WHITE PAPER – WATER CRISIS

 

WHITE PAPER – WATER CRISIS

Our system produces its own fuel by utilizing new hydrogen extraction technology that powers the generators needed to provide power to the extraction units. The Camel Water Systems can produce thousands of gallons of water each and every day at a minimal cost for maintenance. The cost for these systems will vary, as the larger the supply needed of water for use, the larger the units are. The Camel Water System is the only system that is on the market today that can be errantly installed.

We are positioning ourselves globally to help countries who do not have safe drinking water and die from many types of bacteria in their drinking water. Our team of dedicated design and environmental scientists has come up with a system that will supply homes, commercial businesses, and industrial complexes with water. The current market for the industry does not supply permanent water systems for structures at this point in time. We have designed the system to be environmentally friendly without emissions from gasoline and diesel fossil fuels that not only pollute the air that the extraction of water is being made up, but also produce co2’s and add to the already existing global warming problems we face.

Our system produces its own fuel by utilizing new hydrogen extraction technology that powers the generators needed to provide power to the extraction units. In other words you never have to fuel these systems as they generate there own fuel while in operation. Hydrogen when burned in an internal combustion engine does not produce any off gases or pollution, and it turns back to water when used. These systems will use very little of the water produced from the atmosphere as hydrogen burns cleaner and gives off more energy than gasoline or diesel. It also reduces maintenance time needed on internal combustion engines as the engines are kept cleaner internally.

The Camel Water Systems can produce thousands of gallons of water every day at a minimal cost for maintenance. The cost for these systems will vary, as the larger the supply needed of water for use, the larger the units are. They are very cost effective if you look at long-term water bills from your utility company .These systems can be retrofitted to any water supply system in your house, commercial property or industrial complexes. The Camel Water System is the only system that is on the market today that can be permanently installed.

As our units produce the water from the extraction process, we use reverse osmoses to clean any bacteria or contaminates that may have been extracted from the air we use to produce the water. This also cleans and helps reduce the emissions from our air, and reduces co2’s created by our automobiles and other sources of air pollution. The process we use is a win, win for everyone, as it will stop the drain on our valuable resources and protect our lakes, rivers, and streams. Our water supply that we currently use is very contaminated and has to be treated with chemicals before we can drink it. We dump millions of gallons of treated sewage into our lakes, rivers, and streams. Our under ground aquifers are polluted by man made pollution that makes its way to our water wells that we drill for drinking water.

We have a better solution to this madness, and that is The Camel Water Systems. We are positioning ourselves globally to help countries who do not have safe drinking water and die from many types of bacteria in their drinking water. We are running out of this precious resource and must act know to use this technology to help humanity. With drought in our own country and world wide, this technology must be made available to our cities, businesses, industries and populations throughout the world.

If interested in using this technology please contact Dr. Randall Williams to answer your questions. We are currently looking for equity partnerships globally to fund the production of these systems immediately, as we are running out of time, we must start now converting over to this technology.

CONTACTS:

luckyrwilliams@yahoo.com Tele:  001.678-517-2844 
http://www.camelwatersystems.5u.com/ 6/16/2008

EUROPEAN OPERATIONS

Contact:: fonseca_robbins@yahoo.co.uk
http://www.fonseca-robbins.org/

ATMOSPHERIC WATER GENERATOR

MOBILE ATMOSPHERIC WATER GENERATOR – KATRINA TESTED!

& ATMOSPHERIC WATER GENERATOR AUTOMATED BOTTLING

AIR TO WATER PRODUCTS

and other Applications
The Home/Office WBN10 Water Generator
•Ideal for home or office applications
•26 liters of water per-day on 450 watts
•State of the art, contemporary design
•Advanced 7-Step Filtration Technology
• Make water anywhere humidity and an electricity outlet is available. No need to connect to outside water source.
• Unique adaptable Hybrid system. Never run out of water even when humidity level is low
•Sophisticated operating features
• Easy to operate. Just plug it in and start making drinking water
•Circulates and Filters water 24 hours per-day
•Highly Oxygenated wate.

contact: fonseca_robbins@yahoo.co.uk

WATER DISPENSER

MODEL
NEW Electronic Hybrid WB-77A
POWER
100-220V/50Hz-60Hz
STORAGE CAPACITY
15L
COLD WATER CONSUMPTION
480W
HOT WATER CONSUMPTION
600W
WEIGHT
WATER OUTPUT
28L/DAY ≤10℃2L/H
WORKING TEMP
10~38
DIMENSIONS(MM)
415 x400x 1145
FCL: 20′/40′ (PC)
129/258
DESCRIPTION
6 IN 1 MACHINE FUNCTION AS AN AIR CLEANER, NO NEED FOR CITY WATER SUPPLY, MEANS UNLIMITED WATER USE CAN BE USED IN HOMES, RETAIL STORES AND OFFICE ENVIRONMENTS COST EFFICIENT AT ABOUT 1/10 THE PRICE OF BOTTLED WATER. CHEMICAL FREE PROCESS, ASMI STAINLESS STEEL COMPONENTS, DIGITAL PANEL, ONE YEAR WARRANTY PARTS & LABOUR

PRICE QUOTATION: UPON YOUR REQUEST!

