This blog describes the activities of global nomad Dr. T.H. Culhane as he works on the Solar C.3.I.T.I.E.S. mission: "Connecting Community Catalysts Integrating Technologies for Industrial Ecology Solutions"
This cartoon was on the cover of the book "SolarGas" by David Hoye. It echoes the Sharp Solar slogan "Last time I checked nobody owned the sun!"
Friday, June 10, 2011
Survey of Renewable Energy systems along the Khumbu Trail en route from Lukla to Mount Everest PART 12
PLEASE NOTE: THESE ARE UNFINISHED POSTS AS I ASSEMBLE MY NOTES AND COMPILE RELEVANT PHOTOGRAPHS FOR THE SURVEY.
In Pangboche we see an electric panel with skull and crossbones on it
saying that more microhydro is coming. We arrive in Dingboche in a
foggy drizzle that turns into rain. Our first morning is cloudy with
patches of blue sky and stabs of sunlight. Haven't taken a shower in
the last couple of nights, short showers cost about 300 Rp each and it
is cold enough that one doesn't really want to disrobe to pour hot water
over one only to get cold again drying off and getting dressed. The
toilet has normally been outside, but this time they are in our rooms --
they are squat toilets with a bucket of very cold water and a plastic
cup. No toilet paper. I sleeep in until 8:30 the first morning to
recover from the climbing. There are yaks in the courtyard blocking the
stairs. One has only one horn. I am now cautious about Yaks since one
attacked me the day previous.
(My notes say "On the trail I get blocked by a yak.
He is standing on the stone stairs, blinking his eyes. I call him
blinky and ask politely if he will move so I can pass. Suddenly he
rushes at me and tries to gore me. He hits my hand with his sharp horn
and I move my arm in pain and his horn rams into my chest, all quite
suddenly. As I am knocked backward downhill the goring doesn't penetrate
my skin, but it leaves a red mark on my hand and chest. Close call.
The previous day a Yak bumped into by the bridge and knocked me on my
butt, but that was accidental. This is a deliberate Yak attack!")
I drink seabuckthorn juice at night and in the morning. It reminds me
of plam fruit juice in Cairo. It isn't delicious, but one gets used to
its acidic warm taste, high in vitamin C, very healthy. Still can't
figure out why it is called "SEA buckthorn juice so far from any sea!).
Today is May 10th 2011, Tuesday.
Dingboche Renewable Energy Systems
GPS waypoint #36: Shomare, Ground Mount PV in garden; 2 100 Watt
monocrystalline panels, 2 75 W Monocrystalline panels, 1 40 W thin film
on Sonam Lodge Restaurant.
1 70 W polycrystalline on back on store below Pasang Lodge. Pasang lodge
has 1 70 W polycrystalline, 1 10 W, 1 5 W, 1 40 Watt Monocrystalline, 1
30 Watt Thin Film.
Shomare Rest Stop has a solar cooker which I use for my first cup of
solar ginger tea on trip at 4040 meters altitude. They have a greenhouse
for shrub junipers and they have 4 PV panels (2 15 W, 2 more 30 watt
and a 15 W, facing two directions, 222 degrees SouthWest.
Juneli Lodge has 2 solar cookers and two PV panels.
There is another 70 W PV panel above the Nagarkot Fast Food.
There are 5 panels (two 15 W, two 10 W, 1 70 W, facing all directions) on the shack across from Nagarkat.
There appears to be hybrid wood Stove heating in Snow Lion Lodge on Right with a solar cooker and 2 PV panels.
#40 DGHL; 2 70 Watt PV panels
#41 3 PV panels, 70 W each, on left side
#42 Moonlight lodge has 4 PV panels, 1 100 W, 2 40 W and 1 30 W.
#43 Welcome, Slate Roof, has 2 100 W PV.
