The Truth About Mineral Water Benefits and Water Purification

For the most part, people understand that drinking mineral water is a good thing. However, many people are unaware of the complete spectrum of mineral water benefits.

We all know that our body needs minerals to survive and thrive. It was obvious to me from the start that mineral water benefits the body, because minerals from it are more easily absorbed than those from food. But how do I get the minerals and not the stuff I don't need, like heavy metals or prescription drugs which have polluted our drinking water? That's why I started researching mineral revitalization purification systems. And what I found out, left me scratching my head and wondering why anybody would ever go for them.

First, a word about just what are the mineral water benefits we hear so much about. Minerals are needed to maintain overall health-- without them, our body just couldn't function properly. For example, iron helps deliver oxygen; sodium preserves the balance of fluids in out body; sulfate and silica are needed for bone strength and oral health; magnesium helps us manage stress and relaxes our muscles. And, as I said above, minerals we need are much more easily absorbed from water than they are from food or supplements.

If you use distillation or reverse osmosis to purify your drinking water, you end up removing all those beneficial, naturally occurring components, along with the contaminants. Water that's left over is de-mineralized, de-vitalized and de-natured, if you ask me. You can't even use it in a fish bowl. Even worse, if you keep drinking it, over time your body will start cannibalizing its own tissues, as various systems start robbing each other to get the valuable minerals like potassium, magnesium, sodium and calcium so they can function. Yes, it's that bad...

As a matter of fact, I came across a study in which they had mice drink either soft (de-mineralized) water or hard water that had been polluted with things like lead and cadmium . Guess which group had less harmful, disease causing stuff in their bodies? The hard water group!

Given how bad de-mineralized water like you get from reverse osmosis-type filters is, mineral revitalization water purification systems try to preserve the healthful properties of water by undoing some of the damage. Here is what happens: first you remove everything-- good and bad-- from the water; then you try to artificially add the minerals your body needs back into the water.

I have two huge problems with getting the mineral water benefits this way: one, these systems cost a lot; and two, why bother? Think about it for a minute: first you pay to destroy the healthful properties of water and then you pay to re-engineer it so it's once again good for you.

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Important Information Regarding Mining Minerals

Mining is defined as the extraction of mineral and other materials. Mining involves drilling into the earth. Copper, silver, diamond and gold are some of the minerals gotten from mining.

There are many different steps in the mining of minerals.

Ore body discovery is the first. Ores are rocks from which metals and minerals are obtained. In order to discover ore, lots of prospecting is performed. Exploration is then carried out to establish the value and extent of the ore.

Resource estimation is the second. The size and grade of ore deposits is approximated at this point. This approximation is then applied in feasibility studies that help establish the economics of the ore deposits. This is important as it provides information on whether there is need for additional investment in engineering and estimation studies. It also helps identify the risks.

It is now that viability studies are carried out. This assists in the evaluation of technical risks as well as how financially viable the mineral mining project is. It is at this stage that mining companies decide whether to continue with the project or abandon it.

When the corporations make the decision to work on the venture, they compute the marketability and profitability of the ore concentrates, the financial requirements to get started and the cost of the infrastructure. Mining starts where the studies divulge that the venture is feasible. Consequently, a processing plant is installed.

Different techniques are used in mining. They are divided into two different excavation types. These are underground and surface mining.

Surface mining is the most common. The bulk of minerals, diamond and silver included are gotten through surface mining. Surface mining is carried out by getting rid of all surface vegetation and rock layers. This is done to reach the ore deposits.

On the contrary, the digging of shafts and tunnels with the aim of reaching the ore is what is involved in underground mining, also referred to as subsurface mining.

The mining of minerals requires the use of heavy machinery. As far as land extraction is concerned, bulldozers, explosives, trucks and drills are essential. Miners and the minerals are transported using trams while lifts carry them in and out of the mines. Huge trucks, shovels and cranes are used for purposes of moving large amounts of ore in surface mining. Machinery to be found in processing plants include roasters, crushers, mils and reactors. They help in the extraction of metals, minerals as well as other vital materials from ores.

www.made-from-india.com maintains a database for Metals Products manufacturers, exporters, suppliers, importers and wholesalers of mineral & metal products. This consists of asbestos & asbestos products, aluminum, aluminum products, copper & copper products, diamonds-polished, ferroalloy & products, iron & steel castings, iron & steel products, lead & lead products, magnetic materials, metal waste, mining machinery, wire mesh, wire ropes and zinc & zinc products, copper mineral, aluminum mineral, mineral properties, titanium mineral, mineral gemstones, industry metals, Mineral & metals buyers, mineral & metals seller, global minerals and metals, etc.

The Source of Gold - Its Ores and Minerals

With the high market prices of gold and silver in recent months, a number of people are wondering about where these metals come from. Gold and silver metals are obtained from a variety of different types of rock ores. Most people think of gold nuggets and such as the source of gold, but the truth is that very little of the new gold produced comes from nuggets - nearly all newly mined gold comes from ores mined from the natural hard rocks that contain gold in tiny, even microscopic particles. This article is created to describe what these ores are like. Gold is found widely diffused in nature even though it is one of the scarcer metals in the earth's crust. Very commonly, gold occurs as the native metal encased within a mineral known as quartz. Sometimes the gold is in a finely divided state, sometimes in particles of considerable size, as nuggets, grains, scales, plates, threads and wires in quartz rock. It occurs also in a finely divided state disseminated through schistose rocks, slates and some sedimentary rocks like limestone. In these cases the rock has been altered by the flow of heated and mineralized waters, often resulting in the impregnation of large amounts of rock with silica, iron and a certain amount of gold. Sometimes the silicified rock even replaces much if not all of the original country rock. While historically speaking vein deposits were the most productive, these disseminated deposits currently yield much of the worlds gold ore.

Within gold ores, the element itself occurs in nature chiefly in the form of native gold, which is by far the most common gold bearing mineral. In various gold ores, the native gold commonly occurs as tiny particles contained within sulfide minerals such as pyrite. Iron pyrite is an exceedingly common mineral associated with gold, but it also serves as a reducing agent. Therefore whenever gold is found encased in pyrite, it is always present as free gold and not as some type of gold sulphide. Gold is also found at times in chalcopyrite, galena and arsenopyrite and stibnite, but not as a rule in such large amounts as may be found in pyrite. Other minerals, like sphalerite, pyrrhotite, magnetite and hematite sometimes carry small amounts of gold as well. Gold also occurs as tellurides such as calaverite. Common gangue minerals in gold ores include quartz, fluorite, calcite and pyrite, but many others can be found in smaller amounts.

