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Water purification From Wikipedia, the free encyclopedia Jump to: navigation, search This article discusses large scale, municipal water purification. For portable/emergency water purification, see Portable water purification. Water purification is the process of removing undesirable chemical and biological contaminants from raw water. The goal is to produce water fit for a specific purpose. Most water is purified for human consumption (drinking water) Perfect Empowered Drinking Water- https://www.quixtar.com/search/default.aspx?Ntt=perfect%20drinking%20water&sid=FF2F1F435EC6 but water purification may also be designed for a variety of other purposes, including to meet the requirements of medical, pharmacology, chemical and industrial applications. In general the methods used include physical process such as filtration and sedimentation, biological processes such as slow sand filters or activated sludge, chemical process such as flocculation and chlorination and the use of electromagnetic radiation such as ultraviolet light. The purification process of water may reduce the concentration of particulate matter including suspended particles, parasites, bacteria, algae, viruses, fungi; and a range of dissolved and particulate material derived from the minerals that water may have made contacted after falling as rain. The standards for drinking water quality are typically set by Governments or by international standards. These standards will typically set minimum and maximum concentrations of contaminants for the use that is to be made of the water. It is not possible to tell whether water is of an appropriate quality by visual examination. Simple procedures such as boiling or the use of a household activated carbon filter are not sufficient for treating all the possible contaminants that may be present in water from an unknown source. Even natural spring water - considered safe for all practical purposes in the 1800s - must now be tested before determining what kind of treatment, if any, is needed. Chemical analysis, while expensive, is the only way to obtain the information necessary for deciding on the appropriate method of purification. According to a 2007 World Health Organization report, XS Energy Drink1.1 billion people lack access to an improved drinking water supply, 88% of the 4 billion annual cases of diarrheal disease are attributed to unsafe water and inadequate sanitation and hygiene, and 1.8 million people die from diarrheal diseases each year. The WHO estimates that 94% of these diarrheal cases are preventable through modifications to the environment, including access to safe water. Simple techniques for treating water at home, such as chlorination, filters, and solar disinfection, and storing it in safe containers could save a huge number of lives each year. Control room and schematics of the water purification plant to Lac de Bret, Switzerland.Contents [hide] 1 Sources of water 2 Treatment 2.1 Pre-treatment 2.1.1 pH adjustment 2.2 Flocculation 2.3 Sedimentation 2.4 Filtration 2.4.1 Slow sand filters 2.4.2 Lava filters 2.4.3 Removal of ions and other dissolved substances 2.4.4 Other mechanical and biological techniques 2.5 Disinfection 2.6 Additional treatment options 3 Other water purification techniques 4 Water purification for hydrogen production 5 Safety and controversies 6 References 7 See also 8 External links  Sources of water Further information: Water supply Groundwater: The water emerging from some deep ground water may have fallen as rain many decades, hundreds, thousands or in some cases millions of years ago. Soil and rock layers naturally filter the ground water to a high degree of clarity before it is pumped to the treatment plant. Such water may emerge as springs, artesian springs, or may be extracted from boreholes or wells. Deep ground water is generally of very high bacteriological quality (i.e., pathogenic bacteria or the pathogenic protozoa are typically absent), but the water typically is rich in dissolved solids, especially carbonates and sulfates of calcium and magnesium. Depending on the strata through which the water has flowed, other ions may also be present including chloride, and bicarbonate. There may be a requirement to reduce the iron or manganese content of this water to make it pleasant for drinking, cooking, and laundry use. Disinfection may also be required. Where groundwater recharge is practised; a process in which river water is injected into an aquifer to store the water in times of plenty so that it is available in times of drought; it is equivalent to lowland surface waters for treatment purposes. Upland lakes and reservoirs: Typically located in the headwaters of river systems, upland reservoirs are usually sited above any human habitation and may be surrounded by a protective zone to restrict the opportunities for contamination. 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bacteria, protozoa or algae will be present. Where uplands are forested or peaty, humic acids can colour the water. Many upland sources have low pH which require adjustment. Rivers, canals and low land reservoirs: Low land surface waters will have a significant bacterial load and may also contain algae, suspended solids and a variety of dissolved constituents. Atmospheric water generation is a new technology that can provide high quality drinking water by extracting water from the air by cooling the air and thus condensing water vapor. Rainwater harvesting or fog collection which collects water from the atmosphere can be used especially in areas with significant dry seasons and in areas which experience fog even when there is little rain. Desalination of seawater by Distillation or Reverse Osmosis.  Treatment The processes below are the ones commonly used in water purification plants. Some or most may not be used depending on the scale of the plant and quality of the water.  Pre-treatment Pumping and containment - The majority of water must be pumped from its source or directed into pipes or holding tanks. To avoid adding contaminants to the water, this physical infrastructure must be made from appropriate materials and constructed so that accidental contamination does not occur. Screening (see also screen filter) - The first step in purifying surface water is to remove large debris such as sticks, leaves, trash and other large particles which may interfere with subsequent purification steps. Most deep groundwater does not need screening before other purification steps. Storage - Water from rivers may also be stored in bankside reservoirs for periods between a few days and many months to allow natural biological purification to take place. This is especially important if treatment is by slow sand filters. Storage reservoirs also provide a buffer against short periods of drought or to allow water supply to be maintained during transitory pollution incidents in the source river. Pre-conditioning - Many waters rich in hardness salts are treated with soda-ash (Sodium carbonate) to precipitate calcium carbonate out utilising the common-ion effect. Pre-chlorination - In many plants the incoming water was chlorinated to minimise the growth of fouling organisms on the pipe-work and tanks. Because of the potential adverse quality effects (see chlorine below), this has largely been discontinued. Widely varied techniques are available to remove the fine solids, micro-organisms and some dissolved inorganic and organic materials. The choice of method will depend on the quality of the water being treated, the cost of the treatment process and the quality standards expected of the processed water.  pH adjustment Distilled water has a pH of 7 (neither alkaline nor acidic) and sea water has an average pH of 8.3 (slightly alkaline). If the water is acidic (lower than 7), lime or soda ash is added to raise the pH. Lime is the more common of the two additives because it is cheap, but it also adds to the resulting water hardness. Making the water slightly alkaline ensures that coagulation and flocculation processes work effectively and also helps to minimise the risk of lead being dissolved from lead pipes and lead solder in pipe fittings. If the water is alkaline, acid (HCl) or carbon dioxide (CO2) may be added in some circumstances to lower the pH. Having an alkaline water does not necessarily mean that lead or copper from the plumbing system will not be dissolved into the water but as a generality, water with a pH above 7 is much less likely to dissolve heavy metals than a water with a pH below 7. floc floating at the surface of a basin Mechanical system to push floc out of the water basin  Flocculation Flocculation is a process which clarifies the water. Clarifying means removing any turbidity or colour so that the water is clear and colourless. Clarification is done by causing a precipitate to form in the water which can be removed using simple physical methods. Initially the precipitate forms as very small particles but as the water is gently stirred, these particles stick together to form bigger particles - this process is sometimes called flocculation. Many of the small particles that were originally present in the raw water absorb onto the surface of these small precipitate particles and so get incorporated into the larger particles that coagulation produces. In this way the coagulated precipitate takes most of the suspended matter out of the water and is then filtered off, generally by passing the mixture through a coarse sand filter or sometimes through a mixture of sand and granulated anthracite (high carbon and low volatiles coal). Coagulants / flocculating agents that may be used include: Iron (III) hydroxide. This is formed by adding a solution of an iron (III) compound such as iron(III) chloride to pre-treated water with a pH of 7 or greater. Iron (III) hydroxide is extremely insoluble and forms even at a pH as low as 7. Commercial formulations of iron salts were traditionally marketed in the UK under the name Cuprus. Aluminium hydroxide is also widely used as the flocculating precipitate although there have been concerns about possible health impacts and mis-handling led to a severe poisoning incident in 1988 at Camelford in south-west UK when the coagulant was introduced directly into the holding reservoir of final treated water. PolyDADMAC is an artificially produced polymer and is one of a class of synthetic polymers that are now widely used. These polymers have a high molecular weight and form very stable and readily removed flocs, but tend to be more expensive in use compared to inorganic materials.  