• This year I’m donating part of my income to charity.
• Every month I chose another cause.
• Then I blog about it.

Not Found

Unfortunately this blog post was not archived and it’s content is therefore lost. However, I’ve found the name of the charity I supported that month.

Picalor House

The Project – Picalor House is an educational charity working in the small town of Oropesa and other villages in the surrounding rural area 25km outside of Cusco, Peru.  The charity offers a comprehensive afterschool program in academic and non-academic subjects, along with helping the children with their homework, which takes the burden off the parents.

Picaflor also supports the local community through hygiene programmes, taps for teeth washing and stoves for local families, having a far- reaching positive impact on the wider community. Picaflor works directly with the community to identify their needs and help them to become stakeholders in proposed solutions. This holistic and communicative approach has strengthened the community as a whole and greatly improved the educational and vocational opportunities of the children involved.

From the archive

This is an archived post. It was published on a different blog that no longer exists. I tried to restore it but some details were lost.

Nils

Founder ?and investor ?
Environmentalist ? and futurist ?

Here I think out loud and talk about things. Opinions are my own but happy to share.

• This year I’m donating part of my income to charity.
• Every month I chose another cause.
• Then I blog about it.

The supply of electricity is very important, both for the basic use at home and the energy needed for activities to generate a livelihood. This is something we in the industrial nations take for granted and rely on every day. But the lack of access to electricity makes it harder to overcome extreme poverty, especially in rural areas. Reaching remote populations can present serious difficulties due to complex geography. Extending the grid is challenging and very costly.

According to the Human Development Report, UNDP, almost 10 million inhabitants of the Andean countries have no access to basic electricity: Peru has electrification ratio below 40%, while Bolivia has a ratio of almost 30% in rural areas, which expresses deep problems in equal opportunities.

The main source of energy is dung, which is used for both cooking and heating. This solar lamps leverages another renewable energy source – the power of the sun.

Living off the grid

Considering the current situation and plans for electricity coverage, the only option for providing energy to these towns is through non-conventional systems. Renewable energy sources are the best chance to provide reliable and independent solutions. Practical Action is one organisation that is working on this. In this context, they aim to:

• Develop, validate and disseminate appropriate technologies and methodologies for rural regions using water (small, micro and pico centrales hydro), wind (wind turbines) and the sun (photovoltaic modules).
  Other sources or technologies, such as biomass and geothermal energy, are considered as well.
• Promote and foster more and better sustainable energisation processes in isolated rural communities of Peru and Bolivia.
• Consolidate, develop and disseminate management models and technologies appropriate to rural contexts to make feasible mass use of renewable energy in rural possible.
• Promote the participation of local and subnational governments of Bolivia and Peru in the design and implementation of energy policies that promote renewable energy technologies.

Practical Projects and their outcome

Two of their projects as an example

Promotion of appropriate use of electricity in the extension zones of electrical frontiers in Catamarca, benefiting almost 20,000 residents in over 300 rural communities in four provinces of Catamarca Region:

• Over 270,000 young people from rural villages have been trained in basic electronics and are now providing services in their communities.
• 4,000+ households received direct information on the use of electricity, both households and industries.
• Almost 100 carpenters have been trained in use of power tools for woodworking and technical assistance from diesel to electric conversion.
• 6 rice mills and one corn mill are in the process of conversion from diesel to electricity.
• That is a calculated overall increase of over 36,000 kWh / month, either generated from renewable sources or converted from fossil fuel consumption.

With the project Access to energy in Cajamarca communities through planning with renewable energy, Practical Action have been working in the provinces of San Marcos and San Pablo to allow people access to energy by technological innovation and the use of appropriate technologies in isolated rural areas. The most important results of the period are as follows:

• Over 70 families across 3 communities institutions have received electricity for the first time.
• Currently, they are running one solar microgrid, 23 photovoltaic modules and one pico central hydroelectric.
• 1 micro-hydropower and 5 tubular bio-digester have been installed.

And these are just some highlights.

Who is behind this?

Practical Action is an international non-governmental organisation (NGO) that uses technology to challenge poverty in developing countries, founded in 1966. Practical Action is a registered UK charity. They work across Africa, Latin America, Asia and Sudan.

They look at the current situation – what people are currently doing – and help them to do it better through technology. This way they enable poor communities to build on their skills and knowledge to produce sustainable and practical solutions – transforming their lives forever and protecting the world around them.

Practical Action’s projects are organised under four programme themes:

• Sustainable energy access, 
• Food and agriculture, 
• Urban water and waste plus 
• Disaster risk reduction.