General Types of Gold Ores:

Gold deposits are often classified according to their association. The first of these may be catalogued as quartzose. This implies that the gangue mineral is acid, that is, quartz, and that fluorite may abound, or even the other gangue minerals of the alkaline earth group. Not infrequently there appears within the quartz varying amounts of pyrite and even limited quantities of chalcopyrite and galena. These are free milling ores. By a free milling ore, it is meant one that the rock does not require roasting before the gold can be recovered from it. Dry ore is the term often used for this category. The second class of gold ores is auriferous copper ores. These are widely distributed throughout the United States and much of the chalcopyrite is gold bearing. These auriferous copper ores are especially abundant in Colorado, Utah, Montana and British Columbia. They are also present at Gold Hill, North Carolina and in Canada at Newfoundland. The third class of gold ore is auriferous lead ores. The percentage of lead in these rocks is large and the gold content is often small. They are refractory ores like the copper ores. By refractory ore is meant one that requires roasting before extraction processing. The heavy sulphides as copper, lead and antimony require this method of treatment, that is the condition of the gold in the mineral will not allow of its immediate capture with most recovery systems. The fourth class of gold ores comprises the gold-telluride group. The gold telluride ores occur with silver, or with silver, lead and antimony, or as native gold accompanied by other tellurides. These ores are often sent direct to the smelters for treatment. A fifth type is the disseminated ore type. They are often low in grade but large. They fill large fracture and fault zones or replace certain geologic horizons. They are the result of the circulation of large amounts of heated water deep underground.

Geology And Mineral Wealth

Mineral wealth is the natural occurrence of minerals, rock, or chemical compounds that might be economically exploited. It includes oil, natural gas, coal, salt, and ores.

People's need of large amounts of coal, gas, and oil is continually increasing, so that the growing population may maintain its high living standards. The question is, how long the required supply will last? What will happen, when the resources are exhausted? Where are these fuels located and what kind of burden on the environment do they represent? Our reserves at this time are deposits (exploitable accumulations of naturally occurring raw materials), which have been discovered and may be exploited.

The total occurrence of raw materials is called resources. Resources include known deposits, which are being exploited, then deposits, which may be exploited but need large investment of capital or new technology to do so, and deposits that have not been yet discovered, but according to estimates probably exist.

A great part of our resources is non-renewable, because these resources need many millions of years to form, but they may be exhausted within a few centuries. They are, in particular, solid fuel, such as coal and gas. For people, salt deposits, ores, and natural rock are also very important raw materials.

Since the beginning of the20th century, people have been trying to find alternate sources of these resources. Some of the examples is providing energy utilising the sunlight, or developing industrial manufacture of minerals.

Ore Deposits

Places containing a sufficient amount of minerals, which may be used to obtain metals, are called ore deposits, and minerals containing metals are called ore minerals. They are chemical compounds of metal elements combined with sulphur or oxygen. Ore in pure form is found very seldom, especially in larger pieces, they are combined generally with rock minerals, which are also important for us. Some precious or heavy metals, for example gold, occur naturally in the form of elements.

A valuable raw material is obtained by separating the ore from the host rock. A deposit is economically viable only if a certain element occurs in a substantially higher concentration than in the average rock of the earth's crust.

Deposits are formed by various geological processes. There are sedimentary, igneous, and hydrothermal deposits.

Sedimentary deposits are among the most important raw material resources on earth. Through chemical and physical action during the sedimentation process, many economically important minerals were separated. The most important factor in this case is the dissolving property of water. An example of this process are the silica sands. The water currents and waves change sands to such a degree, that only pure quartz is left behind. Quartz is an important raw material in the glass industry and for the telecommunications technology (fibre optics).

Copper, iron, and other metals are also important sedimentary ore deposits. The most important ores are found in the Precambrian sedimentary rock. There are large deposits of this type in Brazil, India, Australia, and North America.

Ore deposits with a high content of gold or other heavy metals, for example titanium minerals, are called placer deposits.

A well-known method of obtaining gold is the panning. By swirling a pan filled with fluvial deposits, one first separates the lighter minerals, because the heavy gold settles on the bottom of the pan.

Diamond, one of the most valuable minerals, comes to the earth's surface through thin, long tubes. Diamonds form in the depth of the upper earth's mantle, because only there the pressures are such as to allow the formation of this mineral.

Igneous deposits often occur in layers. They form, when minerals crystallise from the molten magma, sink, and are enriched on the bottom of the igneous chamber. In southern Africa, important deposits of platinum and chromium were find in this type of deposits.

Hydrothermal deposits form thanks to the action of hot solutions during magma melting processes, or in the hot underground water.

Minerals are separated by the hot liquids from the rock and when they are transported to cooler rocks, they settle in the cracks and cavities. This is how iron sulphides, zinc, and copper form.

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Understanding Mineral Rights

A mineral right is a right to extract a mineral from the earth or to receive payment, in the form of a royalty, for the extraction of minerals. "Mineral" has a different meaning depending on the context of how the word is used. However, in general, when referring to real estate transactions, a "mineral" generally refers to fossil fuels (oil, natural gas, coal), metals (gold, copper, silver, iron), mineable rock products (limestone, gypsum, salt), as well as sand, gravel, or peat.

A common concern when purchasing a parcel of land is who owns the mineral rights? A mineral right is a part of property rights and may be sold, transferred, or leased in a similar manner as other more familiar property rights such as those associated with dwellings, outbuildings, etc. Mineral Rights are much different than Surface Rights. Surface Rights are the right to use the surface of the land for residential, agricultural, recreational, commercial or other purposes. Mineral Rights may be sold with the land or retained by the seller when a new owner takes possession of the land. Mineral Rights may be owned in their entirety or in fractions. In addition, an owner of mineral rights might own only one or a few of the total minerals on the land or may only own the rights to certain minerals by a specified depth below the ground. When buying land, the ownership of the mineral rights can be determined by examining the deed abstract for the property.