#44 Khumbu Resort has 1 Solar Cooker, 5 PV panels (2 70 W, 2 40 W, 1 15
W, think film and monocrystalline and polycrystalline) Owner is
"Chering", uses maintenance free lead batteries, self installed system.
He also has a lodge near Everest Base Camp).
There is a pungent smell of smoke in the air, acrid smoke pouring from the Alpine Resort. Could be from yak dung furnace.
#47 House on Hore Shop: 1 70 W PV
#48 Sherpa Internet Cafe, 4400 Meters. 2 100 W PV panels, monocrystalline.
#49 Himalaya Lodge has 4 14W panels, 1 100 W and 4 25 W panels.
owner says, "Panorama Lodge in Pheriche has a man named Pembe who is the
solar and electronics expert who does the training of the local
people."
#51 Sonam Friendship Lodge (where we stayed). Has 8 PV panels and 4
different battery banks. The lodge is 100 % PV powered. My room, like
the others, has LED lights (one in the room and one in the toilet).
Also uses Yak dung for air heating in the restaurant. Solar Charging
cell phones or computers at the Friendship lodge, like in many places,
is 300 Rp (about 3 Euro) per hour. Across the street they charge with a
gasoline generator which runs all day and disturbs and annoys us.
Thankfully Sonam's Friendship Lodge is powered completely by friendly
solar energy. Occassionally Sonam will prop a 100 watt panel on an oil
drum outside the dining room window and put it through the orange
Chinese inverter he has to charge another sealed battery. Nobody knows
what the Chinese inverter says, but they've figured out the basics of
using it.
Each of the three internet cafes in Dingboche is solar powered but they
have 2 stroke generator backup in case the batteries drain low and there
is no sun.
Two of the solar internet owners are Karma and Ming Ma. Ming Ma owns the
internet cafe near the KACC and up on the hill. Nima is in charge of
the KACC.
Field note: A british trekker staying at the Friendship Lodge gets
severe altitude sickness with a cough bringing up a brownish red fluid,
suggestive of pulmonary edema. They put him in a Red vinyl "PAC" or
"Portable Altitude Chamber" that shows a 'simulated descent graph'. The
man in the Pac is then ready for evac, and is brought to Naamche on
Sonam's horse. We learn from his wife that he improves when he gets to
lower altitude.
Silly notes: At most of the lodges a "cheeseburger" is a bit like a
"veggie burger" -- it is just cheese in a bun. If you want a hamburger
with cheese you have to say so.
Nepalise for "we are lucky" is "Hagi Bagaimani Cho".
There has been tremendous loss of topsoil in Dingboche due to the
destruction of soil-binding juniper shrub and cushion plant for cooking
and heating fuel. The average is 60 tons/hectare of soil loss in
Dingboche versus 7 tons/hectare in a degraded Iowa cornfield (A. Byers,
personal communication). According to the visitors center near Naamche:
"Much of the alpine juniper has been lost since 1962" (the year I was
born incidentally!) "Soil binding juniper shrub (SBJS) -- there has been
a serious reduction in the amount of SBJS in teh alpine slopes greater
than 4000 meters in altitude. Comparative photographs from 1962 to 1995
(many followed up on and taken by Dr. Alton Byers) confirm this.
Erosion rates are 40 times greater in terms of monsoon than in forests
and shrub/grassland ecotypes in lower regions. From 1970 to 1995
tourism had a tremendous negative impact; soil binding juniper shrub was
used by lodge owners and Yak herders (Byers, 2001). The unsustainable
harvest of Arenaria cushion plants above 4,500 meters for lodge heating
fuel has also degraded this ecosystem. Juniper takes 100 years to grow 4
cm.
A sign in the visitors center says, "The organization and effort
required to reach the summit (of Everest) is perhaps similar to that of
outer space exploration... in the 1980's climbers are increasingly
spending more of their life at high altitudes to maintain all year round
fitness." (Outside the visitors center we met members of the British
Army and Gurkas based in Brunei who were on "Exercise Tiger Mountain
Yeti" and they did "star jumps" (jumping jacks) in sight of Mt. Everest
with us as part of the National Geographic Kids world record.) We see
lots of Cotoneaster plasts with little leaves and Jentian's with blue
flowers.
