The SuperImploder 'wetter water-solubility effect':
KW - rural water supply
Community water supplies for rural areas of …
The Self Supply model may givesignificant benefits for sustainable safe water supplies, especially in sparsely populatedrural areas, in comparison with the communal water supply though to date there hasbeen little monitoring and systematic analysis of what impact these changes have madeat the grassroots level.
Restoring constructive compression ( net energy gain DURING constructive collapse)- is the essence of IMPLOSION: restoring centripetal forces. In addition to the uniquely placed and polarized extreme magnetics- in the SuperImploder- we add an IMPLOSION NOZZLE. The vortex in this fortron super-plastic nozzle is precisely designed directly from Dan Winter's new equation which for the first time predicted the radii of hydrogen only by multiplying planck length times golden ratio exponents. Not only is this the Implosion geometry for net energy gain during collapse- which is the reason hydrogen exists (all golden ratio based)- it perfectly predicts in vortex angle for perfect implosion in water. This is why we call our nozzle "(Victor) Schauberger's Dream"!
Community water supplies for rural ..
Once the molecules of water have gained implosive centripetal force in their spin- at the molecular level- they then function like an armature entering a permanent magnet motor- as they enter the super strong magnetic fields. The result is decreased molecular cluster size- AND increased solubility. This is the major key to why the Imploder Water- is of benefit to most any growing thing. The molecules have more relative surface area (ready for solution)- in addition to their increase in magnetic coherent alignment. This is perfectly parallel to why the gold atom becomes super-potent to biology in the mono-atom state. Also why your blood cells are stronger (more soluble surface exposed) when they stand alone- without clumping into slimy groups in your blood.
Our SuperImploder, altho new, is already in enthusiastic use in dozens of countries- join us on the cutting edge- adding life force to water - for life!
Water-supply, Rural -- Thailand
Further, this does not mean that thecommunal model is not sustainable anywhere, rather that it is important to build blocksfor a sustainable environment to access safe water in a symbiotic way between thecommunal and Self Supply models under the condition that the government andNGOs/external support agencies overcome the temptation to provide a water supply torural dwellers as a giveaway social service.
It was strongly defendedby the overall findings that a Self Supply model could significantly reduce the faecalcontamination risk in water quality and deliver a higher per capita water use and better convenience of access than the communal model; however its reliability with respect tothe water source drying up needs to be monitored.
3 Innovative Ways to Manage Rural Water Supply
3 Innovative Ways to Manage Rural Water Supply .
11.05.2012 · Identifying Socio-Technical Trends for Rural water supply schemes using Case ..
Rural water supply Self supply model Communal water supply model
When compared to urban water supply, rural areas present a different set of ..
Thesis on water supply in nigeria
Planning for sustainable water supply projects in Bangladesh: Public Participation in practice
Thesis On Water Supply In Nigeria
Remember the water flows through the nozzle first. The pump head is brass. Not just any brass but rated for use with drinking or potable water. It must be non leaching brass for drinking water. I got mine from machine mart for £100. Search e bay for the small food grade plastic pump - you would leave that over night to a 25L bucket of water; whereas the above pump would implode the water 30 times in 15 minutes. The inlet & outlets are 1 inch female threaded. Be sure to know whether the thread is imperial or metric. If quoted in millimeters the thread will be metric, inches in imperial. A metric thread is usually finer and closer together than an imperial thread. Lets begin at the pump; on the horizontal pipe which is the inlet: We have a 1 inch brass male to 22mm compression reducer (1 fitting). Copper pipe then soldered to a 22mm T-Piece; with 15mm drain cock screwed into the side; both tilting progressively more downward to facilitate drainage when cleaning the pipes out. This is the only solder joint in the installation as solder contains lead as far as I know.... We then have two 45 degree bends up toward the bucket; as a purist I tried to avoid any right angle bends as this effects the structure of the water - but when being continuously imploded the imploder negates this to a huge extent. The pipe is then supported by a 22mm plastic pipe clip. We then have a 22mm compression joiner/coupler to join the next piece of pipe; which then goes into a white plastic 22mm T-piece. The white, plastic 22mm compression T-piece and hose pipe branch (piece with green plastic fitting) is the same on both sides so i'll describe one: Then plastic T-Piece ( I got two of these for free so used them but would have liked to have kept the whole installation brass and copper.) Out of the side of that is a valve and hose pipe connector branch which does your water but/rain water storage tank for watering plants/bath/pool etc.... Out of the side of the plastic t-piece we have 22mm copper pipe joining to 22mm compression in line service valve that turns off with a large screw driver - one with handles is better but is not tamper proof. Another small piece of 22mm copper pipe out of the other side; then into a 22mm compression to 15mm male threaded reducer - which you can screw your hose pipe adapter to. I fix 13mm hydroponics pipe or hose pipe to the end with a jubilee clip to ensure no mess.