A mineral owner has the right to extract his or her own mineral deposit, though is seldom done due to the high costs associated with exploration and production activities. Typically, a mineral owner leases his mineral rights to a mineral development company through executing a lease which grants the mineral development company the right to develop and produce minerals in the leased parcel of the land containing the minerals. The mineral owner is usually paid a set amount of money, called a bonus, when the lease is signed. The lease outlines provisions by which the mineral owner is paid their royalty, which minerals can be extracted, how much of the mineral can be extracted and how long extraction can take place. In addition, a lease will specify agreements with the land owner on the right to use the land to extract the minerals from the property as well as what the compensation will be if any damage to crops or trees occurs in the process extracting minerals.

Every state has laws which provide for the establishment of drilling for minerals. Tracts of land must be of a specified size, shape and in a specified location for a well or mine to be developed to extract minerals. When a land owner refuses a mineral right owner the opportunity to extract his minerals, the mineral right owner usually petitions the Department of Environmental Quality to compel the non-consenting land owner to participate in the exploration and development of the land's minerals. Special laws provide for fair compensation to the non-consenting land owner for their share of the minerals produced from their land.

Because mineral extraction can generate a great amount of money to a mineral rights owner, a land owner's best interests are served by a thorough understanding of the history and all existing contracts associated with a parcel of land. These agreements are often constructed in legal language that requires a Real Estate and/or Contracts Attorney to interpret and explain all terms to the potential land owner. While legal consultation is never inexpensive, it is the surest way to protect your interests when buying or selling land. When determining whether to enter into a mineral rights agreement or when considering purchasing land, legal consultation is the only way to prevent signing over more rights to your property than you desire and understanding exactly what the sale of a piece of land includes.

3 Beauty Products You Should Avoid - Mineral Makeup, Lip Gloss, & Wrinkle Cream

Dangerous Product #1: Mineral Powder - When you use mineral powder, the tiny nano-particles that make up the powder become aersolized particles and get into our lungs and can scar our lungs. When you blow small bubbles, you will notice that they decend quickly... this is what happens with the small nano particles in mineral powder. Once the powder gets into our lungs, its nearly impossible to get it out and it can cause fibrosis.

Dr. Arthur Perry, author of Straight Talk about Cosmetic Surgery (Yale University Press Health & Wellness) (which I may just have to pick up at this price!!!), said that these same non-particles cause serious problems in industrial use, and we have seen it in miners and construction workers. However, it takes 10-30 years to see the damage, and these mineral powders are fairly new... but I don't want to find out that I have serious lung issues or even lung cancer in 10-30 years from using mineral powder! So lets not take the chance and be guinea pigs! Here are save alternatives:

- Liquid Foundation with Shimmer

- Cream Blush or Bronzer

- Packed Foundation or Pressed Powder

Dangerous Product #2: Wrinkle Cream - When you put cream on your face, it goes through the dermis and into your blood vessels, where it gets absorbed into your body... and anything that you absorb into your body you should question and worry about, because this can cause all sorts of allergies and even collagen breakdown.

Dr. Paula Begoun says that expensive does not mean better and natural does not mean anything either (there are bad and good synthetic and natural ingredients). There are tons of ingredients that sound like they would be great, but can actually make wrinkles worse including fragrances, lavender essential oil, eucalyptus, and peppermint essential oil. Both Dr. Begoun and Dr. Perry (as well as Dr. Oz of course) agree that if wrinkle creams claim that your wrinkles will go away immediately or that its the same as botox, they simply aren't true. Dr. Oz says that when you are looking for a good face wrinkle creams, make sure it meets the following criteria:

- Fragrance - Free

- Color Free, why have extra chemicals to make colors when its not necessary?

- Vitamin A (Retinols) is perhaps the super drug of wrinkles according to Dr. Perry and Dr. Oz!

- Vitamin C is a collagen builder

- Alpha Hydroxy Acid works to exfoliate your face

Dangerous Product #3: Lip Gloss - Most lip gloss comes from petroleum jelly, and when you put it on your lips, some of it inevitably gets into your stomach... so you are basically drinking gasoline. Petroleum Jelly is fine outside of your body, but you do not want this stuff inside of your body. Dr. Oz really put it into perspective when he said that if you use 2-3 tubes a month for 10 years, then you will be consuming roughly 7 pounds of petroleum jelly.

Dr. Perry said that petroleum jelly, when ingested, may even cause cancer. In the EU (European Union), petroleum jelly is banned, except for when it is very pure. In the USA we don't know which forms of petroleum jelly are pure and which are not. They have done studies and found that women with breast cancer have twice the levels of these products in their breast tissue than women who don't have breast cancer... now there is something to think about! So Dr. Oz gave some safe alternatives to lip gloss:

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Mineral Rights - What They Are and Why People Invest in Them

A variety of minerals can be found under the earth's surface. They include fossil fuels like oil, natural gas, and coal, metals and metal bearing ores like gold, copper and iron, non-metallic minerals and mineable rock products such as limestone, gypsum, building stones and salt. They may also include sand, gravel, peat, marl, etc.

A mineral right is a right to extract a mineral from the earth or to receive royalty for letting the mining company extract minerals.

Depending on the jurisdiction in the United States that supports Mineral rights, land rights may be separated from mineral, mining, oil or drilling rights which are rights to remove minerals, oil, or even water that may be contained in and under land. The owner may choose to sell the underground minerals but may desire to retain the possession and control of the surface. This works out for the mining company since they don't want to pay to acquire the property but are only interested in the minerals underneath that property. A typical agreement between the owner and the mining company involves the owner keeping the possession of the land whereas the mining company acquiring the rights to the subsurface. This transaction generally involves all mineral commodities either known or unknown that exist beneath the land or in other cases one party may limit the transaction to a specific mineral commodity.

A mineral right falls under property rights and may be sold, transferred, or leased in a similar manner as other property rights. They are distinct from surface rights or the right to the use of the surface of the land for residential, agricultural, recreational, commercial, or other purposes and may be sold or retained separately from the surface rights, in which case the mineral rights are said to be "severed."

