Filed under

Rain harvesting

 

WATER, WATER EVERYWHERE AND NOT A DROP TO DRINK…..

I visited Sierra Leone last September with the Bank-On-Rain team and even though they have over 130" of rainfall each year, there is a severe shortage of water in Sierra Leone, especially clean drinking water!

Where I live near Seattle we have less than a quarter of the annual rainfall that Sierra Leone has, and I install professionally designed rain collection systems every day that supply families and commercial projects with more than enough clean water for drinking, living and working throughout the year.

Sl651

The purpose of Bank-On-Rain’s visit to Africa was to install a rain harvesting system for the Barina Agricultural school in Makali (see above).However we also had the privilege of meeting Rajesh Shah founder of Peer Water Exchange (PWX) , a non-profit organization which consists of a conglomerate of over 80 smaller organizations.  PWX serves to fund and assess the impact of water and sanitation projects with the review process all implemented by their members.  

The founder of PWX, Rajesh, took us to a Barefoot College  about half a day from Freetown, which had a very expensive solar system donated by well known brand, with a large array of panels and battery bank( see below)

P1010026

P1010031

Looking around, I noticed a water tower near a building, but no gutters on the actual building. When I asked about this I was told that a water truck came regularly to pump water into the tank, which in itself was used to gravity feed the water to the facility. On further investigation I noticed there were no gutters on any of the metal roof buildings. Instead, there were cement ditches under the eve lines to divert the rainwater run off from the property.

Sometimes people just don’t connect the dots! The connection had not been made between the rainwater runoff and the storage tower a few feet away. An efficient sustainable water system could easily be implemented by installing gutters and plastic cisterns, available in Freetown several hours  away. This could have been a pretty sophisticated set up considering the electricity available through the solar system for pumping and filtering rainwater.

Sadly this opportunity has been missed so far, but I am hopeful in the future they will connect the dots and use Barefoot College as a teaching tool for rainwater harvesting as a sustainable water source. 

The principal of the Barina Agricultural school in Makali, where I supervised the installation of a 20,000 liter system for 300 students, also was unable to connect the dots. The principal, was extremely skeptical that their old rusty metal roofs would produce anything but rust colored undrinkable water too scant to fill their needs!

P1010287_2

I had to think of something fast…….

P1010334_2

…. a quick demonstration on how much water could be collected and how clean rainwater really can be. So I had my helpers drag the fish totes under the first gutter that local volunteers had installed on the building with the best roof.  We had a wonderful rain shower that night and in the morning the tote was full of the most pristine, pure water anyone had ever seen.

I filled my bottle and gulped down a whole liter. Big smiles came across the work group, while others filled bottles from the tote and drank as well.  A good demo has more worth than hours of lectures and government pamphlets. The principal of the school was now a true believer after only one night of rainwater collection!

My demo, and the installation of the system by the locals under Bank-On-Rain direction gives 300 students clean drinking water. While the students certainly learned valuable skills and information by seeing and helping to install the rainwater catchment system, these are three lessons I learned.

1.   When the locals build and contribute ~ they own the system. When the students create their own teaching materials they learn. Contribution = ownership.

2.   Sanitation education & practices  ~ without these in place first and being embraced continuously, the clean water supply can become contaminated.

3.   Small things, details, systems connect the dots ~ and we hope these dots stay connected in remote areas when students from the Barina Agricultural School return to their homes. We hope one of them will start a rain harvesting business using the 50gal plastic containers we saw for sale in Freetown. And yes, gutters made of bamboo. (see below) 

Sl697

Below is the small demo we did, a usable demo which would we hope begin to connect the dots for the students & those from the village who helped us.

P9100466

Bank on Rain continues to bring knowledge and acceptance of rainwater collection to developing areas, with the strong conviction that this practice of helping people help themselves, will supply clean drinking water to those who are in need.

P1010777_2

Check out our posts Rainwater Harvesting Sierra Leone , When do students learn the fastest? and  Africa update 2 to find out more about the rainwater harvesting system we installed in Africa.

Comments or suggestions below please ~email us at  info@bank-on-rain.com  ~and check us out on Google+  please like us on Facebook  and follow us on twitter @BANKONRAIN

Ken Blair, Director of Bank-On-Rain

Building a Green planet one raindrop at a time.

KEN BLAIR is a professional rainwater systems designer and installer in the Northwest, United State. His successful company Rainbank evolved in 2006. He is a founding director of Bank-On-Rain and brings the “nuts & bolts” expertise to the Bank-On-Rain board. Ken can be reached at Ken@rainbank.info

The title of this post was inspired by “The Rime of the Ancient Mariner” which was written by  English poet Samuel Taylor Coleridge    

Filed under  //   Rain harvesting   Sierra Leone  
Posted by BANK-ON-RAIN 

Comments [0]

Bank-On-Rain in Africa update 2

Bor_and_safer_futures

The Bank-On-Rain team arrived back safely in the US on 19th September. This is the completed rain water collection and storage system which was installed at the Barina Agricultural School in Malaki, Sierra Leon, a couple of seeks ago. I was told that the teachers and helpers from the village did most of the work under the very capable direction of Ken.  Emily Berg with child "JC", Gail & Mike Williamson and Ken Blair (Bank-On-Rain) posing with Mohamed Sesa, Sheku Sesay, Mohamed A. Sanko; the Safer Future Youth Development Project staff with whom Bank-ON-Rain has formed a close alliance. More on this alliance very soon.

