un enfant de glisser ses mains. Marquer puis percer 2 petits trous dans le levier à la hauteur du clou.
*Visser le levier sur l'angle de la cagette et faire passer le fil de fer dans les trous. Entourer le clou avec chaque extrémité du fil de fer. (NB : le fil de fer doit être tendu).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Mise en place du tuyau et de la bouteille
|Step_Content=* Découper le fonds de la bouteille. Percer son bouchon à un diamètre un peu inférieur au tuyau. Insérer le tuyau en force et le laisser dépasser d'1 cm dans la bouteille.
* Positionner la bouteille sur la latte, au dessus du levier. Ajuster la longueur du tuyau.
* Fixer la bouteille avec 2 fils de fer, tenus par 4 vis.
* Faire passer le tuyau sous le clou et le maintenir sur la tranche de la planche avec une agrafe. Mettre l'élastique en place (autour du clou et de la vis) et régler sa tension pour que le tuyau soit pincé.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finitions
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/27/en

2020-04-09T19:40:35Z

Jprissi : Page créée avec « *Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank »

*Retrieve a corner of the wooden box and glue/screw it on the batten, over the small plank

Point d'eau économe et autonome/en

2020-04-09T19:39:37Z

Jprissi : Page créée avec « Lever positioning »

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Lever positioning
|Step_Content=*Récupérer un "angle" de la cagette et le coller/visser sur la latte de lit, au dessus du bout de planche.

*Positionner le levier dessus, de façon à permettre à un enfant de glisser ses mains. Marquer puis percer 2 petits trous dans le levier à la hauteur du clou.
*Visser le levier sur l'angle de la cagette et faire passer le fil de fer dans les trous. Entourer le clou avec chaque extrémité du fil de fer. (NB : le fil de fer doit être tendu).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Mise en place du tuyau et de la bouteille
|Step_Content=* Découper le fonds de la bouteille. Percer son bouchon à un diamètre un peu inférieur au tuyau. Insérer le tuyau en force et le laisser dépasser d'1 cm dans la bouteille.
* Positionner la bouteille sur la latte, au dessus du levier. Ajuster la longueur du tuyau.
* Fixer la bouteille avec 2 fils de fer, tenus par 4 vis.
* Faire passer le tuyau sous le clou et le maintenir sur la tranche de la planche avec une agrafe. Mettre l'élastique en place (autour du clou et de la vis) et régler sa tension pour que le tuyau soit pincé.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finitions
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/26/en

2020-04-09T19:39:37Z

Jprissi : Page créée avec « Lever positioning »

Lever positioning

Point d'eau économe et autonome/en

2020-04-09T19:39:22Z

Jprissi :

{{Tuto Details
|Main_Picture=Canacla_canacla_aphonse.jpg
|Licences=Attribution (CC BY)
|Description=Thrifty water point to make your children love washing their hands
|Area=Water, Hygiene
|Type=Tutorial
|Difficulty=Easy
|Duration=2
|Duration-type=hour(s)
|Cost=0
|Currency=EUR (€)
|Tags=lavage des mains, eau, hygiène
}}
{{Introduction
|Introduction=This tiny water point entirely made of recuperation materials allows children to wash their hands in the most thrifty, self-directed and hygienic way.

Instead of turning on the tap and using a lot of water, your child will lift a lever with his/her own wrists and use a water trickle, just enough to wet her/his hands and rince them.

Inspiration : This system was freely inspired by the "CANACLA", made with clay in Dakar (http://canacla.com/blog/?page_id=115).

The word "Canari" in western Africa names a traditional vessel made of clay. Jacques Vanhercke used one of those traditional container to invent the "Canacla" (For "Canari" plus "Clapet", which means "valve" in french). It's indeed because of a valve and of a thin hose which simply goes through the wall of the canari that the water gently flows out the Canacla, right when your wrists open the valve by lifting up the lever (Therefore : Your hands don't touch anything !)

Interest by this concept, we thought about an easy to make solution, that our 3 years old son could also use on his own. Though we built this system with wastes gathered around our neighbourhood (plastic bottles, wooden boxes, battens, etc.). We replaced the valve with a crimped hose to make the whole system even easier to build.