Unless severed interest is sold, leased, mortgaged, or transferred by recorded instrument within the 20-year period, severed oil or gas rights revert to the surface owner after twenty years.

www.made-from-india.com maintains a database for Metals Products manufacturers, exporters, suppliers, importers and wholesalers of mineral & metal products. This consists of asbestos & asbestos products, aluminum, aluminum products, copper & copper products, diamonds-polished, ferroalloy & products, iron & steel castings, iron & steel products, lead & lead products, magnetic materials, metal waste, mining machinery, wire mesh, wire ropes and zinc & zinc products, copper mineral, aluminum mineral, mineral properties, titanium mineral, mineral gemstones, industry metals, Mineral & metals buyers, mineral & metals seller, global minerals and metals, etc.

Protect Yourself Against Heavy Metals

Heavy metals are chemical elements with a specific gravity that is at least 5 times the specific gravity of water. Specific gravity is a measure of density of a given amount of a solid substance when it is compared to an equal amount of water. There are 23 "heavy metals" that can be toxic to humans: antimony, arsenic, bismuth, cadmium, cerium, chromium, cobalt, copper, gallium, gold, iron, lead, manganese, mercury, nickel, platinum, silver, tellurium, thallium, tin, uranium, vanadium and zinc. Small amounts of these elements are common in our environment and diet and are actually necessary for good health, but large amounts of any of them may cause acute or chronic toxicity (poisoning) and serious illness.

The most common metals found in humans are cadmium, lead, arsenic and mercury. Aluminum, although not a heavy metal per the definition above, is also a chemical element of concern due to its prevalence and toxic affect in humans.

Varying degrees of exposure may be associated with many degenerative conditions. Symptoms may include: learning problems and autism in children, tremors, anxiety, forgetfulness, emotional instability, insomnia, fatigue, weakness, anorexia, cognitive dysfunction, allergies, dyslexia, hyperactivity, weight loss, shaky hands, muscular weakness, and paralysis (beginning in the forearms), arthritis, colic, nausea, numbness, lack of concentration, fragile bones, alopecia, anemia, migraines, loss of taste and smell, poor appetite, loss of coordination, disorientation, mental confusion, heartburn and flatulence.

You may have completed a hair mineral analysis which shows you have higher levels of specific metals, or suspect you have been exposed to a certain metals. Knowing common sources of heavy metals in order to avoid exposure, and following the dietary recommendations below can help protect against and reduce your levels of heavy metals.

*Eat plenty of organic fruit and vegetables. They contain anti-oxidants (vitamins C, E, and A), and phytochemicals which are known to inhibit the toxins. They also contain fiber. Broccoli, asparagus, spinach, apples and avocado are particularly good.

*Eat plenty of organic non-refined fibrous foods. They bind with heavy metals and help the body eliminate them. These should include fruit and vegetables, especially apples, onions, beans and alfalfa. Eat plenty of whole grains including wheat bran and oats. AVOID refined carbohydrates of all kinds.

*Eat quality organic protein including grains and legumes, fermented soy products and cold water fish. Eat foods with sulpher containing amino acids including onions garlic and most meat and fish.

*Use organic garlic and coriander in your cooking. Both are known to reduce certain heavy metals in the body.

*Eat calcium from cheese, green leafy vegetables and ensure you get enough vitamin D which ensures calcium is utilized. Sources of vitamin D are cod liver oil and sunshine (minimum 15 minutes per day).

*Avoid high fat diets. Toxic metals tend to accumulate in fat. So avoid excessive dairy, nonorganic red meat and big fish such as swordfish, shark and tuna.

*Also eat plenty of foods high in zinc and selenium such as nuts and seeds, cold water fish, oysters, some red meat, organic eggs as they tend to antagonize and reduce heavy metals in the body.

*Avoid tuna, shark, swordfish and shellfish as they can accumulate mercury and cadmium deposited in the ocean.

*Eat foods high in iron which is an antagonist to many metals such as pumpkin seeds, parsley, prunes, cashews, meat and poultry.

*Use filtered water as tap water can be contaminated with low levels of toxins.

*Avoid processed foods containing additives since they can contain heavy metals and interfere with detoxification.

Many things we see around the home are made from minerals and metals. This shows their importance in our everyday lives. They are valuable, finite and non-renewable resources. They comprise of vital raw materials for basic industries and are a major resource for development. They contribute to a great extent for a country’s foreign exchange resources

www.made-from-india.com maintains a database for Metals Products manufacturers, exporters, suppliers, importers and wholesalers of mineral & metal products. This consists of asbestos & asbestos products, aluminum, aluminum products, copper & copper products, diamonds-polished, ferroalloy & products, iron & steel castings, iron & steel products, lead & lead products, magnetic materials, metal waste, mining machinery, wire mesh, wire ropes and zinc & zinc products, copper mineral, aluminum mineral, mineral properties, titanium mineral, mineral gemstones, industry metals, Mineral & metals buyers, mineral & metals seller, global minerals and metals, etc.

The Many Health Benefits of Fulvic Acid Supplements

Fulvic acid is one of a group of compounds called humates. Humates are formed when bacteria on the hairs of the roots of plants decompose organic material in the soil. Fulvic trace is derived from another compound called humic acid. Fulvic acid is a small ionic molecule. It helps dissolve minerals in the soil so that they can be taken up by the roots of plants and used by the cells of the plant.

For some time, fulvic acid has gone unnoticed as a potential supplement. Recent research though has uncovered a number of potential health benefits to taking fulvic trace as a supplement. It is especially useful when taking with mineral supplements.

As mentioned, fulvic acid is a small ionic molecule that helps dissolve minerals in the soil so that they can be better used by the cells of plants. Research suggests that fulvic acid as a supplement works in a similar fashion for the cells of our bodies. It makes it much easier for minerals and vitamins to enter the cells of our bodies. Fulvic acid combines with minerals to form a compound that can easily be transported by our body to our cells. Combined with liquid ionic minerals, fulvic acid can greatly improve the bio availability, that is how much of a supplement is actually available to the cells of our body, of many vitamins and minerals.

