[Juergen:] Dear all, ... I've got some questions: Q1 - is there a sustainable state policy in India how to guarantee save water on the long run for poor people? [Lion:] I don't know personally. They are talking about a mammoth project to link three rivers, so that would seem to indicate that there are no other lower-cost sensible alternatives being implimented to accomplish the main objectives. Assam state is the only state in India with its own cabinet-level flood and water official, according to Indian newspapers I read. Local (Indian) newspaper editors have published complaints about the lack of government preparededness for the floods which come every two years and this year displaced millions in India, and millions more downstream in hapless Bangladesh. [Juergen:] Q2 - 55 Paisa for 1 L water: I don't know the current prices in India, for comparision: what is the price of 1 nan and 1 bowl of Dal in a street-corner-imbiss? How much is 1 kg rice or wheat? [Lion:] I look forward to an Indian observer to report the answers. I cannot give information at my 10,000 mile distance. [Juergen:] Q3 - water from air, purified water: here in China several brands of purified drinking water are on shop, but people warn me to drink it (except a few brands), because of lack of minerals and hydrolytes... [Lion:] Water pollution is a universal problem. Here is a page of photos of asia flooding. Notice several of them have to do with water supplies during high water. Every picture showing people standing in water must be assumed that human and animal wasres are dissolved in those waters because no "flood-proof" sewer system exists which seals human and animal wastes from floods. Low-tech pumps are limited to about 8 meters or less of draw. The probability of contamination of water tables where low-tech is the only-tech is assumed to be contaminated groundwaters. [Juergen:] ... many types are like distilled water and will harm your health. Can somebody give me information about sufficient solutions for closed water cycles like our PALACE-systems? How do "India watermakers" address this question? [Lion:] You can never be directly harmed by drinking distilled water. If your diet is deficient in trace minerals then you will suffer deficiency-related health problems, eventually. [Juergen:] Q4 - Which social-cultural aspects could be restrains for developing PALACES for wide population in India? (tradition, religion, casts, segregation...) [Lion:] Anyplace which already has cities is a candidate for adding Palaces For The People as infill blocks. In some places, relieving the physical pressures of housing scarcity, high housing costs, and especially, no visible future, can reduce the aggravation levels which cause social frictions with other "superficial causes" as blame. New cities, and new ecovillages, based on Palaces For The People are to be magnets which attract those interested in this lifestyle. The number of things in common, presumably, is greater than the number of things which divide. Certainly, this is experimental. Where in history has the entire population ever been housed in PALACES? [Juergen:] Here in China, some social-cultural factors which are to be considered when developing new housing systems changed during the last 20 years. Meanwhile, status and private space - even a small piece of representative lawn in front of the door, and private space inside a car, are high valued by mid-income and wealthy people. To realise private space and prestige is very important in current urban society.... [Lion:] This is probably quite universal, and not limited to China. One must consider these facts: When I was born there were 3 billion people. Now there are over 6 billion. The human race failed to make adequate preparations for the increase. There are 2 billion people who have never even seen indoor plumbing or sanitary water supplies. There are 4 billion people stacked up at the door waiting to come in. We must not be unprepared for that increase. People must come to an understanding that status symbols which require them to be involved in manslaughter is a habit which cannot be allowed to continue. The word "enough" must be learned by those whom are unfamiliar with that word. [Juergen:] ...Ecology can even be a contribution to prestige, but this is very fragile. Often "ecological buildings' and "eco-settlements" turn out as not much more than a marketing-strategy. The term "eco" is currently used very inflationary, and I fear, it will be "thru" in public awareness after the 2008 Olympics - but not the problems, of course. I think, that PALACES can provide a lot to satisfy many of the very different needs of people and city-environment. Might be, in addition to a "basic model" we should develop some proposals for a few general types, which are adopted to standard situations in some countries, and for specific uses. [Lion:] It would be helpful, to me, if you elaborated on these ideas at greater length and detail. On the other hand, from my perspective, I may not have been fully descriptive in my own envisioning process. I have foreseen that superficial coverings come in many styles, colors, textures and materials. Underneath the coverings, the laws of physics declare what is allowed, and what is disallowed. Using partition walls to direct traffic flows, sightlines and spaciousness have to conform to fundamental principles of material strengths, compositions, joinery, opposing gravity, windshear, earth settling and quaking, insect and mold attacks, etc. In the specimen computer modelling I did, I discovered that having diagonal passageways between opposite corner entrances of buildings greatly reduced the usable floorspace but cut down on walking commutes so drastically that the tradeoff is valuable along major commute thoroughfares. So some buildings would be transparent to walking commuters along some commute routes in diagonal directions. Because of the high pedestrian traffic twice a day, these reduced selling space indoor malls would actually have a higher value per square meter of commercial space, than buildings with conventional rectangular conformation which gives more usable space under roofing, but less pedestrian traffic to that space. In flood-prone areas, buildings need to be designed to be rapidly sealed against rising water. I have an over-abundance of choices of high-tech solutions to that problem. I consider that problem "solved". The continuing unsolved problem is floodproofing buildings in the places where 14,000,000 were (at least temporarily) displaced this year due to flooding. The dispossessions almost all occurred in infrastructure-deprived areas, with technical knowledgebase stunted to significant degrees. An ongoing search for indigenous building materials which retain their building strengths and characteristics for 60 days submergence under water is continuing. Here is an area I could enjoy some help with research and information sharing. [Juergen:] It's not only a question of design, but even on functional focus and costs. Most important determinations can be: - income of people in relation to local construction