Sunday, 3 May 2015
Tuesday, 28 April 2015
Shelter, jobs and social stability in Lebanon
Last month I went to Northern Lebanon, on a short mission with CARE International, to help them figure out a strategy to deal with the dire housing problems faced by Syrian refugees. To short cut to this presentation (more pictures than words, go here). Almost immediately I was blown away by the scale of the crisis in Lebanon: a country of just over 4.2 million people is hosting almost 1.5 million refugees. That's around a third of the population! Meaning that Lebanon now has the highest per capital concentration of refugees in the world.
Imagine Britain or France taking in 20 million people, and the kind of impact that would have on public services that people often complain aren't good enough as it is. Well, it's not really any different for Lebanon, except that their public services have been in worse shape than those in rich European countries. Talking of Europe, it appears that the entire EU block has offered asylum to a grand total of 134,000 Syrian refugees, so around 10% that Lebanon has taken. Yet the population difference is so great it means that Europe is offering refuge to 1,000 times fewer refugees compared to Lebanon.
| Tripoli, looking East over the mountains towards Syria |
Imagine Britain or France taking in 20 million people, and the kind of impact that would have on public services that people often complain aren't good enough as it is. Well, it's not really any different for Lebanon, except that their public services have been in worse shape than those in rich European countries. Talking of Europe, it appears that the entire EU block has offered asylum to a grand total of 134,000 Syrian refugees, so around 10% that Lebanon has taken. Yet the population difference is so great it means that Europe is offering refuge to 1,000 times fewer refugees compared to Lebanon.
Tuesday, 3 March 2015
Shelter after floods in Pakistan. Part 1. Sabina's story
This is Sabina, who I met during one of about 30 field trips I made in Sindh, Pakistan during my time working there, chatting with Mustafa from the local NGO, HANDS
HANDS had found Sabina's family and community, displaced and in desperate need of help, after major flooding in September 2012. They brought it to the attention of DFID - the British agency for international development - for whom I was working as a humanitarian advisor.
Thursday, 11 December 2014
Arabian Nights - in the arms of Green School
Two hours, they said.
Two hours of a high school play. Uh oh, this could be a long night…
But then it was beginning, gentle, exotic drumming floated
over the humid night as a line of robed actors walked through us, with a confidence
and grace that comes with knowing. “Asalam Alaikum” calls their leader, “Alaikum
Asalam” intone the others, in unison, in rhythm. We were in, I was spellbound.
Arabian Nights, the stories of the thousands and one nights,
stories within stories, mysteries and comedies, tragedies and philosophies;
acts within acts, all masterfully put together so we always knew where we were,
who was who. The passion was palpable; I could feel the hours of preparation in
the choreography as scenes and actors changed places or characters. Props? Who needs
them? At one point they created a journey across mountains, through rivers and
oceans, just by the movement of their bodies, the waving of the sea, the shape
of a boat (arms linked together, the shape of a leaf).
And how they unfolded each tale! I have rarely been so
engrossed, charmed, inspired, amused and thrilled at a group of people working together
on some scripted lines, some suggested scenes.
Enthralled, enraptured we sat, perhaps 80 of us, parents,
children, friends of friends, on cushions around the floor or along the
amphitheatre steps under the leaf-like umbrella that forms the roof of this
remarkable theatre and morning assembly hall (now transformed into the realm of
original mysteries).
And how the school, this collection of incredible buildings,
each exquisite and unique, that are host to a throng of passionate people from
around the world, who we see in the day, busy in their comings and goings, in
the never-ending endeavour of teaching, of learning, is transformed at night,
the curved walls, the bamboo structures beautifully crafted together into a
whole, like a basket, surrounded by over-storey coconuts and living bamboo.
Dark green everywhere, the boisterous clouds overhead, the occasional howl of a
forest creature. This is quite a
place. And this night belongs to Ibu
Sarita, our school’s drama teacher who has brought this performance to light and
created a kind of magic. And these young
adults whose lives are surely enriched now, their memories of this time, this
night and one other they’ll perform, which they will keep for their forevers.
How great is this? To see that learning is more than memory,
that memories are made from creating something that is beyond the one, part of
a collaboration of efforts that weave light and sound and words.