Sedimentation Water exiting the flocculation basin may enter the sedimentation basin, also called a clarifier or settling basin. It is a large tank with slow flow, allowing floc to settle to the bottom. The sedimentation basin is best located close to the flocculation basin so the transit between does not permit settlement or floc break up. Sedimentation basins can be in the shape of a rectangle, where water flows from end to end, or circular where flow is from the centre outward. Sedimentation basin outflow is typically over a weir so only a thin top layer - furthest from the sediment - exits.The amount of floc that settles out of the water is dependent on the time the water spends in the basin and the depth of the basin. The retention time of the water must therefore be balanced against the cost of a larger basin. The minimum clarifier retention time is normally 4 hours. A deep basin will allow more floc to settle out than a shallow basin. This is because large particles settle faster than smaller ones, so large particles bump into and integrate smaller particles as they settle. In effect, large particles sweep vertically through the basin and clean out smaller particles on their way to the bottom. As particles settle to the bottom of the basin, a layer of sludge is formed on the floor of the tank. This layer of sludge must be removed and treated. The amount of sludge that is generated is significant, often 3%-5% of the total volume of water that is treated. The cost of treating and disposing of the sludge can be a significant part of the operating cost of a water treatment plant. The tank may be equipped with mechanical cleaning devices that continually clean the bottom of the tank or the tank can be taken out of service when the bottom needs to be cleaned.  Filtration After separating most floc, the water is filtered as the final step to remove remaining suspended particles and unsettled floc. The most common type of filter is a rapid sand filter. Water moves vertically through sand which often has a layer of activated carbon or anthracite coal above the sand. The top layer removes organic compounds, which contribute to taste and odor. The space between sand particles is larger than the smallest suspended particles, so simple filtration is not enough. Most particles pass through surface layers but are trapped in pore spaces or adhere to sand particles. Effective filtration extends into the depth of the filter. This property of the filter is key to its operation: if the top layer of sand were to block all the particles, the filter would quickly clog. To clean the filter, water is passed quickly upward through the filter, opposite the normal direction (called backflushing or backwashing) to remove embedded particles. Prior to this, compressed air may be blown up through the bottom of the filter to break up the compacted filter media to aid the backwashing process; this is known as air scouring. This contaminated water can be disposed of, along with the sludge from the sedimentation basin, or it can be recycled by mixing with the raw water entering the plant. Some water treatment plants employ pressure filters. These work on the same principle as rapid gravity filters, differing in that the filter medium is enclosed in a steel vessel and the water is forced through it under pressure. Advantages: Filters out much smaller particles than paper and sand filters can. Filters out virtually all particles larger than their specified pore sizes. They are quite thin and so liquids flow through them fairly rapidly. They are reasonably strong and so can withstand pressure differences across them of typically 2-5 atmospheres. They can be cleaned (back flushed) and reused. Membrane filters are widely used for filtering both drinking water and sewage (for reuse). For drinking water, membrane filters can remove virtually all particles larger than 0.2 um--including Giardia and cryptosporidium. Membrane filters are an effective form of tertiary treatment when it is desired to reuse the water for industry, for limited domestic purposes, or before discharging the water into a river that is used by towns further downstream. They are widely used in industry, particularly for beverage preparation (including bottled water). However no filtration can remove substances that are actually dissolved in the water such as phosphorus, nitrates and heavy metal ions.  Slow sand filters Slow sand filters may be used where there is sufficient land and space as the water must be passed very slowly through the filters. These filters rely on biological treatment processes for their action rather than physical filtration. The filters are carefully constructed using graded layers of sand with the coarsest sand, along with some gravel, at the bottom and finest sand at the top. Drains at the base convey treated water away for disinfection. Filtration depends on the development of a thin biological layer, called the zoogleal layer or Schmutzdecke, on the surface of the filter. An effective slow sand filter may remain in service for many weeks or even months if the pre-treatment is well designed and produces water with a very low available nutrient level which physical methods of treatment rarely achieve. Very low nutrient levels allow water to be safely sent through distribution system with very low disinfectant levels thereby reducing consumer irritation over offensive levels of chlorine and chlorine by-products. Slow sand filters are not backwashed; they are maintained by having the top layer of sand scraped off when flow is eventually obstructed by biological growth. A specific 'large-scale' form of slow sand filter is the process of bank filtration, in which natural sediments in a riverbank are used to provide a first stage of contaminant filtration. While typically not sufficiently clean enough to be used directly for drinking water, the water gained from the associated extraction wells is much less problematic than river water taken directly from the major streams where bank filtration is often used.  Lava filters Lava filters are similar to sand filters and may also only be used where there is sufficient land and space. Like sand filters, the filters rely on biological treatment processes for their action rather than physical filtration. Unlike slow sand filters however, they are constructed out of 2 layers of lava pebbles and a top layer of nutrient-free soil (only at the plant roots). On top, water-purifying plants (as Iris pseudacorus and Sparganium erectum) are placed. Usually, around 1/4 of the dimension of lavastone is required to purify the water and just like slow sand filters, a series of herringbone drains are placed (with lava filters these are placed at the bottom layer).   Removal of ions and other dissolved substances Ultrafiltration membranes use polymer membranes with chemically formed microscopic pores that can be used to filter out dissolved substances avoiding the use of coagulants. The type of membrane media determines how much pressure is needed to drive the water through and what sizes of micro-organisms can be filtered out. Ion exchange: Ion exchange systems use ion exchange resin- or zeolite-packed columns to replace unwanted ions. The most common case is water softening consisting of removal of Ca2+ and Mg2+ ions replacing them with benign (soap friendly) Na+ or K+ ions. Ion exchange resins also used to remove toxic ions such as nitrate, nitrite, lead, mercury, arsenic and many others. Electrodeionization: Water is passed between a positive electrode and a negative electrode. Ion exchange membranes allow only positive ions to migrate from the treated water toward the negative electrode and only negative ions toward the positive electrode. High purity deionized water is produced with a little worse degree of purification in comparison with ion exchange treatment. Complete removal of ions from water is regarded as electrodialysis. The water is often pre-treated with a reverse osmosis unit to remove non-ionic organic contaminants.  