Model No. WB-77A
Remark:
1.The above and below models have CE approval
2.Payment: T/T 30% in advance balance before delivery or under L/C at sight
3.Delivery time: within 40 days after received T/T notification from the buyer
4.Minimum order quantity: 100pcs

(Excerpt by Fonseca-Robbins, John) contact: fonseca_robbins@yahoo.co.uk

READY FOR HYDROGEN POWER

(Fig.02 and 01)

ARE WE READY FOR

HYDROGEN POWER?

As economies develop and mature, they tend to follow an energy path that moves from high carbon/low hydrogen fuels at early stages to fuels with higher hydrogen and lower carbon contents. Typically, nations use wood as their main primary fuel at a pre-industrial stage, shift to coal during industrialization, and then transition to oil and natural gas as their economies mature. This progression takes place because each new fuel is cleaner-burning and easier to distribute and store (once an infrastructure has been built to handle it) than its predecessor. The United States and western Europe are beginning to plan for perhaps the next stage on the decarbonization path—hydrogen—but this transition will require several decades to design and deploy systems for producing, transporting, and using hydrogen fuel.
Although it is sometimes called a “fuel of the future,” hydrogen is more accurately described an energy carrier. Like electricity, pure hydrogen does not occur naturally in quantities worth harnessing to meet human energy needs: the main naturally occurring stocks of hydrogen are tied up in chemical compounds, most importantly water molecules (H2O) and hydrocarbons such as coal (approximately CH), oil (approximately CH2), and methane (CH4). Stripping hydrogen from hydrocarbon fuels or obtaining it by splitting water using electricity or heat is not technically difficult, but in any of these approaches, more electricity or primary-fuel energy is used than the resulting hydrogen contains.
The benefit of paying this energy price to get hydrogen comes in the form of hydrogen’s portability, storability, amenability to high-efficiency application not only in combustion engines but in fuel cells (discussed below), and low emissions. One application currently under research is the use of hydrogen fuel cells to power cars. (Fig. 01).
Today, the oil and chemical industries worldwide use about 50 million tons of hydrogen each year, most of it extracted from natural gas and coal. Deriving hydrogen from fossil fuels emits CO2, so scaling the process up would increase greenhouse gas emissions unless the associated carbon were captured and stored.
Hydrogen can be burned directly to generate energy or used in devices such as fuel cells that combine hydrogen and oxygen to produce electricity, with water as a byproduct (Fig. 02).

Here is how the basic process works:
Hydrogen and oxygen flow into opposite sides of the cell, separated by a barrier that only allows positively charged ions to pass through.
An anode (negatively charged pole) strips electrons from the hydrogen atoms, converting them to positively-charged ions that pass through the barrier. The negatively charged electrons flow around the outside of the cell toward the cathode (positively-charged pole), creating an electrical current. Catalysts speed the reactions at each electrode.
Oxygen enters the cell near the cathode and combines with the hydrogen ions and electrons to form water, which is removed through an exhaust system.
Existing fuel cell technologies can convert as much as 70 percent of hydrogen’s energy content to electricity. None of the basic designs in use today are cheap and technically simple enough yet for mass production, although they have been used for applications such as producing power on manned space missions.
Over the past several years, politicians and scientists have endorsed the idea of converting to a hydrogen economy. This transition poses many challenges. In addition to producing hydrogen economically and commercializing fuel cells, it takes seven times as much hydrogen on a volume basis to produce the same amount of energy in a gallon of gasoline. Therefore, adopting hydrogen as a fuel will mean building new energy storage and distribution systems nationwide. The devices that convert hydrogen to energy services—cars, heating systems, and consumer goods—will also have to be converted. Although most expert assessments of the timing for a hydrogen economy project that such systems, will not start to be deployed on a large scale until 2010 or later, the enthusiastic development and scientific research team of “HydroGo Systems LLC” , masterly propelled by its leader Randall L Williams out there in Bethlehem, Georgia, claim the production of hydrogen on demand HHO technology fully eradicating at a stroke those dangerous storage cells; such deployment is already a reality and ready to move forward at full speed (contact: 001 678-517-2844).

(Excerpt by John Fonseca-Robbins)