“And the nights of Baghdad shone bright like day” they
soared, in defiance and joy at once. Joy
and tragedy together, as we all know too well the bitter history of yesteryear,
wrought by Western leaders who still live and breathe today. And so, from a
thousand-year-old enchantments we are dumped into the folly of today. With the
echoes of incredible wisdom in the original book that inspired this play – of love,
the meaning of prayer, of sunset, God, the words that define an empire, death and
infinite joy – the lights went down, the story done, the moment complete. Like the outraged King at the beginning of
this tale who only wanted the stories to continue, I only wanted more. Until
dawn if need be, and beyond.
Thursday, 11 September 2014
To live in Bali... first impressions anyway
Bali is, so far, a cacophony of different experiences. The ocean, open between here and Antarctica pulsates with waves every day, without fail, there's always something to ride. The beaches are totally diverse - some black, others brown, some white, some covered in shacks selling grilled corn and fresh coconuts, others empty and desolate, farmland stretching right up close to the shore.
August is windy. So it's kite season.. look up to see a few dozen bizarrely-shaped specs shimmering there, often static on some kind of fixed lines into the middle distance, like stepping stones into the sky.
We ride by motorbike, until Monica arrives. Two on a bike OK. The school is maybe 25 mins inland across paddy fields which shine in morning light, and on the right day the volcanoe mountain looms in the background, cocunut palm pasted into the frame. Idyllic, or classic tropical scene. Until the junction...
A hundred, a thousands speeding cars, trucks and bikes. all at once, in a continual flow like river of metal and fumes. Eeek. and we have to cross into that? We wait.. see a break, follow some other nutter who's making the leap, and we're in, like jumping into a river, nipping around the slower moving mighty wagons, or cars. How slow are cars in this chaos? Soon enough we're back to the side roads, and the air is fresh again.
Ubud is the cultural heart, where for decades a melting pot of creative types have been gathering. I stopped one day for a haircut. Turns out to be a centre for therapy and massage, run by an elderly gent who was taught some ancient arts of meditation and massage passed down for generations. Now it feels like the whole town is dedicated to this, with yoga and therapy retreats behind every garden wall. Where surf lodges fill on the coast, travellers here come to stretch and breathe. And eat... the vegan cafes seem to outnumber the conventional. organic everything, dairy free banoffee pie - imagine? I've had food here i've never experienced before - and i'm not talking Balinese spice, but vegan creativity with the very same veg and nuts and fruit you find everywhere.
Everywhere bamboo, little baskets make of leaves with flowers and offerings, a little stick of incense wafting. in front of every shop, on street corners. And children learning how to weave and cut and make it all. This I like.
Back to the sea - always the sea, warm and accessible, rock and sand. This is where everyone goes to play. At weekends filled with locals from the towns and cities equally thrilled with the setting sun, selfies from every rock. Weddings and ceremonies. Temples so near the beach, donging and haunting rhythms heard far out in the waves.
Friday, 4 July 2014
For Paolo Mellet - visionary, teacher, friend.
Paulo,
First off, I just can’t believe your’re not with us right
now. I am so used to being in touch
pretty much all the time.
With crushing reluctance I’ve come to accept that one of my
closest friends, mentors, ideas generator, building mate, fellow life
adventurer has left us, for higher realms. We found out last week, middle of
the night in our home in Islamabad, when our son Nikita called with the
news. We were all just stunned and
speechless. It hardly seems possible, for someone who was so completely infused
with boundless energy and ideas, as if they burst through his pores, his eyes …isn't just around the corner.
Completely gutted in every way. Yet at the same time empowered by his life.
And now by Ruth his
incredible wife and equally inspiring partner.
Ruth somehow maintained clarity and a capacity to share Paulo’s
struggles to overcome a serious bout of malaria which kick-started a spiral of
organ and system failure across his exhausted body; at 17 Paulo survived leukaemia
but knew how his organs had taken a serious hammering, leaving him vulnerable,
yet somehow with this octane-fuelled clarity of vision and direction. Every few days Ruth would facebook updates in
English and Portuguese (Brasileira, como ela), to muster us all into action to
send positive images of a healing Paulo.
Hundreds of us would like and comment and share our love and hope and
support. Paulo had a LOT of friends, had
reached a lot of people..