Other mechanical and biological techniques See also: Greywater See also: Ecological sanitation In addition to the many techniques used in large-scale water treatment, several small-scale, less (or non)-polluting techniques are also being used to treat polluted water. These techniques include those based on mechanical and biological processes. An overview: mechanical systems: sand filtration, lava filter systems and systems based on UV-radiation) biological systems: plant systems as constructed wetlands and treatment ponds (sometimes incorrectly called reedbeds and living walls) and compact systems as activated sludge systems, biorotors, aerobic and anaerobic biofilters, submerged aerated filters, and biorolls  In order to purify the water adequately, several of these systems are usually combined to work as a whole. Combination of the systems is done in two to three stages, namely primary and secondary purification. Sometimes tertiary purification is also added.  Disinfection Disinfection is accomplished both by filtering out harmful microbes and also by adding disinfectant chemicals in the last step in purifying drinking water. Water is disinfected to kill any pathogens which pass through the filters. Possible pathogens include viruses, bacteria, including Escherichia coli, Campylobacter and Shigella, and protozoans, including Giardia lamblia and other cryptosporidia. In most developed countries, public water supplies are required to maintain a residual disinfecting agent throughout the distribution system, in which water may remain for days before reaching the consumer. Following the introduction of any chemical disinfecting agent, the water is usually held in temporary storage - often called a contact tank or clear well to allow the disinfecting action to complete. Chlorination- The most common disinfection method is some form of chlorine or its compounds such as chloramine or chlorine dioxide. Chlorine is a strong oxidant that rapidly kills many harmful micro-organisms. Because chlorine is a toxic gas, there is a danger of a release associated with its use. This problem is avoided by the use of sodium hypochlorite, which is a relatively inexpensive solution that releases free chlorine when dissolved in water. Chlorine solutions can be generated on site by electrolyzing common salt solutions. A solid form , calcium hypochlorite exists that releases chlorine on contact with water. Handling the solid, however, requires greater routine human contact through opening bags and pouring than the use of gas cylinders or bleach which are more easily automated. The generation of liquid sodium hypochlorite is both inexpensive and safer than the use of gas or solid chlorine. All forms of chlorine are widely used despite their respective drawbacks. One drawback is that chlorine from any source reacts with natural organic compounds in the water to form potentially harmful chemical by-products trihalomethanes (THMs) and haloacetic acids (HAAs), both of which are carcinogenic in large quantities and regulated by the United States Environmental Protection Agency (EPA). The formation of THMs and haloacetic acids may be minimized by effective removal of as many organics from the water as possible prior to chlorine addition. Although chlorine is effective in killing bacteria, it has limited effectiveness against protozoans that form cysts in water (Giardia lamblia and Cryptosporidium, both of which are pathogenic). Chlorine dioxide is another faster-acting disinfectant. It is, however, relatively rarely used, because in some circumstances it may create excessive amounts of chlorite, which is a by-product regulated to low allowable levels in the United States. Chlorine dioxide is made in water and added/used in water to avoid gas handling problems; chlorine dioxide gas accumulations may spontaneously detonate. Chloramines are another chlorine-based disinfectant. Although chloramine is not as strong of an oxidant it does provide a longer-lasting residual than free chlorine, and it won't form THMs or haloacetic acids. It is possible to convert chlorine to chloramine by adding ammonia to the water after addition of chlorine: The chlorine and ammonia react to form chloramine. Water distribution systems disinfected with chloramines may experience nitrification, wherein ammonia is used a nutrient for bacterial growth, with nitrates being generated as a byproduct. Ozone (O3) is an unstable molecule, a "free radical" of oxygen which readily gives up one atom of oxygen providing a powerful oxidising agent which is toxic to most waterborne organisms. It is a very strong, broad spectrum disinfectant that is widely used in Europe. It is an effective method to inactivate harmful protozoans that form cysts. It also works well against almost all other pathogens. Ozone is made by passing oxygen through ultraviolet light or a "cold" electrical discharge. To use ozone as a disinfectant, it must be created on-site and added to the water by bubble contact. Some of the advantages of ozone include the production of fewer dangerous by-products (in comparison to chlorination) and the lack of taste and odour produced by ozonation. Although fewer by-products are formed by ozonation, it has been discovered that the use of ozone produces a small amount of the suspected carcinogen bromate, although little bromine should be present in treated water. Another of the main disadvantages of ozone is that it leaves no disinfectant residual in the water. Ozone has been used in drinking water plants since 1906 where the first industrial ozonation plant was built in Nice, France. The U.S. Food and Drug Administration has accepted ozone as being safe; and it is applied as an anti-microbiological agent for the treatment, storage, and processing of foods. UV radiation (light) is very effective at inactivating cysts, as long as the water has a low level of colour so the UV can pass through without being absorbed. The main disadvantage to the use of UV radiation is that, like ozone treatment, it leaves no residual disinfectant in the water. Because neither ozone nor UV radiation leaves a residual disinfectant in the water, it is sometimes necessary to add a residual disinfectant after they are used. This is often done through the addition of chloramines, discussed above as a primary disinfectant. When used in this manner, chloramines provide an effective residual disinfectant with very little of the negative aspects of chlorination. Hydrogen peroxide is another disinfectant. It works similar to ozone, yet activators as formic acid are to be added to increase the working of this chemical substance. It also has the disadvantages that it is slow-working, phytotoxic in high dosage, and decreases the PH of the water it purifies. Various portable methods are available for disinfection in emergencies or in remote locations. Disinfection is the primary goal, since aesthetic considerations such as taste, odor, appearance, and trace chemical contamination do not affect the short-term safety of drinking water. Solar water disinfection is a low-cost method of disinfecting water that can often be implemented with locally available materials. Unlike methods that rely on firewood, it has low impact on the environment.  Additional treatment options Water fluoridation: in many areas fluoride is added to water for the purpose of preventing tooth decay. Fluoride is usually added after the disinfection process. In the U.S., fluoridation is usually accomplished by the addition of hexafluorosilicic acid, which decomposes in water, yielding fluoride ions. Water conditioning: This is a method of reducing the effects of hard water. Hardness salts are deposited in water systems subject to heating because the decomposition of bicarbonate ions creates carbonate ions that crystallise out of the saturated solution of calcium or magnesium carbonate. Water with high concentrations of hardness salts can be treated with soda ash (sodium carbonate) which precipitates out the excess salts, through the common-ion effect, producing calcium carbonate of very high purity. The precipitated calcium carbonate is traditionally sold to the manufacturers of toothpaste. Several other methods of industrial and residential water treatment are claimed (without general scientific acceptance) to include the use of magnetic or/and electrical fields reducing the effects of hard water. Plumbosolvency reduction: In areas with naturally acidic waters of low conductivity (i.e surface rainfall in upland mountains of igneous rocks), the water may be capable of dissolving lead from any lead pipes that it is carried in. The addition of small quantities of phosphate ion and increasing the pH slightly both assist in greatly reducing plumbo-solvency by creating insoluble lead salts on the inner surfaces of the pipes. Radium Removal: Some groundwater sources contain radium, a radioactive chemical element. Typical sources include many groundwater sources north of the Illinois River in Illinois. Radium can be removed by ion exchange, or by water conditioning. The back flush or sludge that is produced is, however, a low-level radioactive waste. Fluoride Removal: Although fluoride is added to water in many areas, some areas of the world have excessive levels of natural fluoride in the source water. Excessive levels can be toxic or cause undesirable cosmetic effects such as staining of teeth. One method of reducing fluoride levels is through treatment with activated alumina.  