In addition to assisting with the absorption of vitamins and minerals, some research suggests that fulvic acid may act as a catalyst to help our cells use those vitamins and minerals more efficiently. A catalyst is simply a compound that helps a chemical reaction occur. Fulvic trace assists the many thousands of chemical reactions that occur in our body each minute.

This ability of fulvic acid to combine with minerals and metals may explain why some researchers believe that it can help our body flush out toxins. Fulvic acid's small ionic molecules appear to bind with heavy metals and other toxins. This makes it easier for the body to transport these toxins to our natural filters and flush them from our system.

Studies have also suggested that fulvic trace is a powerful antioxidant. Antioxidants are compounds like vitamins A, C, E and the mineral selenium that help mop up free radicals. Free radicals are the byproducts of our natural metabolism. Our bodies clean them up as they are created. However, over time or do to a deficiency of antioxidants, some of them don't get cleaned up. The free radicals are then free to damage cells. This damaging of cells by free radicals is one of the many causes of aging. It can also lead to a loss of energy and vitality and a weakened immune system. Fulvic trace is a powerful antioxidant and very efficient at cleaning up free radicals in the body. By doing so, it may actually help slow down the aging process and give a boost to the immune system.

Fulvic trace provides numerous health benefits. It aids in the absorption of minerals and helps cells use vitamins. It can help the body detoxify and is a powerful antioxidant. More importantly though are the results that users have reported. People taking a fulvic acid supplement have reported greater feelings of vitality, improved energy, a stronger immune system and a higher tolerance for stress. Try it for yourself today and see how it can benefit you.

www.made-from-india.com maintains a database for Metals Products manufacturers, exporters, suppliers, importers and wholesalers of mineral & metal products. This consists of asbestos & asbestos products, aluminum, aluminum products, copper & copper products, diamonds-polished, ferroalloy & products, iron & steel castings, iron & steel products, lead & lead products, magnetic materials, metal waste, mining machinery, wire mesh, wire ropes and zinc & zinc products, copper mineral, aluminum mineral, mineral properties, titanium mineral, mineral gemstones, industry metals, Mineral & metals buyers, mineral & metals seller, global minerals and metals, etc.

Hair Mineral Analysis and Aluminum

An excess of anti-nutrients - substances that stop nutrients being used, or promote their excretion - causes many health problems. Our modern life-style means we have to protect ourselves from the natural effects of exposure to a vast array of chemicals at home or work. One way of doing this is by eating well, for instance organically. What else can we do?

When the body's ability to detoxify itself is exceeded, toxins accumulate in fatty tissues and may cause chronic health problems. If your job or lifestyle has exposed you to such toxins you are recommended to have a hair mineral analysis (HMA) to check your levels. In this article I'll be looking at some of the toxic levels an analysis may reveal, what problems they may be linked to and what you might do to reduce your exposure.

If you have a disease or illness, which has not responded to conventional treatment, you may wish to explore other possibilities and an HMA is an excellent place to start. So if you are suffering from 'unexplained' problems such as headaches, backaches, weakness or tremors, an HMA may help you to get to the bottom of it.

The section detailing anti-nutrient and toxic mineral levels is a vital part of the hair analysis report. If toxic minerals are found to be in excess, there are many ways in which a nutritional approach can help.

Of course it makes sense to do as much as you can to protect yourself from exposure in the first place. One very common substance is aluminum which has been linked with Parkinson's disease by some researchers. Aluminum has also been found in tangled fibers in the brains of Alzheimer's sufferers. Aluminum may be responsible for symptoms such as poor memory and concentration, skin irritation, hair loss and slow metabolic rate.

Common sources of aluminum in our daily lives

* Aspirin, some deodorants, antacids and toothpaste tubes.

* Consumables such as processed cheese, table salt (for smoother pouring), baking powder, instant coffee, tea bags, powdered milk. Aluminum is added to foods (E173) as an emulsifying, bleaching or anti-caking agent and to flour to bleach it. Many food additives are harmful, but are still added to enhance appearance and shelf-life - hence profitability. Check the labels and avoid additives where possible. Buy fresh, organic food and consume it before it deteriorates.

* Many water authorities add aluminum to the water supply to clean it, so drink filtered or bottled water - ideally from glass, not plastic bottles

* Aluminum is often present in packaging such as aluminum foil and cans. Many cooking utensils are made from aluminum and it is particularly harmful to cook fruit and vegetables in aluminum pans as the cooking water will become acidic and take up more aluminum.

The vitamins and minerals in wholesome food can help protect you from toxins and aid detoxification if necessary - for instance, vitamin C (found in fruit and vegetables or easy to take as an inexpensive supplement) fights against toxic metals.

Iron deficiency enhances the uptake of aluminum from the diet. Aluminum is soluble in water and more readily absorbed by man in acidic conditions. If iron is deficient there will be less hemoglobin made and the blood will be more acidic so more ready to take up aluminum. People who are anemic often have raised levels of aluminum. It's far better to get iron from your diet than from a supplement as iron supplements may make you constipated. The following foods are just some that contain iron: parsley, dates, almonds, prunes, cashew nuts, raisins, Brazil nuts, walnuts, pork, cooked dried beans, pumpkin seeds, sesame seeds, pecan nuts.

How can you reduce the uptake of aluminum from the diet? Calcium and zinc reduce the uptake of aluminum from the diet so eat plenty of leafy green vegetables, nuts, seeds, Brewer's Yeast and seafoods. Avoid as many as possible of the sources above. The importance of eating organically grown foods to minimize the risk of ingesting other toxins from pesticides, cannot be emphasized strongly enough.

Can you remove aluminum from your body? Fiber and pectin (a soluble form of fiber found in carrots, apples, the pith of citrus fruits and bananas) help remove toxic metals from the body, as do foods which include sulfur containing amino acids (the building blocks for protein). Others are eggs, onions and eggs. Also, be sure to eat plenty of fruit and vegetables containing vitamin C.

Finally, if a Hair Mineral Analysis shows an excess or imbalance of aluminum, the recommended supplement program that comes with your report, will be designed to correct the imbalance.