When setting up the two Chinook 200 Watt 12 V wind generators for the
KACC we find that the spacing between the tips of the three blades needs
to be 85 cm.
Sonam informs us that a composting toilet, traditional Nepalese
style, made of stone, elevated, costs 70,000 to 80,000 Rp (700 to 800
Euro).
#45 Tashi Lodge, 4343 meters, has 1 solar cooker, 1 70 W panel. Next to the Khumbu Alpine Conservation Center.
#46 Mamas Bakery and Cafe. "Well furnished Hot and Cold Shower". Has 4 PV panels (1 100 W, 2 70 W, 1 25 W).
# 52 Imza Valley, on the Right Side has 3 PV panels; 2 75 W 1 50 W.
#53 Hotel Sherpaland has 3 PV panels; 2 75 W, 1 50 W also.
#54 On hill, above big rock and slate roof on left of trail up on hill
there is 1 10 W panel on steel roof and 1 20 W panel on slate roof.
#55 Valley View Lodge, up on hill has 4 100 W PV panels
#56 Mountain Paradise lodge has 1 75 W panel on left roof, 3 50 W panels
on right roof and a 200 W monocrystaline panel on the right roof.
Picture 1486
#57 Hotel Arizona has 2 Solar Cookers (from Solar Technical Works), 2
200 W PV panels on stone house, pictures 1493/1495 and 1489 to 1491.
#58 Himalayan Snooker has 1 Polycrystaline 40W panel, picture 1492
#59 Hotel Bright Star International, Dingboche Internet Cafe, has
Satellite dish, Internet in Tent owned by Karma Sherpa. Has 4 100 W
Monocrystaline panels, 2 200 W monocrystalline panels, 1 180 W
Polycrystaline panle and on the back house 1 15 W Monocrystaline panel.
#60 Sherpa Internet Cafe at Peak 38 View Lodge (GPS point labeled
SherpIntPeak) has 4 200 W Monocrystaline Panels. Owned by Ming Ma.
The Pheriche Himalyan Lodge uses green polypropylene pipes.
Notes: "Today, after setting up our 400 Watt 24 volt system at the KACC
yesterday, we charged the electric drill we brought from Katmandu. We
will try to finish drilling the wind tower holes (6.4mm bit, 18 mm down
the pipe for fixing the wind turbine). We got half drilled through the
schedule 40 pipe yesterday, but it was cloudy and the batteries weren't
fully charged. Today is clear and sunny, the 13th of May, Friday. I had
a bad headache yesterday all day... from altitude sickness -- had to
drink lots of fluids last night; feel it coming on this morning. Low
pressure apparently affects cells; it isn't just the lack of oxygen. It
is a "decompression" sickness of a sort. I feel like I am chasing the
headache with fluids.
Must add up all the PV estimates to figure out about how much installed capacity there is.
Question: To deal with all the beverage can waste that is polluting the
region. Can we make batteries from aluminium cans? Or use strips of
aluminium and some other metal in plastic bottles? (Answer from June 11
-- yes. Check youtube.)
Sonam carefully unpacks and cleans his old analog multimeter and we test
his batteries and inverter. Then I spend lunch figuring out ways to
wire the wind turbine stop switch.
Hotel Family Land has 1 100 W polycrystaline panel and 1 15 W.
At the KACC we meet Gp Capt. Prashant Joshi (papajoe1@redittmail.com),
from the Nepalese Army, wearing a red jacket, climbing to summit of
Everest with friend. Son is in grad school. Asks if I would do school
presentations on renewable energy.