Other water purification techniques Other popular methods for purifying water, especially for local private supplies are listed below. In some countries some of these methods are also used for large scale municipal supplies. Particularly important are distillation (de-salination of seawater) and reverse osmosis. Boiling: Water is heated hot enough and long enough to inactivate or kill micro-organisms that normally live in water at room temperature. Near sea level, a vigorous rolling boil for at least one minute is sufficient. At high altitudes (greater than two kilometers or 5000 feet) three minutes is recommended. In areas where the water is "hard" (that is, containing significant dissolved calcium salts), boiling decomposes the bicarbonate ions, resulting in partial precipitation as calcium carbonate. This is the "fur" that builds up on kettle elements, etc., in hard water areas. With the exception of calcium, boiling does not remove solutes of higher boiling point than water and in fact increases their concentration (due to some water being lost as vapour). Boiling does not leave a residual disinfectant in the water. Therefore, water that has been boiled and then stored for any length of time may have acquired new pathogens. Granular Activated Carbon filtering: a form of activated carbon with a high surface area, absorbs many compounds including many toxic compounds. Water passing through activated carbon is commonly used in municipal regions with organic contamination, taste or odors. Many household water filters and fish tanks use activated carbon filters to further purify the water. Household filters for drinking water sometimes contain silver to release silver ions which have an anti-bacterial effect. Distillation involves boiling the water to produce water vapour. The vapour contacts a cool surface where it condenses as a liquid. Because the solutes are not normally vaporised, they remain in the boiling solution. Even distillation does not completely purify water, because of contaminants with similar boiling points and droplets of unvaporised liquid carried with the steam. However, 99.9% pure water can be obtained by distillation. Reverse osmosis: Mechanical pressure is applied to an impure solution to force pure water through a semi-permeable membrane. Reverse osmosis is theoretically the most thorough method of large scale water purification available, although perfect semi-permeable membranes are difficult to create. Unless membranes are well-maintained, algae and other life forms can colonize the membranes. The use of iron in removing arsenic from water. See Arsenic contamination of groundwater. Direct contact membrane distillation (DCMD). Applicable to desalination. Heated seawater is passed along the surface of a hydrophobic polymer membrane. Evaporated water passes from the hot side through pores in the membrane into a stream of cold pure water on the other side. The difference in vapour pressure between the hot and cold side helps to push water molecules through. Gas hydrate crystals centrifuge method. If carbon dioxide gas is mixed with contaminated water at high pressure and low temperature, gas hydrate crystals will contain only clean water. This is because the water molecules bind to the gas molecules at molecule level. The contaminated water is in liquid form. A centrifuge may be used to separate the crystals and the concentrated contaminated water.  Water purification for hydrogen production For the small scale production of hydrogen, water purifiers are installed to prevent formation of minerals on the surface of the electrodes and to remove organics and chlorine from utility water. First, the water passes through a 20 micrometre interference (mesh or screen filter) filter to remove sand and dust particles, then a charcoal filter using activated carbon to remove organics and chlorine and finally a de-ionizing filter to remove metallic ions. Testing can be done before and after the filter to verify the proper removal of barium, calcium, potassium, magnesium, sodium and silica. Another method that is used is reverse osmosis.  Safety and controversies Accidents have also been known to happen. In April, 2007, the water supply of Spencer, Massachusetts became contaminated with excess sodium hydroxide (lye) when its treatment equipment malfunctioned. Many municipalities have moved from free chlorine to chloramine as a disinfection agent. However, chloramine in some water systems, appears to be a corrosive agent. Chlormaine can dissolve the "protective" film inside older service line, with the leaching of lead into residential spigots. This can results in harmful exposure to lead, with elevated blood levels of lead the outcome. Lead is a known neurtoxin.   References ^ World Health Organization. Combating Waterborne Diseases at the Household Level. Part 1. 2007. ^ World Health Organization and UNICEF. Water for Life: Making it Happen. 2005. ^ Pictures and small overview of lavafilters (in dutch) ^ a b F. Helfferich, Ion Exchange, McGraw Hill, New York, 1962. ^ Ion Exchangers (K. Dorfner, ed.), Walter de Gruyter, Berlin, 1991. ^ C. E. Harland, Ion exchange: Theory and Practice, The Royal Society of Chemistry, Cambridge, 1994. ^ Ion exchange (D. Muraviev, V. Gorshkov, A. Warshawsky), M. Dekker, New York, 2000. ^ a b A. A. Zagorodni, Ion Exchange Materials: Properties and Applications, Elsevier, Amsterdam, 2006. ^ Overview of biological systems with pictures ^ Conroy R.M., Meegan M.E., Joyce T., McGuigan K., Barnes J. (1999), Solar disinfection of water reduces diarrhoeal disease, an update, Arch Dis Child, Vol. 81. ^ Conroy R.M., Meegan M.E., Joyce T.M., McGuigan K.G., Barnes J. (2001) Use of solar disinfection protects children under 6 years from cholera. Arch Dis Child; 85:293-295 ^ Rose A. at al. (2006). Solar disinfection of water for diarrhoeal prevention in Southern India. Arch Dis Child, 91(2): 139-141 ^ Hobbins M. (2003). The SODIS Health Impact Study, Ph.D. Thesis, Swiss Tropical Institute Basel ^ Centers for Disease Control and Prevention (2001). "Recommendations for using fluoride to prevent and control dental caries in the United States". MMWR Recomm Rep 50 (RR-14): 1–42. PMID 11521913. http://cdc.gov/mmwr/preview/mmwrhtml/rr5014a1.htm. Lay summary – CDC (2007-08-09). ^ Division of Oral Health, National Center for Prevention Services, CDC (1993) (PDF). Fluoridation census 1992. http://cdc.gov/fluoridation/pdf/statistics/1992.pdf. Retrieved on 2008-12-29. ^ Reeves TG (1986). "Water fluoridation: a manual for engineers and technicians" (PDF). Centers for Disease Control. http://www.cdph.ca.gov/certlic/drinkingwater/Documents/Fluoridation/CDC-FluoridationManual-1986.pdf. Retrieved on 2008-12-10. ^ US EPA emergency disinfection recommendations ^ " Miranda, Kim, Hull, et.a. "Changes in Blood Lead Levels Associated with Use of Chloramines in Water Treatment Systems" 03/13/2007. Environmental Health Perspectives. Masters, Gilbert M. Introduction to Environmental Engineering. 2nd ed. Upper Saddle River, NJ: Prentice Hall, 1998. United States EPA Ground and Drinking Water Homepage. EPA Ground and Drinking Water Homepage Visited 12/13/05  See also Wikimedia Commons has media related to: Water_purification Water portal Sustainable development portal Aquatic toxicology Bacteriological water analysis Carl Rogers Darnall Ecological sanitation Environmental Engineering Environmental Engineering Science List of waste water treatment technologies Microfiltration Organisms used in water purification Sewage treatment Swimming pool sanitation The Environmental Institute Treatment pond Water conservation Water recycling Water treatment  External links American Water Works Association NSF International IR AND WATER Visited 06/22/08 Code of Federal Regulations, Title 40, Part 141 - U.S. National Primary Drinking Water Regulations Code of Federal Regulations, Title 21, Part 129 - U.S. Food and Drug Administration regulations on bottled water [hide]v • d • eTopics related to environmental technology Environmental impact assessment · Environmental design · Sustainable development Pollution Industrial ecology · Solid waste treatment · Waste management · Air pollution (control · dispersion modeling) · Water (Wastewater treatment · Agricultural wastewater treatment · Industrial wastewater treatment · Water purification) Renewable energy Alternative energy · Energy development · Energy efficiency · Renewable energy (development) · Sustainable energy · Fuel (Alternative fuel · Biofuel · Hydrogen technologies) · Transportation (Electric vehicle · Hybrid vehicle) Conservation Birth control · Permaculture · Conservation ethic · Recycling · Ecoforestry · Conservation biology · Environmental preservation · Remediation · Green computing · Building (Green · Natural · Sustainable architecture) Retrieved from "http://en.wikipedia.org/wiki/Water_purification" Categories: Water technology | Water pollution | Recycling | Water treatment
227's YouTube "Chili" - STOMP THE YARD (BLACK COLLEGE STEP SHOW MOVIE) Starring Columbus Short, Meagan Good, Ne-Yo, Darrin Henson, Chris Brown, Brian White, Las Alonso, Valerie Pettiford & Harry Lennix (NBA Mix)!