Greenland Minerals Contain a Large Collection of the Rarest Minerals

More and more large energy corporations are starting to take notice of the large potential of Greenland minerals. Currently, there are numerous exploration projects underway that are aimed at identifying the most valuable deposits of rare elements. The most successful Greenland minerals deposits discovered up to this point have been found to contain large quantities of various rare elements such as the highly sought after uranium, sodium fluoride, and numerous others. As Greenland energy supplies have become a top interest for this country, new development plans are created that have the aim of creating a Greenland energy plan that will, together with the mineral mining industry, be at the base of the country's future economy.

Considered to be a fully stable geopolitical region, the country is planning to increase the development of its vast mineral resources and energy capabilities that have long been underexplored. The special geography of this country provides a great opportunity for Greenland minerals mining companies because the most valuable deposits are uncovered by ice and actually provide transects over a high variety of geological deposits. This country has always been perceived as being very remote and an unsuitable destination for many projects related to tourism and other fields. Many government agencies have successfully created a very high awareness for all potential investors interested in investing in this country. Any downsides regarding logistics are greatly outweighed by this country's immense potential.

Another great advantage that companies active in this sector is the actual location of this country. Its strategic placement leads experts to believing that it will soon become the number one source for the large North American market and the European markets. In order to further add to the potential of Greenland minerals and come to the aid of large scale mining operations, governmental agencies are currently developing plans to increase Greenland energy potential through the expanding of the hydroelectric capacity. Greenland minerals resources are considered to be some of few remaining natural resource hot spots at a global level. The country's economy is known to always have been dependant on fish exports. Tourism also plays an important role, but since it is only viable during short time periods each year and because of the high travel costs it is quite limited.

With a constant decline witnessed in fish exports, the country's main efforts are directed towards enhancing its Greenland energy infrastructure and developing its Greenland minerals potential. The demand for Greenland minerals and precious metals is continuously increasing as new precious metals mines are being commissioned and new large scale mining projects are constantly being developed. Currently, the largest multi rare elements deposit is located near the south-west tip of Greenland, at Kvanefjeld. Because of the large variety of Greenland minerals found in Kvanfjeld and the large potential of the Kvanfjeld, it is expected to become the major contributor to the country's economy, and also one of the main international mining zone

Aluminum - Facts Behind the Metal

A metallic element with symbol Al, aluminum is the 3rd most plentiful element of Earth's crust, behind that of oxygen and silicon. The metal has strong affinity towards oxygen and hence is not found in the elemental form but in combined states, such as silicates or oxides.

Bauxite is the main mineral ore of aluminum, which is abundantly available in tropical areas, such as - Africa, the West Indies, South America and Australia. Bauxite contains all types of impurities - mainly metals, such as iron - but comprises of 45 % to 60 % aluminum oxide, or alumina.

In its metallic form, aluminum metal does not occur naturally. It occurs only in combination with other minerals in the form of oxide or silicate compounds that constitute about 8% of earth's crust.

According to estimates, about 29 million tons of aluminum is required to meet the global demand every year. Of this total 29 million tons of total aluminum, around 22 million tons is new aluminum and 7 million tons is obtained by recycling the aluminum scrap. About 25% of the total amount of aluminum used across the world is recycled material.

Fact - 50% of the aluminum cans used today in the US are recycled.

According to estimates since 1972 around 16 million tons of aluminum cans have been recycled. These 785.6 billion aluminum cans if placed end-to-end could stretch to the moon more than 249 times.

Production of Aluminum

Production of aluminum is a two stage process that comprises of various intermediate steps. In the first stage, different mechanical and chemical stages are used to purify the bauxite and recover the alumina with the help of "Bayer Process".

Once the alumina - aluminum oxide trihydrate - is retrieved, it can be electrolytically reduced (transformed through electrochemical means) into metallic aluminum.

Some Facts -

• Aluminum can be very strong, light (less than 1/3rd of the specific gravity of copper, brass or steel), ductile, and malleable.
• The metal is an excellent conductor of heat and electricity.
• Polished aluminum has the highest reflectivity of any material - even mirror glass.
• The metal can be rolled, cast or extruded into an infinite array of shapes.
• As a packaging material, aluminum as unique barrier characteristics. It resists corrosion and can be recycled again and again, without any loss of quality or properties.
• The metal can be mixed with small, often minute, quantities of other materials, such as - copper, zinc, silicon, iron, magnesium, tin, titanium, lithium, chromium, tungsten, manganese, nickel, and others to create a variety of alloys with very different physical characteristics.
• Aluminum metal is so widely used in todays' modern world that it is very difficult to imaging a world without it. The amazing, unique properties of this fundamental metal give it an extensive array of possible applications, including - transport, packaging, electrical application, medicine, and construction of homes and furniture.

Geology And Mineral Wealth

Mineral wealth is the natural occurrence of minerals, rock, or chemical compounds that might be economically exploited. It includes oil, natural gas, coal, salt, and ores.

People's need of large amounts of coal, gas, and oil is continually increasing, so that the growing population may maintain its high living standards. The question is, how long the required supply will last? What will happen, when the resources are exhausted? Where are these fuels located and what kind of burden on the environment do they represent? Our reserves at this time are deposits (exploitable accumulations of naturally occurring raw materials), which have been discovered and may be exploited.

The total occurrence of raw materials is called resources. Resources include known deposits, which are being exploited, then deposits, which may be exploited but need large investment of capital or new technology to do so, and deposits that have not been yet discovered, but according to estimates probably exist.

A great part of our resources is non-renewable, because these resources need many millions of years to form, but they may be exhausted within a few centuries. They are, in particular, solid fuel, such as coal and gas. For people, salt deposits, ores, and natural rock are also very important raw materials.

Since the beginning of the20th century, people have been trying to find alternate sources of these resources. Some of the examples is providing energy utilising the sunlight, or developing industrial manufacture of minerals.

Ore Deposits

Places containing a sufficient amount of minerals, which may be used to obtain metals, are called ore deposits, and minerals containing metals are called ore minerals. They are chemical compounds of metal elements combined with sulphur or oxygen. Ore in pure form is found very seldom, especially in larger pieces, they are combined generally with rock minerals, which are also important for us. Some precious or heavy metals, for example gold, occur naturally in the form of elements.

A valuable raw material is obtained by separating the ore from the host rock. A deposit is economically viable only if a certain element occurs in a substantially higher concentration than in the average rock of the earth's crust.