Completed_tank_system

The system consisted of 4 tanks (5000 Litres), 2 gutters 80' long and various pipes and fittings.

This is all very well as a community system: but what about replicating the "technology" such as it is, in a remote village? This is exactly what our team did (see below) with the blue containers, which  can be found everywhere… these were purchased in Freetown, SL. The function and purpose is obvious and I especially like Emily's descriptive instructional sign painted on the wall outside the Girl's latrine. Emily will be writing a post about our teaching aids and yes, the teaching aids we created before she left for Africa …...really worked.

Hand_washing_station

Stay tuned for our upcoming Bank-On-Rain posts, with lots of details about what we learned…… and when I spoke with Emily, Mike and Ken earlier this week….."we learned so much"…... was in every other sentence!

Comments or suggestions below please ~email us at  info@bank-on-rain.com  ~please like us on Facebook  follow us on twitter @BANKONRAIN
  

Caroline Di Diego (CASUDI) ~ Co-founder & Director Bank-ON-Rain

Designing a Green Planet One Raindrop at a Time!

Filed under  //   Africa   Rain harvesting   Safer Future   rainwater catchment   rainwater storage  
Posted by BANK-ON-RAIN 

Comments [1]

Rainwater Harvesting in Tokyo, Japan.

Rainwater_japan

To date, about 750 private and public buildings in Tokyo have introduced rainwater collection and utilization systems. Rainwater utilization is now flourishing at both the public and private levels. Read more here              

Do you think this basic design has application in the undeveloped regions Bank-On-Rain is targeting with their grassroots rainwater collection solutions?

Caroline Di Diego (CASUDI) for Bank-On-Rain
Follow us on twitter @bankonrain or send your comments and or suggestions to info@Bank-On-Rain.com
Designing a green planet one raindrop at a time.


Filed under  //   Rain harvesting   rainwater storage  
Posted by BANK-ON-RAIN 

Comments [0]

Micro-credit and Rainwater Harvesting

Nepal_tanks

The following is the forward abstract from an IRC Symposium 2010 on Micro-credit and Rainwater Harvesting 


Saskia Nijhof, Bala Ram Shrestha
Rainwater Harvesting (RWH) has proven to be a viable alternative water source in challenging environments where other means of water supply have very little or no potential.RWH is often the only solution for water supply particularly in: areas where groundwater levels are very deep or contaminated due the composition of geological aquifers; lands that are arid or semi-arid lands; small coral and volcanic islands, and in remote and scattered human settlements. In the last two decades, interest in RWH has grown. However, one of the main challenges in relation to the construction of RWH systems is that initial investment costs for rainwater harvesting systems are relatively high, limiting replication in poor communities. Access to micro-credit could empower households in remote and underserved areas to finance their own RWH systems.

Next to this, micro-credit could replace subsidy, making it a more sustainable water supply option. Through the promotion of RWH, there is also the possibility to enhance the income of poor people if it is combined with income generating (IG) activities and programmes. In cooperation with BSP-Nepal, the RAIN Foundation, which was established in 2005, is currently conducting a 3-year pilot research project into the combination of RWH and microcredit in rural areas of Nepal. The purpose of this pilot is to field-test a procedure for microcredit services that should result in access to water, adapted to the specific socio-economic and environmental context.

In Nepal, it is estimated that more than 10,000 different types of Micro-Finance Institutes (MFIs) are operating at different levels, so there is a huge potential to promote RWH technology via micro-credit with the appropriate mechanisms. Based on a pre-feasibility study, four districts (Sindhupalchowk, Baglung, Gulmi and Syanja) were selected for a three year pilot, which started in April 2010. The Nepal Federation of Saving and Credit Union (NEFSCUN) assists BSP with trainings, the selection of MFIs and project implementation.

In the first phase of the pilot, subsidy and credit is combined for the construction of rainwater harvesting systems. Gradually the subsidy will be reduced and then replaced with credit. RWH systems will be one of the credit products for the MFIs. Women are the main target group of the micro credit pilot. The credit serves to stimulate the use of RWH for domestic as well as productive uses. The time that is saved for fetching water after the installation of a RWH system at their homes can be diverted into the productive work.

Availability of water plays a significant role in IG activities such as the production and processing of vegetables, fruits, cereals, dairy milk, poultry, seeds, medicinal herbs and plants, spices, fishery, non timber forest products (e.g. bamboo products), etc. This paper summarizes the methodology of the pilot project and discusses a procedure for micro-credit services in relation to RWH.

If you are interested please read the complete paper here
Caroline Di Diego (CASUDI)
 Designing a green planet one raindrop at a time.  www.Bank-On-Rain.com

Filed under  //   Rain harvesting  
Posted by BANK-ON-RAIN 

Comments [0]