Sonam Hishi Sherpa has a picture on the wall of his restaurant of
himself with Jimmy Carter and Rosalyn Carter at the Khumbu Lodge in
Naamche Bazaar from 23 October 1985. A certificate next to it says
"Sonam Hishi Sherpa enrolled as a member in the National Geographic
Society, Jan 1, 1989".
Sonam tells us, "the old traditional system here is that no fire is
allowed for one and a half months in Dingboche. From July 4 to Sept.
1st. When they harvest you can come back and make fires. In spring we
close the boundary lines and animals must move up. Autumn, harvest
time, is hay cutting time. In Kolfartse we plant buckwheat seed; it is
green, one or two black. They cut hay. Then after a week cut below the
warshaw area. After a week of hay cutting we can make fire. In the
middle of September trekking begins. Our family we can trace back 24
generations -- the first five in Tibet, the last 19 in Dingboche.
Night of 15th May at Yeti Lodge in Gorakshep after Summiting Kalapathar to record the two solar panels there on GPS (for weather stations). The Indian air force group with Captain Prashant Joshi is there , on retreat from the lower summit camps to acclimatize before attempting the summit. They say it can take 6 to 9 weeks to finally summit, and they keep pushing higher, then trekking all the way back to lower altitudes to build up more red blood cells, sometimes as far down as Dingboche. One woman on the Indian team says she is getting quite bored of the process. Everyone has a type of "bronchitis" that they call the "Khumbu cough". They say, "just watch, you will get the cough too." I started to get it that night, but mildly. It was a sleepness night because of everybody coughing so hard and so loud, as though it was an infirmary. There was also the sound of the coughing people tramping to the bathroom. The bathroom, another hole in the ground with only a bucket of freezing water to use to clean one's self, had no light and I had no flashlight because we had made the spontaneous decision from the ridge above the Italian solar pyramid to trek on to Everest base camp (since we could see it from the ridge and it looked so invitingly close). I also had no sleeping bag; I slept in my clothes with my sweater, with my contacts in for the second night (had left saline behind). I used two blankets with a warm Nalgene watter bottle against my chest. Woke at 6:00, my eyes very foggy for the second day -- was it the contacts or a kind of altitude blindness coming on? The lights had rings around them. We left Yeti lodge at 6:30 am after porridge and we arrived at Everest Base Camp at 8:30 a.m. We stayed at Everest Base Camp until 10:20, taking GPS points and photographs of solar panels for our survey (and doing jumping jacks for the contest). We arrived back at the Yeti Lodge in Gorakshep at 12:00 noon.
Water cost 250 Rp per liter.
On the way back, just after leaving base camp, I found a half liter empty coke bottle, like a sign from "the God's Must Be Crazy". Normally I would hate to find trash on the trail, but I was happy this time because I needed something to collect bacteria sediments from the glacial lakes and didn't know what I was going to do. It was as though the gods intervened and put a coke bottle in my path. So I took it to one of the bubbling lakes that we had videotaped earlier and GPS'd it and filled the bottle with sediment from under the ice and with the glacial water and screwed on the cap. There were bubbles evolving from the sediments in the bottle for the first few hours and when we were at the Yeti Lodge we met a French couple in the oil and gas industry (working for Technip, installing pipelines for offshore platforms) who were travelling for a year and were volunteering for the Himalayan Light Foundation installing solar panels in a village 3 days walk from Lukla. I showed them the bottle of suspected psychrophilic bacteria and they noted the small effervescent bubbles inside (probably coming out because of the rise in temperature as i'd been carrying the bottle against my body).
We left Yeti lodge at 1 PM, taking the lowland stream wash path, arrived at the entrance to the Pyramid road at 2:30 and Arrived at Lobuche at 2:45 PM. We left Lobuche at 3:15, with JB carrying a three stringed guitar he had borrowed for us, arrived at 4:00 at the Graves and at 4:30 at Thukla.