Deposits are formed by various geological processes. There are sedimentary, igneous, and hydrothermal deposits.

Sedimentary deposits are among the most important raw material resources on earth. Through chemical and physical action during the sedimentation process, many economically important minerals were separated. The most important factor in this case is the dissolving property of water. An example of this process are the silica sands. The water currents and waves change sands to such a degree, that only pure quartz is left behind. Quartz is an important raw material in the glass industry and for the telecommunications technology (fibre optics).

Copper, iron, and other metals are also important sedimentary ore deposits. The most important ores are found in the Precambrian sedimentary rock. There are large deposits of this type in Brazil, India, Australia, and North America.

Ore deposits with a high content of gold or other heavy metals, for example titanium minerals, are called placer deposits.

A well-known method of obtaining gold is the panning. By swirling a pan filled with fluvial deposits, one first separates the lighter minerals, because the heavy gold settles on the bottom of the pan.

Diamond, one of the most valuable minerals, comes to the earth's surface through thin, long tubes. Diamonds form in the depth of the upper earth's mantle, because only there the pressures are such as to allow the formation of this mineral.

Igneous deposits often occur in layers. They form, when minerals crystallise from the molten magma, sink, and are enriched on the bottom of the igneous chamber. In southern Africa, important deposits of platinum and chromium were find in this type of deposits.

Hydrothermal deposits form thanks to the action of hot solutions during magma melting processes, or in the hot underground water.

Minerals are separated by the hot liquids from the rock and when they are transported to cooler rocks, they settle in the cracks and cavities. This is how iron sulphides, zinc, and copper form.

If the hydrothermal solutions reach the earth's surface, it gives rise to hot springs and geysers containing mercury and zinc. Large hydrothermal deposits are found for example in the Mississippi river basin in Kansas and Oklahoma.

On the boundaries of colliding plates and in subduction zones, we find other deposits, of both the hydrothermal and igneous origin. This is an indication that there must be a link between the movement of the tectonic plates and the formation of the deposits.

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How Does Mining Affect the Environment?

There are several different types of mining like oil, mineral, gold and coal mining processes. Almost all the processes have one thing in common and that is mining for fossil fuels. Mining is mainly done to extract the minerals and metals from the core of the earth.

Mining is a very profitable business and it also creates employment opportunities. It benefits everyone including the government and that is why the mining industry is widely supported. There are several negative effects of mining for the environment.

To make mining possible, several forests are cleared and this leads to deforestation. Most of the mines in Africa were created after cutting down forests. The vegetation is cleared in order to build the mining facility and laying roads. Several organisms and animals live in these forests. With the deforestation, these organisms and animals lose their natural habitat. So, they start looking for a new habitat in order to survive. However, most organisms and animals do not respond very well this change and end up dying. The biodiversity is lost in this process. A number of smaller plants and creepers that grow with the support of the trees also die due to deforestation.

Every single forest in the world is a biosphere of its own. It is impossible to create a biosphere artificially as the various processes and inter-dependence of organisms is too complicated.

In addition, mining causes a lot of pollution as a lot of chemical waste incurred due to the various processed involved. This waste is released into water bodies, rivers and sea. The chemical composition of the soil also changes in the mining area. It becomes a desert-like environment where nothing grows.

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South African Mining Companies and Mining Houses are Being Reevaluated

South Africa holds the world's largest reserves of gold (35%), platinum group metals (55.7%), manganese ore (80%) chrome ore (68.3%) titanium metals (21%). It also produces a large share of the world's diamonds and mineral deposits.

Lucrative opportunities exist for downstream processing and value adding of iron, carbon steel, stainless steel, aluminium, platinum group metals and gold.

Beneficiation of minerals before export is a major growth area. The Department of Minerals and Energy has embarked on a small-scale mining programme aimed at encouraging and facilitating the development of economically viable small-scale mining and mineral-based industries, in line with the government's desire that small miners gain access to mineral rights suited to small mining activity.

Relationships between individual mining companies and the controlling mining houses are being reevaluated. Mergers, restructuring and unbundlings have created much optimism for the industry in recent years, driven by the need to develop black ownership, to expand abroad and by a languishing gold price.

Mining and minerals in South Africa:

South Africa is a world leader in mining. The country is internationally renowned for an abundance of mineral resources, accounting for a significant proportion of both world production and reserves, and South African mining companies dominate many sectors in the global industry.

South Africa is the world's biggest producer of gold and platinum and one of the leading producers of base metals and coal.

The country's diamond industry is the fourth-largest in the world, with only Botswana, Canada and Russia producing more diamonds each year.

Although well over a century old, South Africa's mining industry is far from fully tapped. The country is a treasure trove, with mineral deposits only matched by some countries of the former Soviet Union.

While holding the world's largest reserves of gold, platinum-group metals and manganese ore, the country has considerable potential for the discovery of other world-class deposits in areas yet to be exhaustively explored.

Only two strategic minerals - crude oil and bauxite - are not available in the country. For the rest, the sector spans the full spectrum of the five major mineral categories, namely precious metals and minerals, energy minerals, non-ferrous metals and minerals, ferrous minerals and industrial minerals.

Apart from its prolific mineral reserves, South Africa's strengths include a high level of technical and production expertise, and comprehensive research and development activities.

The country has world-scale primary processing facilities covering carbon steel, stainless steel and aluminium industries, in addition to gold and platinum.

Minerals beneficiation:

With the growth of South Africa's secondary and tertiary industries as well as a decline in gold production, mining's contribution to South Africa's gross domestic product (GDP) has declined over the past 10 years.

However, this may be offset by an increase in the downstream or beneficiated minerals industry, which the government has targeted as a growth sector.

Lucrative opportunities exist for downstream processing and adding value locally to iron, carbon steel, stainless steel, aluminium, platinum group metals and gold.

A wide range of materials is available for jewellery, including gold, platinum, diamonds, tiger's eye, and a wide variety of other semi-precious stones.

Industry transformation:

South Africa's mining industry is continually expanding and adapting to changing local and international world conditions, and remains a cornerstone of the economy, making a significant contribution to economic activity, job creation and foreign exchange earnings.