This is it.. Paulo has had a vision for this planet, a “design strategy” as he might say, to re-think the way humans live in the environment around them. To transform the energy we put into destroying our ecology to repairing it. A system of design that would increase people’s access to food through smarter use of their waste, cutting inefficiencies (that he saw everywhere, as if he had some eco-super-power to x-ray scan across communities and spot the numptified designs that have appeared around us).
| struggling together with this 400kg oak beam... |
He’s the only person I’ve ever met that could see the common
thread between everything people do, from growing food, harnessing energy,
dealing with waste, building homes, teaching children. He had learned about permaculture way back, then he studied renewable energy,
sustainable building and large scale water retention and management
strategies. He knew so bloody much
stuff, and had this spider’s web of linkages going on constantly that connected
strategies and designs from one part way over to the other. For a while he became obsessed by mushrooms
and fungi (well he was obsessed about everything..) and would insist you sit
down for a two hour session watching some guy delivering a presentation on the
stuff, then sit and watch you and say “so, you get it now, right?” then he’d
explain how the waste coming off ethanol production could be excellent
feedstock for fungi which in turn would provide goodies for fish, which would
clean dirty water and provide irrigation for new plants for more ethanol, and
on and on.
| With Saffy, his sister Mary, and friends |
We started chatting about all this in the green of Wales
back in 2006, when we met, soon after we moved into small plot of land in
Portugal completely covered in 30 years of brambles and spikey things, hiding
old terraces, ruins and a massive renovation project. Paolo liked this idea and offered to dive in
with us. And so he did. Over the next couple of years we grafted away
together tackling just about every concept and project that you can imagine,
all the while Paulo chattering away an almost non-stop narrative of
sustainability and compost, worms, gardens and water, mushrooms and underground
life forms we know-so-little-about,
smoothies and aaargh! I never
went on a permaculture design course (2 weeks) because I think back on this
time as a two year doctorate!
We grew together. Our
children Nikita and Kira must have been 13 and 7. They absorbed too – and won’t forget.
How many times Nikita, Paulo and I would be
the only ones around holding up some half-framed structure, Paolo rapidly
slipping into a mood that emerges from having to work with such turkeys who
take-so-long to get it. Well Nikita got
it pretty quick, I’m still in turkeysville but that’s another story).
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| Under Paulo's spell Kira dives in to the lime plastering too:) |
| With Nikita, bringing up this massive pre-fabricated structure that was to become the terrace for the Alambique |
He would disappear for weeks on various missions. To Croatia with Ruth to desing some mega straw-bale warehouse for his new umbrella company LUSH. Or to obscure communities of German inventors in Southern Portugal, come back bouncing with excitement about their new creations that turned sun rays into ice (the hotter it is outside the cooler the fridge). I’m pretty much obsessed by anything low-tech and radical too, so we’d be there for hours plotting how we’d incorporate these into the aid world, into communities devoid of power and jobs, and how sun & ice could change the picture completely. Especially if we included biogas, rainwater collection, constructed wetlands, and so on. Integrated smart design. Yes… I’m working on that. This has become my mission too.
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| Paulo designed this entire straw bale section on the house, and led the construction with our family and friends. |
We went crazy watching the local rivers change through the seasons, and Paolo let slip that kayaking was another of his hobbies (how many can a guy have!!??). A few months later we had all the gear, and Nikita, Paulo and I would drive our van way up some secluded river and charge down, waterfalls and all. These were great moments, staring over at each other in a strange mix of terror, exhilaration and what-the-hell let’s just do it screech, as we hurtled towards some new waterfall we hadn't had time check out first. In the pouring rain. (Argggh. where's the photos of these missions!??)
When we moved to Pakistan Paulo and Ruth used England as a
pit-stop to the oasis that their Brazil was to become. It sounded amazing there. And I could read between the lines of
messages and many skypes how he was infecting yet more ordinary mortals with
his vision for a better world.
| With our multi-national team of beam-movers from Romania, England, Portugal, New Zealand, Scotland from left - Nikita, me, Nik, Paulo, Shrek (Carlos), Hewel, Petrus, Ilie and Manuel (Neo). |
In Pakistan I became humanitarian “advisor” to the UK Government’s efforts to support post mega-flood recovery. Subsequent years brought equally intense rain and destruction. Almost four years on I’m still there, supporting one of the largest shelter reconstruction projects ever – at over 120,000 homes and counting.
| One of hundreds of amazing families i worked with in Pakistan, discussing building with lime, how I'd learned from Paulo and Hywel in Portugal. |
We return to Portugal tomorrow, where you appear in just about every picture, in every part of the building and gardening process. You are as much part of our land there as we are and as you planted half the trees you will grow on with us there. Quite fitting really, as Paulo was many parts elfen creature and part-man. He seemed more at home in a mossy corner between rocks or high in the canopy of some tree. A quiver full of carved arrows over his back and slightly pointed ears would have raised no alarm. I’d find him stuffing fresh cut grass into his blender, together with powder of some coco bean, sun-filtered water and some fruits. I asked him if he had become part-goat; he looked at me from under his eyebrows, frowning, to say “grass and weeds are just phenomenal mineral accumulators, how do you think sheep survive?”. I’d settle down with my all-too-human scrambled egg and bread, feeling more like an ork beside this ethereal being sipping his plant juice. (Annoyingly, he would then carry a jug of this stuff around for the next half hour, like an IV, sipping, glowing).