Interview with Sagarmartha about Micro Hydro in the region:
"35 to 40 years ago 2 Kathmandu companies started making metal turbines for hydro power. This was to provide not electricity but shaft power for agro-processing machines. They were turbine mills coupled to shafts. We decided to add generators to the existing shafts and that was our first hydroelectricity. Many of the grain grinding hydro system were adapted to make electricity. Then came full electrification.
"70 KW Tok Tok Microhydro became the norm, but we started with 200 Watt micro hydro systems for a household and worked up to 5 KW for a cluster of houses; Now the norm is the 70 KW Tok Tok. We use a Pelton Wheel Set, Ballast, an Induction Generator and a Vertical Shaft."
"We also
had solar electricity early on. Government subsidies provided 50 to 60 %
of the costs and it was made easy because the salesperson provided the
discount and did all the paperwork for the rebates. Household size
systems were promoted -- 30 to 36 Watts was enough for lighting and
radio. More than 50,000 household systems were installed. When we say
"household system" we are talking about a couple of panels (two 15 watt
panels or 3 10 watt panels or one 30 watt panel) along with a 40 amp
hour battery and 4 bulbs. Nowadays the subsidy has gone down to 25%
because there is so much penetration."
Exodus donated and installed 29 Solar Cookers in the region between 2008 and 2009; They cost 30,000 Rp each and were subsidized; the owner only had to pay 5000 Rp.
The Himalayan Rescue Association has a 5 KW three blade wind turbine mounted on a 20 meter pole with guy wires.
Hieroglyph shows Echnaton, the Egyptian Pharoah, working with solar energy
How to build your own Solar CITIES solar heater
Click on the image to see detailed plans for building your own Solar CITIES system like we build them in Cairo with the Zabaleen
How to build your own Solar CITIES brand HDPE Biogas Digestor
We've just completed 6 of our signature Solar CITIES designed cold-climate Biogas digestors with scientist Adam Low and the students of Cordova High School in Alaska. You can build one too! Click for a list of the materials you need.
How to build your own ARTI style "Zaballa Al Matbakh" (Kitchen Garbage) Biogas Digester
Anybody can build a kitchen waste biogas generator using simple everyday materials in one afternoon. Click here to learn how.(Picture: Culhane's first self-built ARTI digester in Egypt, shown with ex-wife Sybille and baby son Kilian Aurelius Culhane
Actually, it turns out that this assumption isn't true! Go back and reread David Ricardo and the principle of COMPARATIVE ADVANTAGE, then look at this map in the 1/08 edition of "Welt der Wunder" Magazine. While economist Paul Craig Roberts notes that comparative advantage principles do not hold where the factors of production are internationally mobile (such as solar collectors), the solar radiation potential of different countries varies considerably. The yellow regions on this map show very clearly who will "own the sun" in Ricardian terms. (Note that Portugal could also produce wool and England wine, but Ricardo's logic turned England into an economic powerhouse.)
This cartoon, on a bulletin board at the entrance of the Aga Khan Trust for Culture as you leave the posh Al Azhar park and enter the slum community of Darb El Ahmar, reads "Just look at those poor fools, THEIR side of the boat is sinking!"
Hybrid rooftop animal shelter and solar hot water system
Solar CITIES coordinators Mahmoud Dardir and Hana Fathy building a temperature regulating goat shelter and solar hot water system on the roof on Zabaleen informal school teacher Adham Fawzi in Cairo
Contact Us!
A welcome message from T.H. Culhane:
For questions, comments or suggestions regarding in-the-field activities in Cairo (or if you are planning a visit):
So please, join us in this win-win situation by letting us be your link to Amazon.com whenever you buy books, DVDs, home and garden products or anything else! And don't forget to tell your friends!
Thanks!
The Solar CITIES team
Our vision in brief: The Solar CITIES five year plan
2008: Year One, first half (completed):$25,000US AID Small Infrastructure Grant: Domestic Solar Hot Water Capacity Building, 15 of 30 systems completed, serving 17 households (the professional system in Darb El Ahmar feeds 3 households) and 1 monastery cafeteria.