costs [Lion:] To some extent local construction costs are rendered moot. Completely new building methods are available, never seen before on this planet. These new methods are based on conforming to the following design criteria: (1) Must be capable of retaining the functionality for 100+ year building lifespan; (2) Must not be composed of organic materials which have a sugar base (wood, cellulose, lignin) susceptable to molds, bacteria, fungi, rodents or insect attacks; (3) Materials exposed to exteriors must be durable, and capable of withstanding a once-in-500-years most extreme weather event; (4) Structural materials must be completely inflamable as used, and give off no toxic smokes if exposed to open flames. All flamable structural materials must be embedded within non-flamable/non-smoking materials. (5) Building designs must provide assembly by pools of largely untrained, unskilled workers; These are only part of the overall design specifications. Others related to compacting the human ecological footprint are less relevent to building costs topic of immediate attention here. Largescale building projects in Orissa, India, provide a baseline cost estimate to compare to Palaces construction costs. Because of improvements of Palaces construction methods, and synergy of sharing, it is confirmed that a higher standard can be provided within costs currently acceptable to the most marginalized populations (homeless cyclone refugees). Many new materials have burgeoned the patent offices. Palaces construction methods and materials need to begin undergoing independent engineering tests. Can you help arrange any of these in association with engineering departments in China's universities? [Juergen:] - family-type and individual living-style: is becoming more and more uniform all over the world, but still differences and preferences [Lion:] Some basics never change. Gravity, inclement weather, thirst, voiding bodily wastes. A profusion of cosmetic veniers exist to change the decor: the underlying architectural demands must still always be met. [Juergen:] - disasters - local materials: considering concrete as general main material for the structure, glass and ceramics for the outer skin, there is some variability in material for: - interior seperation walls (e.g. gypsum, adobe, recycled stones and bricks) - floors (terrazzo, wood, ceramics) [Lion:] I began with steel-reinforced concrete as a construction method known around the world, and the essential basis for permitting the development of the modern highrise cities. "Kaizen" is a Japanese work for a process of constant perpetual improvements in immediate small steps. From the first presentation of a proposal for ecocity econference I have grown away from the use of concrete, especially with steel reinforcements. I can now say that an ecocity of one million residents can be built without any substantial use of steel, and only modest use of portland-cement-based concrete. Concrete is a large family with many relatives. New "geopolymers", which are artificial zeolite stone, have been invented in several formulations by at least two independent inventors. As portland-cement replacements, they offer substantial reductions of carbon-emissions. By replacing both portland cement AND steel rebars, Palaces can contribute hefty tradable emissions credits under the Kyoto Treaty, not to mention a substantial reduction in pollution to the communities manufacturing these commodities. China has emerged as a leader in converting petrochemicals into carbon-fibers of much greater strength than steel. In some cases steel can be replaced with one-fifth the volume, with no loss in structural security, by using one quarter of the gross weight in carbon fibers composites. The wholesale prices of these carbon-fiber materials can b seen on the internet selling for US$ 0.94 per square foot, and that square foot has 560,000 psi tensile strength per square inch. A rope made of that square foot of fabric could suspend the weight of 763 fully-loaded highway trucks with trailers, yet you can cut it with a pair of sissors. Interesting possibilities emerge from considering such materials. Carbon-fiber geopolymer doorframes and window framing in my methods adds structural integrity to a building wall, whereas steel or wood framing for doors and windows weakens the walls wherever they exist. [Juergen:] We have not to develop all eventual types to final design - no. but it is might be not a bad idea, to point out flexibility and strength, based on the basic components developed by Lion Kuntz.... [Lion:] Could I ask you to be more specific in what you have in mind? I have been appealing for exactly this (pointing out flexibility and strengths, but also specific weakneses and flaws too) for seven months since introducing the proposal. So far, Juergen has been the only person who has done both. Other criticise the webpages for lack of table of contents, or refusing to publish specifics of technologies intended to aid Palaces and not available to people who are not demonstrably committed to ecocity principles. [Juergen:] ....Even the basic components would be emphasized more or less, according to the local situation, e.g. the need for cooling in summer (consider the massive core of the pyramid!), the availability of high quality spring water for drinking purpose, etc. [Lion:] The earth several meters under your feet, even in the hottest desert, is refreshingly cool. Water stored in a 20 x 20 x 20 meters cubic cistern has 8 millions of liters of water sharing the temperatures of this coolth. This water pushed to the roof, and circulated by gravity through pipes in the walls and flooring sucks up calories from the building and keeps it in the comfort zone. From time to time, compressed oxygen (waste product of electrolyzing water for the vehicle fleet fueling and smokeless cooking gas production) is released under water. The physics of expanding gas bubbling through water serves as a coolant for the cistern water, besides a purifactant. [Juergen:] I'm not used to use building eco-evaluation systems like GB-tool, LEED and BREEAM, but after a basic design has been finished, I would like to apply one of these systems on a PALACE-prototype, and learn by doing. Is there any body who can give me some support? [Lion:] I am not familiar with these things you mention. I am in the process of solicitating additional attention by ecobuilders in responding to the proposal as it is developing. [Juergen:] Thanks and best regards, later more on PALACES, Juergen PAULUSSEN, Beijing/ China - - - - - - - - - - - - - - - - - - - Sincerely, Lion Kuntz Santa Rosa, California, USA - - - - - - - - - - - - - - - - - - - http://groups.yahoo.com/group/Palaces4People/ http://groups.yahoo.com/group/Palaces4Japan/ http://www.ecosyn.us/ecocity/Proposal/Palaces_For_The_People.html http://www.ecosyn.us/ecocity/Challenges/Asia_Floods/Wet/All_Wet.html http://www.ecosyn.us/Interesting/ - - - - - - - - - - - - - - - - - - - __________________________________ Do you Yahoo!? Yahoo! SiteBuilder - Free, easy-to-use web site design software http://sitebuilder.yahoo.com