Change strategies adopted by the industry since the end of apartheid in 1994 have made it more competitive.

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The Source of Gold - Its Ores and Minerals

With the high market prices of gold and silver in recent months, a number of people are wondering about where these metals come from. Gold and silver metals are obtained from a variety of different types of rock ores. Most people think of gold nuggets and such as the source of gold, but the truth is that very little of the new gold produced comes from nuggets - nearly all newly mined gold comes from ores mined from the natural hard rocks that contain gold in tiny, even microscopic particles. This article is created to describe what these ores are like. Gold is found widely diffused in nature even though it is one of the scarcer metals in the earth's crust. Very commonly, gold occurs as the native metal encased within a mineral known as quartz. Sometimes the gold is in a finely divided state, sometimes in particles of considerable size, as nuggets, grains, scales, plates, threads and wires in quartz rock. It occurs also in a finely divided state disseminated through schistose rocks, slates and some sedimentary rocks like limestone. In these cases the rock has been altered by the flow of heated and mineralized waters, often resulting in the impregnation of large amounts of rock with silica, iron and a certain amount of gold. Sometimes the silicified rock even replaces much if not all of the original country rock. While historically speaking vein deposits were the most productive, these disseminated deposits currently yield much of the worlds gold ore.

Within gold ores, the element itself occurs in nature chiefly in the form of native gold, which is by far the most common gold bearing mineral. In various gold ores, the native gold commonly occurs as tiny particles contained within sulfide minerals such as pyrite. Iron pyrite is an exceedingly common mineral associated with gold, but it also serves as a reducing agent. Therefore whenever gold is found encased in pyrite, it is always present as free gold and not as some type of gold sulphide. Gold is also found at times in chalcopyrite, galena and arsenopyrite and stibnite, but not as a rule in such large amounts as may be found in pyrite. Other minerals, like sphalerite, pyrrhotite, magnetite and hematite sometimes carry small amounts of gold as well. Gold also occurs as tellurides such as calaverite. Common gangue minerals in gold ores include quartz, fluorite, calcite and pyrite, but many others can be found in smaller amounts.

Gold Ore Minerals:

The most prominent is native gold - most of the native gold contains a small amount of silver, copper, platinum, etc. Telluride minerals are the most common minerals which contain significant gold in their make up. They include: Petzite (Ag,Au) 2,Te, with a gold content of about 25 per cent. Hessite (Ag2Te), with gold often present replacing a part of the silver. Sylvanite (Au,Ag)Te2 : typically about 25 per cent. gold. Calaverite (Au,Ag)Te2 : typically about 40 per cent, gold. Krennerite (Ag2Te,Au2Te3) : gold is about 35 percent. Nagyagite (Au2,Pbi4,Sb3,Te7,S7). Some samples of Nagyagite have given upon analysis 12.75 per cent gold. The gold containing sulphides, as well as the tellurides, are of primary formation, although auriferous chalcopyrite might also be formed by secondary enrichment processes. Native gold may occur in the primary, secondary enrichment, or oxidized zones. The tellurides, which are usually associated with pyrite, are widely distributed, though not so abundant, but not always recognized; indeed by some miners they are mistaken for sulphides.

General Types of Gold Ores:

Gold deposits are often classified according to their association. The first of these may be catalogued as quartzose. This implies that the gangue mineral is acid, that is, quartz, and that fluorite may abound, or even the other gangue minerals of the alkaline earth group. Not infrequently there appears within the quartz varying amounts of pyrite and even limited quantities of chalcopyrite and galena. These are free milling ores. By a free milling ore, it is meant one that the rock does not require roasting before the gold can be recovered from it. Dry ore is the term often used for this category. The second class of gold ores is auriferous copper ores. These are widely distributed throughout the United States and much of the chalcopyrite is gold bearing. These auriferous copper ores are especially abundant in Colorado, Utah, Montana and British Columbia. They are also present at Gold Hill, North Carolina and in Canada at Newfoundland. The third class of gold ore is auriferous lead ores. The percentage of lead in these rocks is large and the gold content is often small. They are refractory ores like the copper ores. By refractory ore is meant one that requires roasting before extraction processing. The heavy sulphides as copper, lead and antimony require this method of treatment, that is the condition of the gold in the mineral will not allow of its immediate capture with most recovery systems. The fourth class of gold ores comprises the gold-telluride group. The gold telluride ores occur with silver, or with silver, lead and antimony, or as native gold accompanied by other tellurides. These ores are often sent direct to the smelters for treatment. A fifth type is the disseminated ore type. They are often low in grade but large. They fill large fracture and fault zones or replace certain geologic horizons. They are the result of the circulation of large amounts of heated water deep underground.

Types of Precious Metals and Why to Invest in Them

Like other rocks and minerals, precious metals acquire value with rarity and desirability. That's why they make good investments. These are used in art, jewelry, electronics and other fields. The more important ones include gold, silver and palladium. Here's a brief description of some of them:

Gold is found in South Africa, the Alaskan Yukon, California, Canada and in many Russian states. This is a relatively soft metal, heavy and malleable. It is a good conductor of heat and electricity and is insoluble in acid. Long prized as a monetary standard, gold is also used in dentistry and in electronic and scientific instruments.

Silver comes from Norway, Mexico, Chile, Canada, Australia and Colorado. Large blocks originate from Aspen, Colorado but the greatest quantity is taken from Mexico. Like gold, this mineral is fairly soft, heavy and malleable. It is soluble in nitric acid and is another good conductor of heat and electricity. Silver is used in jewelry, chemistry, electronics and in film photography. It is also used by the United States and other countries for currency.

Palladium is a rare and lustrous silvery-white metal that was discovered in 1803 by the English chemist and physicist William Hyde Wollaston. Together with platinum, rhodium, ruthenium, iridium and osmium, palladium is part of a group of elements known as the platinum group metals. These metals have similar chemical properties but palladium has the lowest melting point and is the least dense of these precious metals.

Palladium is found in several electronic devices such as computers, mobile phones, multi-layer ceramic capacitors, component plating, low voltage electrical contacts, and TV sets. It is also used in dentistry, medicine and chemical applications. Palladium plays a key role in creating fuel cells which combine hydrogen and oxygen to produce electricity, heat and water.

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