2008: Year One, second half: $25,000 US AID Small Infrastructure Grant:Finish additional 15 systems, Integrating Roof Top Gardening with Rooftop Solar Water Provision (Hot and Cold for bathing and drip irrigation and storage) in close cooperation with the AKTC Environment NGO and the Darb El Ahmar Development Company in seven beneficiary households. 2009:Year Two, first half:Rooftop Urban Biogas production to be integrated into Solar and Gardening Program by following in the footsteps of the successful ARTI model from India (see http://www.arti-india.org/content/view/46/43/ for details and diagrams).
The External Relations Manager in charge of the CSR program of Procter & Gamble has committed to helping us find funding for the initial pilot project. Pig waste and organic garbage are going to be used as raw material for this project, which serves homes that cannot benefit from solar energy as the sun does not reach them. 2009: Year Two, second half:Integrated Solar Hot Water, Rooftop Gardening and Biogas (from garbage) merges with household source separation and rooftop composting & fertilizer production. This project will demonstrate how households can use sunlight and garbage to provide heat, cooking fuel, as well as food. 2009: Year Two - Follow up from Year 1- The Spirit of Youth Association intends to secure a grant to revive the ancient public baths of Darb El Ahmar, providing a large solar hot water system much as the zabaleen used to provide the heating fuel from waste paper in the past. DONORS NEEDED AND WELCOME!
2010: Year Three first half,Capacity building for domestic electricity production; workshops in creating small-scale wind generator construction and solar electric installation (following the engineers without borders and Solar Energy International workshop model, see http://www.solarenergy.org/workshops/wind.html).
2010: Year Three Second half, Innovations and applications in domestic WATER RECYCLING. FUNDING WILL BE SOLICITED TO PURCHASE "SOLAR CUBES" FROM RSD TECHNOLOGIES AS A MODEL, AND GRANT APPLICATIONS WILL BE WRITTEN TO FUND MATERIALS FOR LOCAL CREATION OF FUNCTIONALLY SIMILAR SYSTEMS FROM INDIGENOUS AND RECYCLED MATERIALS.
2011: Year Four,Scaling up to light industrial: The Spirit of Youth Association having successfully demonstrated their capacity for self-provisioning at the household level, starts training and supplying small business and factory owners in Sareib with the ability to generate their own heat and power to keep production costs down and make small businesses competitive in the area even as inflation rises. 2012: Year Five, The team of the Association, expanded and experienced, tours the region offering workshops and training throughout the Middle East and North Africa. Members of the NGO will be recognized as the "environmental technology experts of Egypt."
Thomas Taha Rassam Culhane (a.k.a "T.H.") was born near the Museum of Science and Industry on the south side of Chicago to an Iraqi-Lebanese mother and an Irish-American father and developed his love of engineering by almost religiously attending the museum's forward-thinking science exhibits.
When his Newsweek journalist father, John Culhane, moved the family to New York, Culhane was chosen by Ringling Bros. Barnum and Bailey Circus president Irvin Feld to be the youngest graduate of their Clown College at the age of 13 and he joined the "Greatest Show on Earth" the following summer. In the circus, during the Cold War, Culhane toured with Russian and Chinese acrobats, with Elephants, Chimpanzees and other wonderful animals and people from every country and culture, who all got along.
These experiences instilled in Culhane a belief that all God's creatures, Great and Small, could cooperate peacefully and harmoniously toward the creation of joyful productions, and that science, art and industry could be the drivers of positive social transformation.
After graduating with honors from Harvard in Biological Anthropology, this conviction was confirmed during a year spent on a Rockefeller Fellowship in the primary rainforests of Borneo where Culhane worked with Harvard Professor Mark Leighton studying orangutans and gibbons and then lived with Missionaries and Melayu and Dyak tribespeople. In the jungle Culhane found that most organisms in environments with large biodiversity and cultural diversity quotients adopted "evolutionarily stable strategies" that led to long term sustainability.