Beyonce * Maxwell * Mario ft. Gucci Mane & sean Garrett * Drake ft. Lil Wayne * Ginuwine * Fabolous Featuring The-Dream * Keyshia Cole Duet With Monica * Jay-Z, Rihanna & Kanye West * Gucci Mane Featuring Plies * Mary Mary Featuring Kierra "KiKi" Sheard * Ice Cream Paint Job * Pleasure P * Mariah Carey * Trey Songz * Trey Songz Featuring Gucci Mane & Soulja Boy Tell'em * R. Kelly Featuring Keri Hilson * K'Jon * Young Money * Twista Featuring Erika Shevon * Yo Gotti * New Boyz * Jeremih * Keri Hilson Featuring Kanye West & Ne-Yo * Musiq Soulchild * Whitney Houston * Anthony Hamilton * Charlie Wilson * Chrisette Michele * Jamie Foxx Featuring T-Pain * Plies * LeToya Featuring Ludacris * Mary J. Blige Featuring Drake * Mullage * Charlie Wilson * Jamie Foxx Featuring Drake, Kanye West + The-Dream * Jamie Foxx Featuring Drake, Kanye West + The-Dream * Jeremih * Mishon * Jennifer Hudson * Clipse Featuring Pharrell Williams * Kid Cudi Featuring Kanye West & Common * Raphael Saadiq Featuring Stevie Wonder & CJ * Anthony Hamilton Featuring David Banner * Jazmine Sullivan * Trey Songz Featuring Drake * F.L.Y. (Fast Life Yungstaz) * Laura Izibor
Jamaal Al-Din's Hoops 227 (227's YouTube Chili")!
Beyonce * Shakira * Jordin Sparks * Mariah Carey * New Boyz * Jason DeRulo * Mario ft. Gucci Mane & Sean Garrett * Katy Perry * The Black Eyed Peas * Colby Caillat * Fabolous ft. The Dream * Jason Aldean * Daughtry * Lady Gaga * Michael Franti & Spearhead Featuring Cherine Anderson * Boys Like Girls * Flo Rida Featuring Ne-Yo * Dorrough * Green Day * Linkin Park * Pink * Justin Bieber * Rob Thomas * Maxwell * Jason Mraz * Young Money * The Fray * Rascal Flatts * Zac Brown Band * Shinedown * Disney's Friends For Change * Toby Keith * Darius Rucker * Cascada * Billy Currington * Justin Moore * Kid Cudi Featuring Kanye West & Common * Keith Urban * Randy Houser * Drake Featuring Lil Wayne * Jeremih * Pearl Jam * Kelly Clarkson * George Strait * LMFAO * Twista Featuring Erika Shevon * Uncle Kracker * Eric Church * Jack Ingram * Love And Theft * Parachute * Chris Young * Theory Of A Deadman * Tim McGraw * Sean Paul * Gloriana * Creed * Ginuwine * Keyshia Cole Duet With Monica * Blake Shelton * Iyaz
2009 NCAA Basketball Tournament! List of NCAA Division 1 Teams & Coaches at 227!
America East Conference Albany - Will Brown Binghamton - Kevin Broadus Boston University - Dennis Wolff Hartford - Dan Leibovitz Maine - Ted Woodward New Hampshire - Bill Herrion Stony Brook - Steve Pikiell UMBC - Randy Monroe Vermont - Mike Lonergan 227's NCAA Basketball Tournament! America East Conference
Atlantic 10 Conference Charlotte - Bobby Lutz Dayton - Brian Gregory Duquesne - Ron Everhart Fordham - Dereck Whittenburg George Washington - Karl Hobbs La Salle - John Giannini Rhode Island - Jim Baron Richmond - Chris Mooney St. Bonaventure - Mark Schmidt Saint Joseph's - Phil Martelli Saint Louis - Rick Majerus Temple - Fran Dunphy UMass - Derek Kellogg Xavier - Sean Miller 227's NCAA Basketball Tournament! Atlantic 10 Conference
Atlantic Coast Conference Boston College - Al Skinner Clemson - Oliver Purnell Duke - Mike Krzyzewski Florida State - Leonard Hamilton Georgia Tech - Paul Hewitt Maryland - Gary Williams Miami (Florida) - Frank Haith North Carolina - Roy Williams North Carolina State - Sidney Lowe Virginia - Dave Leitao Virginia Tech - Seth Greenberg Wake Forest - Dino Gaudio 227's NCAA Basketball Tournament! Atlantic Coast Conference
Atlantic Sun Conference Belmont - Rick Byrd Campbell - Robbie Laing East Tennessee State - Murry Bartow Florida Gulf Coast - Dave Balza Jacksonville - Cliff Warren Kennesaw State - Tony Ingle Lipscomb - Scott Sanderson Mercer - Bob Hoffman North Florida - Matt Kilcullen Stetson - Derek Waugh USC Upstate - Eddie Payne 227's NCAA Basketball Tournament! Atlantic Sun Conference
Big 12 Conference Baylor - Scott Drew Colorado - Jeff Bzdelik Iowa State - Greg McDermott Kansas - Bill Self Kansas State - Frank Martin Missouri - Mike Anderson Nebraska - Doc Sadler Oklahoma - Jeff Capel III Oklahoma State - Travis Ford Texas - Rick Barnes Texas A&M - Mark Turgeon Texas Tech - Pat Knight 227's NCAA Basketball Tournament! Big 12 Conference
Big East Conference Cincinnati - Mick Cronin Connecticut - Jim Calhoun DePaul - Jerry Wainwright Georgetown - John Thompson III Louisville - Rick Pitino Marquette - Buzz Williams Notre Dame - Mike Brey Pittsburgh - Jamie Dixon Providence - Keno Davis Rutgers - Fred Hill St. John's - Norm Roberts Seton Hall - Bobby Gonzalez South Florida - Stan Heath Syracuse - Jim Boeheim Villanova - Jay Wright West Virginia - Bobby Huggins 227's NCAA Basketball Tournament! Big East Conference
Big Sky Conference Eastern Washington - Kirk Earlywine Idaho State - Joe O'Brien Montana - Wayne Tinkle Montana State - Brad Huse Northern Arizona - Mike Adras Northern Colorado - Tad Boyle Portland State - Ken Bone Sacramento State - Brian Katz Weber State - Randy Rahe 227's NCAA Basketball Tournament! Big Sky Conference
Big South Conference Charleston Southern - Barclay Radebaugh Coastal Carolina - Cliff Ellis Gardner-Webb - Rick Scruggs High Point - Bart Lundy Liberty - Ritchie McKay Presbyterian - Gregg Nibert Radford - Brad Greenberg UNC-Asheville - Eddie Biedenbach VMI - Duggar Baucom Winthrop - Randy Peele 227's NCAA Basketball Tournament! Big South Conference