What can I use it for ?

This water point can be installed in your bathroom, if it doesn't have a sink, or in your kitchen (mounted on the wall).

It can also be used outside, in a garden and also during local events, like a school fête for example. It can then be hung to a tree or a streetlight with straps. Its height can then easiliy be adjusted to the one of children.
}}
{{Materials
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_184120.jpg
|Step_Picture_01=Canacla_sch_ma.jpg
|Material=1 wooden box

1 plastic bottle

1 wooden batten

1 small wooden plank (6x8 cm - 2,37x3,15 inch)

1 piece of iron wire

1 thin silicone tube (ex : baby nose cleaner, breast pump ...)

1 elastic

1 big nail (7 to 8 cm - 2,75 to 3,14 inch)

A few screws

1 staple
|Tools=Hammer, screwdriver, drill, wood saw, cutter
}}
{{Tuto Step
|Step_Title=Lever's completion
|Step_Content=Gather 3 transversal battens from the wooden box (1 short / 2 long) et use them to make a T-shaped lever (around 25cm - 10 inch long). Attach those 3 pieces with some glue.
|Step_Picture_00=Point_d'eau_économe_et_autonome_IMG_20190601_183901.jpg
}}
{{Tuto Step
|Step_Title=Anchoring the nail
|Step_Content=Block the nail between the heads of the 2 screws and let the tip of the nail stick out a bit (don't forget to file the tip of the nail)

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_2.jpg
}}
{{Tuto Step
|Step_Title=Positionnement du levier
|Step_Content=*Récupérer un "angle" de la cagette et le coller/visser sur la latte de lit, au dessus du bout de planche.

*Positionner le levier dessus, de façon à permettre à un enfant de glisser ses mains. Marquer puis percer 2 petits trous dans le levier à la hauteur du clou.
*Visser le levier sur l'angle de la cagette et faire passer le fil de fer dans les trous. Entourer le clou avec chaque extrémité du fil de fer. (NB : le fil de fer doit être tendu).
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_installation_levier.jpg
|Step_Picture_01=Point_d'eau_économe_et_autonome_canacla_sch_ma_fil.jpg
}}
{{Tuto Step
|Step_Title=Mise en place du tuyau et de la bouteille
|Step_Content=* Découper le fonds de la bouteille. Percer son bouchon à un diamètre un peu inférieur au tuyau. Insérer le tuyau en force et le laisser dépasser d'1 cm dans la bouteille.
* Positionner la bouteille sur la latte, au dessus du levier. Ajuster la longueur du tuyau.
* Fixer la bouteille avec 2 fils de fer, tenus par 4 vis.
* Faire passer le tuyau sous le clou et le maintenir sur la tranche de la planche avec une agrafe. Mettre l'élastique en place (autour du clou et de la vis) et régler sa tension pour que le tuyau soit pincé.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_sch_ma_bouteille.jpg
|Step_Picture_01=Canacla_canacla_5L.jpg
}}
{{Tuto Step
|Step_Title=Finitions
|Step_Content=Selon l'endroit où on souhaite installer le point d'eau, on peut ajouter un récipient (cuvette, seau ou saladier...) muni d'un tuyau en guise de "lavabo". On peut également recueillir l'eau sale dans un seau pour arroser des plantes ou nettoyer des toilettes sèches (dans notre cas).

Il est aussi possible d'"habiller" le petit point d'eau afin de cacher les bouteilles et de le rendre ainsi esthétique. Un "coffrage" en cagette sera facile à faire et assez joli.
|Step_Picture_00=Point_d'eau_économe_et_autonome_canacla_f_te_.jpg
|Step_Picture_01=Canacla_Canacla_toilettes.jpg
|Step_Picture_02=Point_d'eau_économe_et_autonome_cancla_fete_ecole.jpg
}}
{{Notes
|Notes='''Association BricoLowtech :'''

bricolowtech@gmail.com

https://www.facebook.com/BricoLowtech/

'''Inspiré par :''' le canacla de Jacques Vanhercke

http://canacla.com/blog/?page_id=115
}}
{{PageLang
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Tuto Status
|Complete=Published
}}