This experience led Culhane into "the urban jungles" of inner-city education in the ghettoes of Los Angeles where for nearly a decade he applied his insights to working with multi-cultural "at-risk" youth and gang kids and discovered that a focus on common urban environmental challenges and their technological solutions created a context for cooperation, improving young people's education and their peace making skills. (He and his ex-wife, Dr. Sybille Fruetel Culhane, who taught negotiation and conflict resolution at the Sadat Academy for Management Sciences, later applied those insights to connecting Egyptian youth with Israeli, Jordanian and Palestinian youth at the Arava Institute for Environmental Studies.)
In the late 1990s Culhane immersed himself in Urban Planning at UCLA, conducting field work in rural rain forest villages in Guatemala and earning a Masters in Regional and International Development. He then entered a Ph.D. program in Environmental Analysis and Policy to explore how recent immigrants from rural areas to inner-city slums could transform their adaptive knowledge-base to facilitate survival in degraded urban environments while Culhane performed urban ecology experiments of his own in waste recycling, water and energy management and self-provisioning, living among the poor at the Los Angeles Eco-Village.
When his mother, Hind Rassam Culhane, a professor of psychology, returned to Iraq in 2003 to head their educational reform campaign, Culhane, eager to find a good dissertation topic nearby, moved to Egypt to work on environmental science education and training among the urban poor. He chose to work with Professor Randall Crane on hot water demand among the poor as a topic for his Ph.D. and with the Zabaleen community of garbage recyclers on local construction of solar energy systems for his "Ph.-do". He believes this is the easiest and most logical first step toward creating sustainable grass-roots industrial ecology systems, something that he feels could unite people of all faiths toward a common goal.
He believes, in true circus fashion, that though things may get tough, "the show must go on."
Solar Cities Surveys
Solar Power Isn't Feasible?? Amazingly, many government and business leaders and ordinary people in Cairo actually believe this! Some policy makers have gone so far as to try and block funding for training local communities to build solar hot water systems saying that "the poor don't need hot water"!
The following surveys are about household demand for solar energy services, so that we can see how Cairo residents compare with other people around the world.
We start with Hot Water Demand. We use this data to compare with an official Ph.D. dissertation survey being conducted in the poor communities of Cairo, Egypt, where 3/4 of the population report having no hot water heaters and where dozens of lives are lost and hundreds of people suffer third degree burns every year trying to boil water on gas stoves for bathing. It is hoped that the data will help us to change policy in Egypt so that the poor can begin to afford and use solar energy infrastructure to create a healthier , happier life. Your participation is greatly appreciated!
T.H. Culhane (shown above in Athens, Greece, by the poster to the movie "Stealth" which he contributed vocal music to while working with his friend,composer Brian Transeau) lived in Egypt, Germany and the United States where he founded "Solar Cities".
Referring to Herman Daly's comments on the sustainability of Spaceman Economies and Cowboy Economies, we are committed to Boulding and Fuller's notions of helping to maintain "spaceship earth" as a viable home. Thus
T.H. completed his Ph.D. at UCLA in Urban Planning looking at issues surrounding microeconomic analysis of demand for hot water technologies. Ultimately it is hoped that this will help address implementation challenges for Solar Energy Policy while helping create an Environmental Economics Institute at AUC and a Sustainability Center at Mercy College in New York, in partnership with mentor professors (among them Randall Crane and Lois Takahashi (UCLA Institute of the Environment and UCLA Urban Planning) Jeff Miller (AUC Biology),Salah Arafa (AUC Physics) Tarek Selim (AUC Economics) Salah El Haggar (AUC Engineering) Nick Hopkins (AUC Anthropology) and Moshira Hassan (AUC Marine Ecology)
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