Thesis on water supply and sanitation Nuclear power essays
Out of the tope of the plastic adapter we have another piece of copper pipe running into another 22mm compression in line service valve. The four valves I used with all zinc plated brass but rated for drinking water. Try to stick to brass fittings and copper fittings only. Be sure for ask for full bore valves, because although the valves are 22mm the inside may be as small as 15mm!! The two hose pipe branches are supported with wood and a 22mm plastic pipe clip. The pipe out of the top of that valve is bent into 180 degrees to avoid a right angle bend, and finishes 1 inch from the bottom of the bucket. Starting at the outlet, moving up: One inch male to 1 inch compression; copper pipe out of that into 1 inch compression to 28mm/1 inch female fitting; out of that into 1 inch male to 22mm female reducer which then connects straight onto the imploder nozzle. I could have used a 1 inch male to 22mm female adaptor - that would have been easier, but I was learning as I progressed. I did the whole thing on my own, but it would be advisable to get another to braise/ hold the fittings while you are screwing the compression rings on etc. Don't grab the plastic on the imploder and nozzle hard - you will damage it or even break it. The trick is to use ten turns of PTFE plumbers tape on every screw thread ;-) That way it will bunch up before you screw on to the imploder at either end, and you KNOW you that thing is NOT going to leak - its soul detroying to have to remove a fitting and redo it... Don't over tighten the compression nuts. Start with 1/4 turn for 22mm copper pipe. If it leaks you can always tighten up a 1/4 turn at a time. If you over tighten the brass ring (olive) around the pipe will crimp the copper pipe or split.... I fitted the assembly onto the imploder and nozzle first, then dropped down the whole imploder and nozzle down the two 110mm holes I cut out for it, right into the pump inlet with the 1 inch compression fitting premounted to the pump - and the pump fixed in place. The holes should be cut out a bit smaller if you dont have a 110mm circular hole cutter, and then filed/rasped bigger for a snug fit. Those two holes together with the clamp you see holding the imploder toward middle; stop it from moving around and cracking the zozzle! I have bumped it, moved it and abused it, and my nozzle did not crack! Be careful the nozzle is hard but BRITTLE! We then come out at the other end of the imploder with a 22mm female to 22mm compression fitting. The copper pipe comes out of that; which I have bent 180 dgrees to avoid a right angle bend - takes some skill just go for the right angle 22mm compression bend if unsure. The pipe finishes a couple of inches through the lid of the bucket. I sharpened a spare piece of pipe; heated it with a torch, then melted the holes out for a snug fit. Same method for fitting tap to bucket. Make sure the piece of wood that holds the bucket can slide out so as to be able to drop the bucket down and clean it without disturbing the pipe work. The plastic T-piece on the suction line also serves as a place to pour water down the pipe to prime the pump (fill it with water) when you first trun it on as you can't run it dry! So, lets begin with all valves open except the one on the hose pipe branch on the bucket fill pipe (the pipe rising vertically up from the pump). Pour water down the T-piece on the bucket outlet or suction line (the pipe running horizontally out of the pump) untill it is full. Prop it up or get someone to hold it for you. Open the priming nut on the pump (it will stand out you will see it - dont over tighten when you close it as you will damage the o-ring rubber seal) to let the air out until nothing but water comes through... Shut the priming nut on the pump, then the valve on the hose pipe branch of the suction-side pipe. Water can not flow out of the sides of the plastic T-pieces now and you are ready to turn the pump on. Remember the pipes still have a little air in them, so looking into the bucket when you turn the pump on, you may not see water coming into the bucket for the first few seconds, but my pump sucks the initial water through it and then some air behind (if you think about it), then the water comes squirting out and the cycle has begun. Don't hold your finger near the suction pipe while the pump is on ! Now check for leaks. Store your system in a cool place below 20 degrees Celsius! But avoid freezing! Water expands when it freezes and can sometimes crack its container....
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