I’m going to feel a bit lost for a while – any time I had a
problem or an idea I’d take it to you and you’d send me a drop-box full of vids
and docs and links and names and case studies.
I have Gigabytes of the stuff now, guess I’ll have to start reading
it… God-damn that malarial piece of shit
bug…
Ruth, I can’t imagine how you’re coping. You are SO many
times stronger than me to have held it together so long. Please come and see us whenever you can – we
are here with you as your extended family.
Go well Paolo, my friend, it’s been a great privilege to fly
together a while.
Thursday, 8 August 2013
Ground-breaking solar energy system (?)
What do we know about solar energy? What do you think of?
PV (photovoltaic) panels that produce electricity come to mind, or solar thermal systems that give bath-loads of hot water for anyone who has installed them.
Then there's concentrated solar power, of which there's a nice photo and description from wikipedia here. Basically these are huge rows of curved (parabolic) mirrors that reflect sunlight to a static tank of water or oil throughout the day. The heat generated creates steam to drive a turbine to make electricity.
I thought that was as far as we had gone with solar systems, until I came across this radically different concept they call the Sun-Pulse. Invented by the German physicist and inventor, Jurgen Kleinwachter, it has been built and tested in Tamera since 2008. So, here's how it works:
- solar energy in the form of sunlight is collected in pipes erected on a structure (in their case a greenhouse but it could be flat panels on a roof, or a series of parabolic mirrors beaming the light at a centralised tank, just like in the concentrated solar power system);
- vegetable oil is the selected medium to be heated because it has a boiling point far higher than water, so it can be heated to over 150 degrees C or higher (can't remember exactly, doesn't matter right now).
- the veg oil is allowed to circulate around a Stirling Engine. OK this in itself is a wonderful invention and concept all by itself - invented in 1813 by a Scotsman! Basically it's an engine that runs on the temperature difference between two points. There are two pistons that are driven up and down as gas is expanded when heat is applied to the "hot end" of the engine. Cold water is pumped to the cold end to maintain the temperature difference. The pistons move and drive a flywheel, which can be connected to a generator to make electricity, or a pump to move water, or a tank to hold compressed air, and so on. Again wikipedia has the basics here.
Now, the beauty of this system we visited in Tamera was its simplicity despite the complex design and mechanics. We were shown around by Douglas Baillie and Janos Valder, both seriously competent scientist-technicians in their own right. Douglas comes with a PHD in physics from Heriot Watt University in Scotland, which speaks for itself.
Douglas explained that all this was built on a fairly low budget, using recycled metal and basic membranes.
PV (photovoltaic) panels that produce electricity come to mind, or solar thermal systems that give bath-loads of hot water for anyone who has installed them.
Then there's concentrated solar power, of which there's a nice photo and description from wikipedia here. Basically these are huge rows of curved (parabolic) mirrors that reflect sunlight to a static tank of water or oil throughout the day. The heat generated creates steam to drive a turbine to make electricity.
I thought that was as far as we had gone with solar systems, until I came across this radically different concept they call the Sun-Pulse. Invented by the German physicist and inventor, Jurgen Kleinwachter, it has been built and tested in Tamera since 2008. So, here's how it works:
- solar energy in the form of sunlight is collected in pipes erected on a structure (in their case a greenhouse but it could be flat panels on a roof, or a series of parabolic mirrors beaming the light at a centralised tank, just like in the concentrated solar power system);
- vegetable oil is the selected medium to be heated because it has a boiling point far higher than water, so it can be heated to over 150 degrees C or higher (can't remember exactly, doesn't matter right now).
- the veg oil is allowed to circulate around a Stirling Engine. OK this in itself is a wonderful invention and concept all by itself - invented in 1813 by a Scotsman! Basically it's an engine that runs on the temperature difference between two points. There are two pistons that are driven up and down as gas is expanded when heat is applied to the "hot end" of the engine. Cold water is pumped to the cold end to maintain the temperature difference. The pistons move and drive a flywheel, which can be connected to a generator to make electricity, or a pump to move water, or a tank to hold compressed air, and so on. Again wikipedia has the basics here.