Big Ten Conference Illinois - Bruce Weber Indiana - Tom Crean Iowa - Todd Lickliter Michigan - John Beilein Michigan State - Tom Izzo Minnesota - Tubby Smith Northwestern - Bill Carmody Ohio State - Thad Matta Penn State - Ed DeChellis Purdue - Matt Painter Wisconsin - Bo Ryan 227's NCAA Basketball Tournament! Big Ten Conference
Big West Conference Cal Poly - Kevin Bromley Cal State Fullerton - Bob Burton Cal State Northridge - Bobby Braswell Long Beach State - Dan Monson Pacific - Bob Thomason UC Davis - Gary Stewart UC Irvine - Pat Douglass UC Riverside - Jim Wooldridge UC Santa Barbara - Bob Williams 227's NCAA Basketball Tournament! Big West Conference
Colonial Athletic Association Delaware - Monte Ross Drexel - Bruiser Flint George Mason - Jim Larranaga Georgia State - Rod Barnes Hofstra - Tom Pecora James Madison - Matt Brady Northeastern - Bill Coen Old Dominion - Blaine Taylor Towson - Pat Kennedy UNC-Wilmington - Benny Moss Virginia Commonwealth - Anthony Grant William & Mary - Tony Shaver 227's NCAA Basketball Tournament! Colonial Athletic Association
Conference USA East Carolina - Mack McCarthy Houston - Tom Penders Marshall - Donnie Jones Memphis - John Calipari Rice - Ben Braun Southern Methodist - Matt Doherty Southern Mississippi - Larry Eustachy Tulane - Dave Dickerson Tulsa - Doug Wojcik UAB - Mike Davis UCF - Kirk Speraw UTEP - Tony Barbee 227's NCAA Basketball Tournament! Conference USA
Horizon League - Butler - Brad Stevens Cleveland State - Gary Waters Detroit - Ray McCallum Loyola (Chicago) - Jim Whitesell UIC - Jimmy Collins UW-Green Bay - Tod Kowalczyk UW-Milwaukee - Rob Jeter Valparaiso - Homer Drew Wright State - Brad Brownell Youngstown State - Jerry Slocum 227's NCAA Basketball Tournament! Horizon League
Independents Bryant - Tim O'Shea Cal State Bakersfield - Keith Brown Chicago State - Benjy Taylor Houston Baptist - Ron Cottrell Longwood - Mike Gillian New Jersey Institute of Technology - Jim Engles North Carolina Central - Henry Dickerson Savannah State - Horace Broadnax SIU-Edwardsville - Lennox Forrester Texas-Pan American - Tom Schuberth Utah Valley - Dick Hunsaker 227's NCAA Basketball Tournament! NCAA Division I independent schools (basketball)
Ivy League Brown - Jesse Agel Columbia - Joe Jones Cornell - Steve Donahue Dartmouth - Terry Dunn Harvard - Tommy Amaker Penn - Glen Miller Princeton - Sydney Johnson Yale - James Jones 227's NCAA Basketball Tournament! Ivy League
Metro Atlantic Athletic Conference Canisius - Tom Parrotta Fairfield - Ed Cooley Iona - Kevin Willard Loyola (Maryland) - Jimmy Patsos Manhattan - Barry Rohrssen Marist - Chuck Martin Niagara - Joe Mihalich Rider - Tommy Dempsey St. Peter's - John Dunne Siena - Fran McCaffery 227's NCAA Basketball Tournament! Mid-American Conference
Mid-American Conference Akron – Keith Dambrot Ball State – Billy Taylor Bowling Green – Louis Orr Buffalo – Reggie Witherspoon Central Michigan – Ernie Ziegler Eastern Michigan – Charles Ramsey Kent State – Geno Ford Miami – Charlie Coles Northern Illinois – Ricardo Patton Ohio – John Groce Toledo – Gene Cross Western Michigan – Steve Hawkins 227's NCAA Basketball Tournament! Mid-American Conference
Mid-Eastern Athletic Conference Bethune-Cookman - Clifford Reed Coppin State - Ron Mitchell Delaware State - Greg Jackson Florida A&M - Mike Gillespie Hampton - Kevin Nickelberry Howard - Gil Jackson Maryland-Eastern Shore - Meredith Smith Morgan State - Todd Bozeman Norfolk State - Anthony Evans North Carolina A&T - Jerry Eaves South Carolina State - Tim Carter Winston-Salem State - Bobby Collins 227's NCAA Basketball Tournament! Mid-Eastern Athletic Conference
Missouri Valley Conference Bradley - Jim Les Creighton - Dana Altman Drake - Mark Phelps Evansville - Marty Simmons Illinois State - Tim Jankovich Indiana State - Kevin McKenna Missouri State - Cuonzo Martin Northern Iowa - Ben Jacobson Southern Illinois - Chris Lowery Wichita State - Gregg Marshall 227's NCAA Basketball Tournament! Missouri Valley Conference
Mountain West Conference Air Force - Jeff Reynolds Brigham Young - Dave Rose Colorado State - Tim Miles New Mexico - Steve Alford San Diego State - Steve Fisher Texas Christian - Neil Dougherty UNLV - Lon Kruger Utah - Jim Boylen Wyoming - Heath Schroyer 227's NCAA Basketball Tournament! Mountain West Conference
Northeast Conference Central Connecticut State - Howie Dickenman Fairleigh Dickinson - Tom Green LIU-Brooklyn - Jim Ferry Monmouth - Dave Calloway Mount St. Mary's - Milan Brown Quinnipiac - Tom Moore Robert Morris - Mike Rice Jr. Sacred Heart - Dave Bike St. Francis (PA) - Don Friday St. Francis (NY) - Brian Nash Wagner - Mike Deane 227's NCAA Basketball Tournament! Northeast Conference
Ohio Valley Conference Austin Peay - Dave Loos Eastern Illinois - Mike Miller Eastern Kentucky - Jeff Neubauer Jacksonville State - James Green Morehead State - Donnie Tyndall Murray State - Billy Kennedy Southeast Missouri - Zac Roman Tennessee-Martin - Bret Campbell Tennessee State - Cy Alexander Tennessee Tech - Mike Sutton 227's NCAA Basketball Tournament! Ohio Valley Conference
Pacific-10 Conference Arizona - Russ Pennell Arizona State - Herb Sendek California - Mike Montgomery Oregon - Ernie Kent Oregon State - Craig Robinson Stanford - Johnny Dawkins UCLA - Ben Howland USC - Tim Floyd Washington - Lorenzo Romar Washington State - Tony Bennett 227's NCAA Basketball Tournament! Pacific-10 Conference