Translations:Point d'eau économe et autonome/25/en

2020-04-09T19:39:21Z

Jprissi :

Glue / screw the small wooden plank on the batten (at the level of the bottom quarter)

Récupération des eaux de pluie/en

2020-04-09T19:35:42Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [[Système hydraulique global d'une habitation|http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system :

[[Système électrique global d'une habitation|http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/16/en

2020-04-09T19:35:41Z

Jprissi :

Hydraulic system : [[Système hydraulique global d'une habitation|http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Récupération des eaux de pluie/en

2020-04-09T19:35:23Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : http[[Système hydraulique global d'une habitation|://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system :

[[Système électrique global d'une habitation|http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/18/en

2020-04-09T19:35:23Z

Jprissi :

[[Système électrique global d'une habitation|http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

Récupération des eaux de pluie/en

2020-04-09T19:35:04Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : http[[Système hydraulique global d'une habitation|://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system :

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/16/en

2020-04-09T19:35:04Z

Jprissi :

Hydraulic system : http[[Système hydraulique global d'une habitation|://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Récupération des eaux de pluie/en

2020-04-09T19:34:42Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

<div class="mw-translate-fuzzy">
Hydraulic system : http[[Système hydraulique global d'une habitation|://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]
</div>

Electrical system :

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/16/en

2020-04-09T19:34:42Z

Jprissi :

Hydraulic system : http[[Système hydraulique global d'une habitation|://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]

Récupération des eaux de pluie/en

2020-04-09T19:34:32Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : http[[Système hydraulique global d'une habitation]://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]

Electrical system :

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/16/en

2020-04-09T19:34:32Z

Jprissi :

Hydraulic system : http[[Système hydraulique global d'une habitation]://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]

Récupération des eaux de pluie/en

2020-04-09T19:33:58Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [Système hydraulique global d'une habitation][http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]

Electrical system :

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/16/en

2020-04-09T19:33:57Z

Jprissi :

Hydraulic system : [Système hydraulique global d'une habitation][http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]

Récupération des eaux de pluie/en

2020-04-09T19:31:40Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [[http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system :

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/2/en

2020-04-09T19:31:39Z

Jprissi :

Rainwater is fresh water that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering gardens, ... When filtered, it can also be used for drinking.

Récupération des eaux de pluie/en

2020-04-09T19:29:32Z

Jprissi : Page créée avec « We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/ »

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water, that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering a garden, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [[http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system :

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/19/en

2020-04-09T19:29:31Z

Jprissi : Page créée avec « We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/ »

We are two French students exploring low technologies in South America. Do not hesitate to follow our adventure here : https://www.facebook.com/LAtelierLowTech/

Récupération des eaux de pluie/en

2020-04-09T19:28:48Z

Jprissi : Page créée avec « http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation »

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water, that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering a garden, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [[http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system :

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

Nous sommes deux étudiantes en exploration de Low Tech en Amérique du Sud, pour suivre nos découvertes, c'est par ici : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/18/en

2020-04-09T19:28:47Z

Jprissi : Page créée avec « http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation »

[[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

Récupération des eaux de pluie/en

2020-04-09T19:28:43Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water, that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering a garden, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [[http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system :

[[Système électrique global d'une habitation|http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

Nous sommes deux étudiantes en exploration de Low Tech en Amérique du Sud, pour suivre nos découvertes, c'est par ici : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/17/en

2020-04-09T19:28:43Z

Jprissi :

Electrical system :

Récupération des eaux de pluie/en

2020-04-09T19:28:27Z

Jprissi : Page créée avec « Electrical system : http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation »

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water, that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering a garden, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [[http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Electrical system : [[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

[[Système électrique global d'une habitation|http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

Nous sommes deux étudiantes en exploration de Low Tech en Amérique du Sud, pour suivre nos découvertes, c'est par ici : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/17/en

2020-04-09T19:28:27Z

Jprissi : Page créée avec « Electrical system : http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation »

Electrical system : [[http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

Récupération des eaux de pluie/en

2020-04-09T19:27:49Z

Jprissi :