Now, the beauty of this system we visited in Tamera was its simplicity despite the complex design and mechanics. We were shown around by Douglas Baillie and Janos Valder, both seriously competent scientist-technicians in their own right. Douglas comes with a PHD in physics from Heriot Watt University in Scotland, which speaks for itself.
![]() |
| Douglas beside the stirling engine. The insulated pipes carry the hot oil to and from the stirling engine. The circular fly wheel on the right is rotated as the engine runs. |
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| Nikita, right, researching for his essay... |
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| Inside the greenhouse Douglas explains how the "Fresnel" mirrors direct sunlight to the copper pipes that carry the oil. |
The stirling engine here powers a 2.5KW electrical generator, but the system can do so much more, including:
- circulation of hot oil to a kitchen area to cook food
- compress air for running tools
- mechanical energy to run rotational tools or for milling, etc.
Here's a video that explains the whole set up in 9 minutes
Later I was in touch with Jurgen (the inventor) who has started to work with a company in Germany to produce smaller, more efficient system. Jurgen explained that they have started to use the pumping capacity to capture air, remove the nitrogen to create oxygen in tanks which can then be used for welding. He is also confident that the heat can be used to run heat pumps that could run fridges. Imagine the possibilities: the capacity to create cooling in hot climates. Ice for cold stores, vaccination programmes, storing food and so on.
Solar water pumping, Stirling-style
Next we were introduced to the Sun-Pulse Water. This is based on a similar principle: solar heat is collected in a basic dish (see photo) which runs a stirling engine, itself connected directly to a water pump.
The team say the calculated pumping capacity for this puppy is a whopping 400,000 litres per day at negligible head, up to 80,000 litres / day from 10m depth and 15,000 l/day from 50m - in a site that has around 2,000 sunshine hours per year (in other words, forget most of the UK).
This is serious stuff. In Pakistan last year there were lakes of standing water for 7 months after a flood, inundating a massive area, as far as my eye could see in some places. Diesel driven dewatering pumps were used but local authorities quickly ran out of money for fuel so the impact was limited. Could this thing really move that much water in a day? (4m litres in ten days of sunshine). If so, bring-it-on...
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| Janos, standing beside the Sun-Pulse Water engine / pump - built with a few spare parts bits of motorbike, some old metal and sticky back reflective foil. |
Economic analysis and comparison
The question now is to compare the costs of construction and operation against other solar or renewable energy systems. Take your average rural village in Pakistan where the electricity supply is utterly unreliable: on average, people receive only around 4 to 6 hours per day - for which they pay around $7 per month per family. In a village of 100 households that's around $40,000 spent over five years. With rampant inflation that's likely to be closer to $60,000 in five years. And remember, that's for just a few hours of power per day.
In most villages people use this power for a bit of light, charging mobile phones and fans for the extreme heat (well over 45 degrees C for about half the year).
So, let's assume that the community decides to apply for a micro-finance loan to erect an alternative power supply. Their options are limited to solar PV, which would be quite expensive, and would be limited to the provision of electricity (12v or 240v if an expensive and energy-hungry inverter were bought).
If a sun-pulse were installed, it could, potentially, provide adequate electrical power but also mechanical energy for pumping water, driving machines to allow for a vast range of micro livelihoods and, as discussed, cooling for food processing, storage etc.
That's in theory. Now we need to put it into practice. Our plan is to write a research proposal whereby Jurgen, Tamera and a local NGO in Pakistan would team up with a local university and a local community to build a test system.
Funding is going to be needed to kick-start this whole process. Training in system construction and design could take place in Tamera and later in-country, technical support and guidance from Jurgen and his colleagues in Germany and implementation, testing and research carried out in the community in Pakistan.
The question of capital investment is really critical for this or any other energy project. I've been inspired by the work of the Grameen Bank in Bangladesh which pioneered a system of providing loans to landless poor in that country. Then they stared Grameen Shakti, which is promoting solar PV energy systems to rural poor on a credit basis, with massive ambition to reach 15 million people by 2015. Surely something like this could work in Pakistan and other countries to allow poor communities to access the money they are going to pay anyway over the coming years for electricity and other energy services.
So that's the idea. Now we have to see if it's feasible - and to find out if the Sun-Pulse offers better economics that solar photovoltaic power for people out there struggling with serious energy insecurity.
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