Patriot League American - Jeff Jones Army - Jim Crews Bucknell - Dave Paulsen Colgate - Emmett Davis Holy Cross - Ralph Willard Lafayette - Fran O'Hanlon Lehigh - Brett Reed Navy - Billy Lange 227's NCAA Basketball Tournament! Patriot League
Southeastern Conference Alabama - Philip Pearson Arkansas - John Pelphrey Auburn - Jeff Lebo Florida - Billy Donovan Georgia - Pete Herrmann Kentucky - Billy Gillispie LSU - Trent Johnson Mississippi - Andy Kennedy Mississippi State - Rick Stansbury South Carolina - Darrin Horn Tennessee - Bruce Pearl Vanderbilt - Kevin Stallings 227's NCAA Basketball Tournament! Southeastern Conference
Southern Conference Appalachian State - Houston Fancher Chattanooga - John Shulman The Citadel - Ed Conroy College of Charleston - Bobby Cremins Davidson - Bob McKillop Elon - Ernie Nestor Furman - Jeff Jackson Georgia Southern - Jeff Price Samford - Jimmy Tillette UNC-Greensboro - Mike Dement Western Carolina - Larry Hunter Wofford - Mike Young 227's NCAA Basketball Tournament! Southern Conference
Southland Conference Central Arkansas - Rand Chappell Lamar - Steve Roccaforte McNeese State - Dave Simmons Nicholls State - J. P. Piper Northwestern State - Mike McConathy Sam Houston State - Bob Marlin Southeastern Louisiana - Jim Yarbrough Stephen F. Austin - Danny Kaspar Texas A&M-Corpus Christi - Perry Clark Texas-Arlington - Scott Cross Texas-San Antonio - Brooks Thompson Texas State - Doug Davalos 227's NCAA Basketball Tournament! Southland Conference
Southwestern Athletic Conference Alabama A&M - L. Vann Pettaway Alabama State - Lewis Jackson Alcorn State - Samuel West Arkansas-Pine Bluff - George Ivory Grambling State - Larry Wright Jackson State - Tevester Anderson Mississippi Valley State - Sean Woods Prairie View A&M - Byron Rimm II Southern - Rob Spivery Texas Southern - Tony Harvey 227's NCAA Basketball Tournament! Southwestern Athletic Conference
The Summit League Centenary - Greg Gary IPFW - Dane Fife IUPUI - Ron Hunter North Dakota State - Saul Phillips Oakland - Greg Kampe Oral Roberts - Scott Sutton South Dakota State - Scott Nagy Southern Utah - Roger Reid UMKC - Matt Brown Western Illinois - Derek Thomas 227's NCAA Basketball Tournament! The Summit League
Sun Belt Conference Arkansas-Little Rock - Steve Shields Arkansas State - Dickey Nutt Denver - Joe Scott Florida Atlantic - Mike Jarvis Florida International - Sergio Rouco Louisiana-Lafayette - Robert Lee Louisiana-Monroe - Orlando Early Middle Tennessee - Kermit Davis New Orleans - Joe Pasternack North Texas - Johnny Jones South Alabama - Ronnie Arrow Troy - Don Maestri Western Kentucky - Ken McDonald 227's NCAA Basketball Tournament! Sun Belt Conference
West Coast Conference Gonzaga - Mark Few Loyola Marymount - Rodney Tention Pepperdine - Vance Walberg Portland - Eric Reveno Saint Mary's - Randy Bennett San Diego - Bill Grier San Francisco - Rex Walters Santa Clara - Kerry Keating 227's NCAA Basketball Tournament! West Coast Conference
Western Athletic Conference Boise State - Greg Graham Fresno State - Steve Cleveland Hawai?i - Bob Nash Idaho - Don Verlin Louisiana Tech - Kerry Rupp Nevada - Mark Fox New Mexico State - Marvin Menzies San Jose State - George Nessman Utah State - Stew Morrill 227's NCAA Basketball Tournament! Western Athletic Conference
2Pac 50 Cent A Adam Tensta Akon Aaliyah Ashanti Andre 3000 B Bow Wow Bobby Valentino Beyonce Bone Thugs n Harmony Birdman (rapper) Busta Rhymes Bobby Fischer C Chris Brown Cherish Cassidy Chingy Chamillionaire Christina Milian Chrisette Michele Cashis Ciara Cypress Hill Calzone Mafia Cuban Link D Destiny's Child DJ Clue Demetri Montaque Danity Kane Day 26 Donnie D12 DJ Khaled Dr. Dre E E-40 Eminem Eazy-E F Fabolous Flo Rida Fat Joe Frankie J G G-Unit The Game H Hurricane Chris I Ice Cube J Jay-Z J.R. Rotem J Holiday Jordan Sparks K Kanye West Kelly Rowland keri hilson The Kreators L Lil' Kim Lil' Mo Lil Jon Lil Mama Lloyd Banks Lil Wayne Ludacris Lloyd Lil Mama Lil Eazy-E Leona lewis M MC Hammer Mike Shorey MF Doom Mariah Carey Mario Mary J. Blige N Ne-Yo Nate Dogg Niia N.W.A. Notorious B.I.G. Nas Nick Cannon Nelly Necro O Olivia Omarion Obie Trice Old Dirty Bastard P Public Enemy Plies P Diddy pink Pharcyde Q R Red Cafe Run DMC Ray J R Kelly Rihanna Rick Ross (rapper) S Sean Combs Sean Kingston Snoop Dogg Stargate Sean Garrett Suge Knight Soulja Boy Tell 'Em Stat Quo shakira T The Notorious B.I.G. Tupac Shakur Trina Tyrese T-Pain Three 6 Mafia T.I. Too Phat U Usher V V.I.C. W Warren G Wyclef Jean Wu Tang Clan will.i.am X Xzibit Y Young Jeezy Yung Berg Z
Michael Jackson Bing Crosby U.S. The Beatles AC/DC ABBA Alla Bee Gees Bob Marley Celine Dion Cliff Richard The Drifters Elton John Herbert von Karajan Julio Iglesias Led Zeppelin Madonna Mariah Carey Elvis Presley Nana Mouskouri Pink Floyd The Rolling Stones Tino Rossi Wei Wei