{{Tuto Details
|Main_Picture=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Licences=Attribution (CC BY)
|Description=Harvesting rainwater and separating the first dirty rainwaters, washing the roofs, from the clean following ones. Here is a simple and efficient method based on a T-shaped pipe and a floating ball!
|Area=Habitat, Water, Hygiene, Health
|Type=Tutorial
|Difficulty=Very easy
|Duration=30
|Duration-type=minute(s)
|Cost=10
|Currency=EUR (€)
|Tags=eau, pluie, potable, habitat
|SourceLanguage=fr
|Language=en
|IsTranslation=1
}}
{{Introduction
|Introduction=Rainwater is fresh water, that we can almost drink (depending on regions and local pollution). It is interesting to harvest rainwater for various domestic uses : sanitation facilities (shower, toilets), watering a garden, ... When filtered, it can also be used for drinking.

An ingenious system of rainwater harvest has been implemented in Desde Oriente, at Punte de Lobos in Chile. In this place, there is a house where a bunch of inventions are tested in order to become self-sufficient and reduce one's environmental impact. There, all roofs are fitted with a gutter that allows to collect rainwater and direct it to a tank where it will be stored.

The issue lies in the fact that the first liters of rainwater wash the roofs from its accumulated dust, dead leaves and dirt. The simple and efficient tip is to separate these first dirty liters from the next thanks to a T-shaped pipe and a floating ball. This methods prevents the leaves, dirt and particles to clog the smaller piping and filters for clean water.
}}
{{TutoVideo
|VideoType=Youtube
|VideoURLYoutube=https://youtu.be/waP8dJkTKdg
}}
{{Materials
|Material=PVC pipes of different diameters, bends, junctions, T-shaped pipe

a 50 liters container

A ping-pong ball
|Tools=Drill, drill bits

Saw or angle grinder

Personal protective equipment
}}
{{Tuto Step
|Step_Title=Installing the rainwater harvesting system
|Step_Content=The pipe leading rain waters to the tank (1) comes horizontally and splits in a T :
* At first, the water preferentially goes into the 50 centimeters long vertical tube, connected to a 50 liter container (2) (You should adapt the volume based on the roof's surface area). This tube is drilled with holes, allowing the water to fall into the container (2). Inside this tube, there is a floating ball that rises while the water level in the container (2) increase. The ball rises until it is over the holes. The vertical tube is then blocked allowing the water to flow through the horizontal part of the T-shaped pipe.
* This horizontal tube will drive the following clean water directly into the tank (1) of drinking water.
The first 50 liters that washed the roof, collected in the container (2) can be used to water the garden.
|Step_Picture_00=Récupération_des_eaux_de_pluie_Syst.JPG
|Step_Picture_01=Récupération_des_eaux_de_pluie_Reservoir.JPG
|Step_Picture_02=Récupération_des_eaux_de_pluie_06Expl1.jpg
|Step_Picture_03=Récupération_des_eaux_de_pluie_08Expl3.jpg
|Step_Picture_04=Récupération_des_eaux_de_pluie_09Expl4.jpg
|Step_Picture_05=Récupération_des_eaux_de_pluie_05EauPluie.jpg
}}
{{Notes
|Notes=Thanks to Jorge, Rodrigo and Sean for welcoming us at DesdeOriente!

Follow Jorge's project at DesdeOrient, in Punta de Lobos, Chile on Instagram "desdeorientepuntadelobos" or desdeoriente.cl.

The next step is to also create a self-sufficient place in water and energy in the center of Santiago in order to prove it is also possible in a town! Stay tuned!

Hydraulic system : [[http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]

Système électrique :

[[Système électrique global d'une habitation|http://lowtechlab.org/wiki/Système_électrique_global_d%27une_habitation]]

Nous sommes deux étudiantes en exploration de Low Tech en Amérique du Sud, pour suivre nos découvertes, c'est par ici : https://www.facebook.com/LAtelierLowTech/
}}
{{Tuto Status
|Complete=Published
}}
{{Separator}}

Translations:Récupération des eaux de pluie/16/en

2020-04-09T19:27:49Z

Jprissi :

Hydraulic system : [[http://lowtechlab.org/wiki/Système_hydraulique_global_d%27une_habitation]]