Plus two cross-cutting themes present across their work: Climate change and markets.

Why I chose to support them

I like their focus on using technology, not only to lower the gap of poverty by enabling communities to thrive, but also bridging the technology gap.

From the archive

This is an archived post. It was published on a different blog that no longer exists. I tried to restore it but some details were lost.

Nils

Founder ?and investor ?
Environmentalist ? and futurist ?

Here I think out loud and talk about things. Opinions are my own but happy to share.

• This year I’m donating part of my income to charity.
• Every month I chose another cause.
• Then I blog about it.

São Francisco always lived in the shadow of his bigger brother. Everyone talks about the bigger one: he brings more fish, is larger, is more impressive. Only São Francisco’s friends care for him. When he gets beaten up or is in trouble, they are there for him.
The name of the big brother is Amazon the biggest river of Brazil. São Francisco is the name of the little brother, it’s the 3rd biggest river in Brazil. Culturally, the São Francisco is the Nile of Brazil, their Mississippi, their Ganges. It represents Brazilian history and identity, a place of extremes of climate and geography. A third of its population depends on it. But São Francisco is in trouble.

São Francisco is in trouble

Recent economic development in the São Francisco River basin in Brazil has brought major benefits to its primarily urban population. The price, however, has been high. Pollution and land degradation threaten not only natural habitats, but also people’s livelihoods, water supplies and health.

Urban sewage, industrial effluents and agrochemicals (mainly in irrigated areas) have seriously polluted some of the major tributaries of the São Francisco River. The region’s traditional fishery is in decline and reports of conflicts over competing uses of water are becoming more frequent as the quality and quantity of the available supply decreases. There is also a drastic reduction of water in dry periods. Moreover, land degradation is undermining the region’s rich biodiversity of both plants and animals and is adversely affecting agricultural production.

The river basin degrades

Large areas along the river suffer from land degradation. This is a process in which the land is affected by a combination of human-induced processes such as agriculture, commercial actives and pollution. It is a harmful change to the environment that can be seen through a loss of vegetative cover and soil nutrients as well as the disappearance of a range of species or reduction of an ecosystem’s complexity.

The people living at São Francisco have always been exposed to difficult times such as drought and floods. But todays combination of human-related of problems are affecting everyone around it as it means a decline in the productive capacity of the land and the river itself.

Local solutions to recover the river basin

The land degradation, pollution and decline in biodiversity can be countered. Pur Project partnered with Nordesta Association. Their co-operation has the following objectives:

1. Regenerate degraded areas.
2. Maintain and increase biodiversity.
3. Improve water quality and quantity in the river and it’s sources.
4. Help local farmers.

Plant for the planet

The Association runs a plant nursery that can provide thousands of seedlings and store millions of seeds. One of the most important projects is the “Plant for the planet” program: bringing back plants and trees is a crucial step to help with their goals.
It enhances soil quality and prevents erosion. Roots keep soil in place and prevent it from being swept away. This reduces loss of land and keeps moisture trapped for longer. The plants also act as natural filters for water that helps to improve the water quality. Covering large areas with biomass helps maintaining biodiversity and allows the reintegration of animal species, e. g. the manned wolf, diving ducks, monkeys and others.

Another initiative is working together with small and medium sized farmers. They offer parts of their land to have trees planted which helps their land to improve and attract local wildlife. Beehives and the accompanying not only diversifies farmer’s incomes but also increases agricultural yields through pollination. Nordesta can also help with increasing standards to pass certification for organic farming as well as complying with Brazil’s environmental law.

Impact & Results

Pur Projet & Nordets can show results:

• over 400.000 trees planted.
• recover degraded areas and plenty of water sources.
• worked with hundreds of farmers.
• restored habitats to preserve wildlife.

Who is behind those organisations?

Nordesta Reforestation & Education association was founded in Geneva in 1985. They launched many programs aimed at the socio-economical development and are successfully offering education and professional training around local environmental issues. Today Nordesta runs local plant nurseries that attract more and more locals wishing to reforest their area. Nordesta can provide them the know-how and technical assistance needed to be successful.

Pur Projet was founded in 2008 with the goal to address climate issues through regeneration and preservation of ecosystems. They mainly develop “insetting” activities, aiming to offset socio-environmental impacts caused by companies locally. So far dozens of projects have helped to regenerate, revitalise and preserve ecosystems in partnership with disadvantaged communities.

Together the Nordesta association and Pur Projet work on improving the situation in the São Francisco river basin.