Adriano Celentano Aerosmith Backstreet Boys Barry White Billy Joel Bon Jovi Boney M. The Carpenters Charles Aznavour Cher Chicago Dave Clark Five David Bowie Deep Purple Depeche Mode Dire Straits Dolly Parton The Eagles Electric Engelbert Humperdinck Fats Domino Fleetwood Mac The Four Seasons Frank Sinatra Garth Brooks Genesis George Michael Guns N' Roses James Last The Jackson 5 Janet Jackson Johnny Hallyday Kenny Rogers Lionel Richie Luciano Pavarotti Metallica Michiya Mihashi Mireille Mathieu Modern Talking Neil Diamond Olivia Newton-John Patti Page Paul McCartney Perry Como Pet Shop Boys Phil Collins Prince Queen Ricky Nelson Roberto Carlos Rod Stewart Salvatore Adamo Status Quo Stevie Wonder Teresa Teng Tina Turner Tom Jones U2 Valeriya The Ventures Whitney Houston The Who
Annie Lennox B'z Britney Spears Carlos Santana Dalida Earth, Wind & Fire Eddy Arnold Eminem Eurythmics Gloria Estefan Hibari Misora Journey Scorpions Van Halen Ace of Base Alan Jackson Country Alice Cooper Hard rock Andrea Bocelli Opera The Andrews Sisters Swing Ayumi Hamasaki Pop Black Sabbath Heavy metal Barbra Streisand Pop / Adult contemporary Beach Boys Rock Pop Bob Dylan Folk / Rock Bob Seger Rock Boston Arena rock Boyz II Men R&B Bruce Springsteen Rock Bryan Adams Def Leppard Destiny's Child R&B / Pop Dreams Come True Pop / Jazz Duran Duran Enya Ireland Four Tops George Strait Glay Iron Maiden Jay-Z Hip hop Jean Michel Jarre Jethro Tull Johnny Cash Kazuhiro Moriuchi Kiss Hard rock Kenny G Kylie Minogue Luis Miguel Linkin Park Meat Loaf Michael Bolton Mills Brothers Mötley Crüe Mr.Children Nat King Cole New Kids on the Block Nirvana 'N Sync Oasis Orhan Gencebay Pearl Jam Petula Clark Red Hot Chili Peppers The Police Ray Conniff Reba McEntire R.E.M. Richard Clayderman Ricky Martin Robbie Williams Roxette Sweden Shakira Colombia
The Seekers Australia Spice Girls Tom Petty & The Heartbreakers Tony Bennett T.Rex UB40 Vicente Fernandez Village People Willie Nelson
Jamaal Al-Din, a native of Grand Rapids, Michigan and former leading scorer of Olympic Basketball and LSU great, Ed Palubinskas brings to you Michigan State University's and the NBA's Earvin "Magic" Johnson at 227's YouTube "MAGIC!" provided by Jamaal Al-Din's Hoops 227-the everything basketball website, featuring YouTube Videos and Wikipedia information on the legendary Earvin "Magic" Johnson, The Magic Johnson Foundation, Magic Johnson Enterprises, and everything including the magical phrase..."MAGIC!" 227's YouTube "MAGIC!"
As we look to expand basketball marketing, camps and clinics nationally, our basketball affiliate programs are scheduled to begin in March of 2008. Our affiliates, exciting, take a look at this list: ebay, StubHub.com, Yahoo Affiliate Program!, TickCo Premium Seating, RazorGator Affiliate Program, SightSell, VistaPrint.com, Pokeorder and WeHaveSeats.com. Jamaal Al-Din's Hoops 227 welcomes our affiliate partners for 2008. Among the items offered our NCAA & NBA basketball tickets both premium and discounted rates. Basketball shoes and apparel for kids, fans, players and coaches ranging from Air Jordans, LeBron James, NIKE, Adidas, AND1, hats, collectibles and memoralbilia! Jamaal Al-Din's Hoops 227- The everything basketball website!
?227's YouTube "Chili" features these exciting YouTube music and entertainment celebrities...click onto to these 227 YouTube "Chili" links, channels and articles for the most watched YouTube hip-hop music videos in the world!
Sean Kingston, Justin Timberlake, M.I.A'"Paper Planes!" , Timbaland, 50 Cent, P-Diddy, Kanye West. Rihanna, Chris Brown, T.I.-"Big Things Poppin!" , Rihanna- Hate That I Love You (over 29 million views on YouTube)!, Leona Lewis, Soulja Boy, Britney Spears, Alicia Keys, Avril Lavigne, Alicia Keys- No One, Akon, NE-YO, LL Cool J, Dr. Dre, Snoop Dogg, Dmx, Jay-z, The Notorious B.I.G, 2PAC, Will Smith, Jonas Brothers, Pink "So What!" , Jordin Sparks feta. Chris Brown- "No Air" Official Music Video-over 33 million views on YouTube!), Lil Jon- get low music movie, Ludacris, Ice Cube, Flo Rida feat. T.Pain Music from the Movie Step Up 2 "Low," Chris Brown*Chris Brown feat. T.Pain- Kiss Kiss (over 51 million views on YouTube)!, Chris Brown-"With You," Chris Brown feat. Lil' Wayne (over 56 million views on YouTube!, Chris Brown "YO," Chris Brown-Run It, Chris Brown- Forever, Wu Tang Clan, The Fugees, Jordin Sparks-Tattoo, Rhianna- Cry, Rihanna- unfaithful, Rhianna- Umbrella (over 43 million views on YouTube/You Tube)!, Ashanti, Fergie Fergalicious, Fergie- Clumsy!, Rhianna- Dont' Stop The Music (over 62 million views on YouTube), Avril Lavign- Girlfriend (over 92 million views on YouTube)!, Clay Aiken, Akon, Christina Aguilera-Hurt, Clay Aiken-On My Way Here, All-American Rejects, All-American Rejects-Move Along, All-American Rejects-It Ends Tonight, Ashley Parker Angel, Michael Jackson ("Thriller"), Backstreet Boys, Augustana, Natasha Bedingfeild, Michael Jackson, Natasha Bedingfield feat. Sean Kingston-Love Like This, Natasha Bedingfield-Pocketful of Sunshine and lots more at 227's YouTube Chili!!! Your source for the world's most watched YouTube Music Videos at Jamaal Al-Din's Hoops 227- the everything basketball website!
Also: Jesse McCartney, Ray J,Usher,Elliott Yamin,Jonas Brothers,Fergie,Taylor Swift, Nelly Furtado, Jennifer Lopez, Flyleaf,Maroon 5,Kanye West,Keyshia Cole, The Pussycat Dolls,Colby O'Donis,Ashanti,R. Kelly,Girlicious, Colbi Calliat, Boy George,Mario,Three Days Grace,Beyonce', Gorillaz,Carrie Underwood,3 Doors Down,Finger Eleven, Ginuwine,Baby Bash,Kid Rock,Joe, Gwen Steffani, Billy Ray Cyrus, Danity Kane, Janel Parrish, Ciara, NLT, Fall Out Boy, Josh Turner, Fantasia and more!