Showing posts with label catchment-storage-distribution. Show all posts
Showing posts with label catchment-storage-distribution. Show all posts

Tuesday, September 15, 2009

design ideas

Following the idea of the banana leaf, formed by many bottles which connect to a system of ¨branches¨, these branches can get connected together, generating a flexible surface for water capture.










The result is a system formed by the flexible surfaces (capturing surfaces, which can be given interesting geometries) and the branches (used for water circulation and filtration, and designed to rigidify the structure).













We could design the circulation system, the branches, in itself, and define different hierarchies (such as circulation of clean water, of water for watering plants, of water for electricity, etc..., going through different ¨branches¨).









We could even identify the circulation system by using different color bottles, or coloring them.

The flexible surfaces are used to capture the rainwater from above, but ideally capture humidity or mist water below (since we are in a humid, more than rainy environment)













Under the whole structure, we can design a whole topography, for people to sit, lie down, gather... and also for planting, creating ¨green areas¨under our flower.

Here are a few references on how the beauty of the design can come from the design of the structure, and from the strength and coherence of the system.


















king´s college chapel





miralles- shadings in villa olimpica in barcelona

BIG ideas : ENORMOUS sketches

Just a teaser from team catchment, storage, distribution:




...more to come soon!

Tuesday, September 8, 2009

CATCHEMENT, STORAGE, AND DISTRIBUTION MEETING

SOME IDEAS FROM OUR MEETING TODAY
'CUP CONGLOMERATION' VS 'MEMBRANE'
HANGING BLADDER VS GROUND BLADDER












Friday, September 4, 2009

Rainwater Harvest + Fabric Canopies

Although more relevant to plastic sheets (rather than bottles) these forms and materials can contribute to our design for rainwater catchment, especially in maximizing surface area open to the sky.



A couple of ideas from the catchment/storage/distribution group meeting yesterday





as well as network vs. single collection
scale seems quite variable based on material/structure properties and constraints but a large network seems to give the opportunity for interesting (beautiful) experience

Rainwater Bladders

The harvesting and collection of rainwater from your roof is a relatively simply process incorporating RainPac™ rainwater solutions. Ideally suited for any confined space and are a discrete water storage system. Made from double layered PVC our water bladder tanks need no frame work as they are self supported. Yana Bladder tanks are made from a portable grade fabric and can be used to store drinking water.

For more information about
RainPac™, visit: http://www.spec-net.com.au/press/1108/yan_051108.htm

For more information about PelicanTank, visit: http://www.trade.altconcepts.net/index.php?q=node/81

Wednesday, September 2, 2009

Fog Harvesting

The harvesting of Fog is an innovative technology to collect/store excess water vapor in areas of suitable climate. With large expanses of fine mesh nylon or polypropylene netting arranged perpendicularly to the prevailing winds, the dew collected from the fog aggregates and trickles down (due to gravity) into small gutters at the base of the screen. This gutter can be channeled to a much larger cistern or storage container for alternate use. Given this research, we may feel inspired to design a site-specific prototype given this research.

For more information, please visit: http://www.oas.org/dsd/publications/Unit/oea59e/ch12.htm

Biomimicry + Water Catchment

These images from nature allude to systems of water collection and storage using manipulations in surface area, form/geometry, and gravity:


[RainDrops] Gutter Catchment System

This project by Yanko Design utilizes plastic bottles, mechanisms, and existing gutter catchment systems to harvest and filter rainwater from source to tap. The project design also discusses use of process called SODIS, which uses a combination of the suns UV rays and heat to remove pathogenic microorganisms that cause disease.

For more info, visit: http://www.idasia.org/rain-drops/


More Pitcher Plants

Just wanted to include some photographs of the pitcher plants that Gerrell had sketched so beautifully. These could serve as inspiration for form or function. A rainforest native. These plants collect water in their pitcher like flowers. When the pitcher is full, a little leaf like structure closes in over it.