From the archive

This is an archived post. It was published on a different blog that no longer exists. I tried to restore it but some details were lost.

Nils

Founder ?and investor ?
Environmentalist ? and futurist ?

Here I think out loud and talk about things. Opinions are my own but happy to share.

• This year I’m donating part of my income to charity.
• Every month I chose another cause.
• Then I blog about it.

Off the grid

Do you know what it means to live without electricity? You probably grew up with a power socket near you. But you might know this from a camping trip or a weekend in remote place yourself: Once the sun is gone you have to rely on other means of lighting.

For over 600 million people in Africa this is the daily life (this is over 90% of Africa’s rural population). Worldwide it’s more than 1.5 billion people that need to conduct business or perform tasks after dark. Once the sun is gone they turn on lamps. Their only choice as a source of light is often kerosene, paraffin or candles.

Effects on your body

These inefficient lights emit toxic particles and this way millions of people are exposed to a high concentration of these particles. A kerosene lamp for example is estimated to be similar to inhaling the smoke from 298 cigarettes full of black carbon annually. One lamp is estimated to emit 200 Kg of carbon per year. Proximity and regular use leads to health effects as respiratory disease.

Besides damaging health they don’t even do a good job – they often don’t emit enough light to perform simple tasks after dark. You might need more than one. Lamps fuelled by kerosene or paraffin or a candle means you are still straining your eyes when you study.

High price

And the families have to pay a high price for this little light they get: Between 10 and 15% of a family’s income is spent on fuel such as kerosene and candles or batteries for torches.

All you need is sunlight

All this can be fixed with solar light: they are safer, cleaner and affordable. Just one lamp can transform the life of an entire family. Solar lights won’t be able to fix all energy problems but it will ensure that poor off-grid-communities can develop and prosper.

Safe and Clean

Families replacing kerosene and paraffin lamps with solar lights show signs of improvement in respiratory health. There are no more fumes irritating throat, no more soot inhaled into your chest. No smoke means no irritated eyes anymore and no CO2 released into the environment. No more risk of fires or burns because solar lights don’t run hot.

Less Money, more light

All the money you save on kerosene, paraffin or candles can now be spend on other things. Per year this can mean around $70 per family and this can now be spent on better food or other necessities. The money you save in less than 3 months is enough to buy a solar light that can last 5 years.

And these lights are more efficient. They are always bright and allow you to read without straining your eyes for cooking or working after sunset.

Bright light for brighter kids

Light after sunset means kids can study and do their homework. Since the lights are safe to use children can use them by themselves without supervision.

“Some learners are now selected to good schools within the district, a thing that has created history at our school” Patrick Nyerenda – Head Teacher, Malawi

“All my pupils can now finish their homework at home and their performance has also improved.” Josephine Kimutai – Teacher at Roret Primary Kericho, Kenya

“The kerosene lamp used to hurt my children’s eyes, but nowadays, they study long hours with the solar light.” Joseph Karui – Head Teacher, Bomet County

Who is helping on the ground?

SolarAid is an international charity that targets poverty and saving the environment. They are providing access to solar lights in some of the most remote regions of the world and are creating a sustainable market for solar lights in Africa.

SolarAid wholly owns an African social enterprise, SunnyMoney, the largest seller of solar lights in Africa. They sell lamps at a sponsored price to build a sustainable market. With the demand for solar lights increasing, more companies enter the market creating more access to light than before. This drives local awareness, increases the reach and creates jobs within the SunnyMoney organisation and other companies.

SolarAid can deliver results

Impact since SolarAid started:

• 10 million people with access to safe, clean solar light.
• Millions of families with improved health.
• $345 million saved by families *
• 2 billion extra study hours for children *
• 880,000 tonnes of CO₂ averted *

* In total over the lifetime of the solar light.

Why I chose SolarAid

I find this example fascinating because of the impact technology can have. For us it would not be much more than a little gadget: a little lamp that can be recharged just by exposing it to sunlight, over and over again. Cute. Nice idea.
But in the right hands it means a healthier life and saving money. It can even change the life by providing children light for studying after sunset.

I also like the way they make your contribution visible. Here is my donation in context of where my contribution goes and the impact. If you want you can join the fun, follow the link and bring some light into poor families homes

From the archive

This is an archived post. It was published on a different blog that no longer exists. I tried to restore it but some details were lost.

Nils

Founder ?and investor ?
Environmentalist ? and futurist ?

Here I think out loud and talk about things. Opinions are my own but happy to share.