Activated Charcoal and Its Significance Across Industries

on Sunday 30 September 2007

A particular form of carbon that has been specially treated to render it an extremely porous quality with a large surface area is known as activated charcoal. The large surface area makes this form of carbon suitable for adsorption as well as chemical reactions. Typically, it is derived from charcoal. However, there are certain other materials such as coconut shell from which it has been lately derived.

From the chemical industry to the medical sector to the transportation line, this material finds uses in a multitude of applications. In this article, we shall take a quick look at the various applications of activated charcoal. 

Metal finishing: This material finds wide ranging uses in electroplating and metal purification processes. Owing to its adsorption properties, activated carbon shows satisfactory results in removing organic impurities from various metal plating solutions to help achieve the desired plating performance.

Environmental sector: This material has been effectively used in spill cleanups, air and water purification, ground water treatment and other similar operations. Small scale as well as large scale water filtration systems immensely benefit from the use of such treated carbon.

Medical sector: In the early 19th century, activated carbon was sold as a cure for flatulence or irritable bowel syndrome. Besides, it is also considered to be an effective agent in preventing the absorption of poison in the human body as it binds to the toxin. Similarly, it has been used for absorbing harmful drugs from the body of patients who have suffered from poisoning.

Vodka and whiskey purification: Since the clarity of alcohol is directly associated with its consumer appeal, filtration and purification is an important aspect in this industry. Activated carbon helps remove impurities without affecting the body and flavor of these drinks. It leads to enhanced organic purity.

Odor and moisture removal: Activated carbon is also known to absorb moisture from its immediate atmosphere hence it is widely used in applications that require low-humidity conditions. In addition, it is also used for absorbing odor in refrigeration systems and other similar places.

Consumer products: Products like gas masks also make use of activated charcoal to help the user stay safe when dealing with harmful gases and chemicals.

Food and beverage industry: Applications such as glycerin purification, decolorization (especially of sugar), purification of edible oil, decolorization and deodorization of juices etc rely on the use of activated carbon.
While these are just a few industries that benefit from the use of activated charcoal, there are myriad of other industries and applications where it is widely used. The best part about this material is that it can also be regenerated and re-used once its adsorptive capacity is restored.


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Learn the Process of Activated Charcoal and Their Implementation in Industries

on Friday 28 September 2007

A form of carbon that has undergone extensive treatments to provide a highly porous quality consisting of large surface area is technically termed as activated charcoal. It is because of the large surface area this form of carbon becomes suitable for adsorption and other chemical reactions. The overall processing involves either chemical activation or physical reactivation making it an extremely porous element.

Activated charcoal products or better known as active carbon is processed from various materials like petroleum pitch, peat, wood, lignite, coal, coir, and nutshells. However, according to some recent derivations, materials like coconut shells are also responsible for producing active carbon. This adsorbent is formed under superior adsorption process and thus, it can be used in several industrial sectors for wide purposes. It is mainly used in purification and filtration purposes, and also in the medical field as an antidote to poison.

For several years, activated carbon has been popular for its various forms such as pellets, granules and powders. All these products have their own characteristics and versatile uses in different industries. Let us look into those details in the further paragraphs to come.

Process of Activated Charcoal

The chemical Activated charcoal converts into an activated adsorbent when steam and acid react together at extremely high temperatures. Due to this oxidative process, the charcoal's internal surface gets eroded in turn increasing the adsorption capacity. This entire process is carried out by creating an internal network of minuscule pores which are three times more effective as compared to regular charcoal.

These adsorbents are quite effective and powerful in nature. If you consider one standard 50-gram dose of active carbon, its overall surface area would approx up to 10 football fields. Hence, their benefits are vivid in a multitude of applications ranging from chemical industry to transportation line to medical sector.

Applications that Benefit from Activated Carbon

This is an odorless adsorbent that exhibits excellent adsorption properties. Owning to its quality it has several uses. So let us take a look below.

· Water, Air and Environmental Purification:It acts as the best purifying agent to get rid of pollutants and contamination present in air or water. It effectively purifies the drinking water and groundwater. It is also used for making breathing masks.

· Chemical Sector and Metal Finishing: Used as catalysts in various chemical reactions, and as an efficient agent for recovery of precious metals like gold. Used in removal of organic impurities from metal plating solutions to achieve optimum electroplating and metal purification processes.

· Health-Related and Medical Sector: Used in treating flatulence and indigestion problems. It is the best antidote to a person who is poisoned because of animal or insect bites. Pharmaceuticals and emergency departments at hospitals use it in the form of oral medicine.

Considering all the above varied applications and information, it is very easy to understand why active carbon has high demand across various industrial verticals.


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Coconut Candy - How to Prepare and Other Uses of the Coconut Plant

on Thursday 27 September 2007

This article is a step by step description of how to make Coconut Candy. They are various kinds of coconut candies but we are emphasizing on the kind made specifically in Nigeria. This candy itself is easy to make, just that it involves a little more work to grate the coconut meat into little pieces.

Ingredients:

1 head fresh coconut with the juice
200 g of icing sugar
Water
Preparation

Break open the coconut
Collect the coconut juice
Remove the meat from the shell
Grate the meat into small pieces( make sure you grate along the coconut meat and not across it, so as to get long thin coconut pieces rather than a mass of grated coconut.)
Directions

Pour the coconut juice in a pot.
Add icing sugar and stir
Add the grated coconut pieces and stir
Add water of the same quantity as the coconut juice to the mixture.
Cover the pot and let it boil at high heat.
Once its boiling, continuously still till water is almost evaporated.
Reduce the heat to low and continue stirring.
Keep stirring till the coconut pieces turn slightly brown.
Turn off heat and scoop the hot coconut candy to a flat plate and leave to cool.
You can serve as dessert or snack once it is cold.
Things to watch out for

The candy should be sticky and not dry when cold.
You can store it in a refrigerator for up to a month
It is a sweet snack that's why we have sugar in the preparation, but you can reduce the sugar content according to your taste.
Better to clean the pot as soon as you scoop off the candy, because the caramel from the sugar can be very tough to clean off the pot once it cools.
Other uses of the Coconut Plant

Exocarp or Fibrous husk: When it is soaked in salt water, its fibers are separated to produce coir. Coir is commonly used material in creating ropes, mats, and coarse clothes.

Endocarp: This is also used as a material in different handicrafts. In cooking, its shells are used in producing charcoal and creating dishes and kitchen utensils

Endosperm or Coconut meat: The meat or nut is a good source of protein and acts as a natural laxative. The meat has many uses like animal feeds, flower, desiccated, milk, chips, copra, candies, latik, salad, and other sweet delicacies

Liquid Endosperm or Coconut water: The water inside the young fruit is the purest and most health benefitting water. It provides proper hydration of the body, natural cleansing of the kidney, and balances the electrolytes in the body.


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Coconut Oil - Oil From the Tree of Life

on Wednesday 12 September 2007

The coconut palm tree is a remarkable and valuable plant. The coconut palm tree has probably a thousand uses. The nut of the coconut palm plant is used as a source of food to sustain life. It is an important ingredient in medicine. Other parts of the plant are used as materials to build shelter, make clothing, charcoal, and various tools. The purpose of the plant is numerous. The coconut palm tree has the scientific name: Cocos nucifera, but it has other well meaning names that seem to suit it just as well. In India it is referred to as "Kalpa vriksha" or the "tree which provides all the necessities of life". In the Philippines it is called the "tree of life".

The coconut palm grows abundantly in the tropics and it gives the islands the feeling of paradise and romance, especially along its coastlines. It typically grows to 60 to 70 feet tall and has a life span of up to 70 years. The fruit of the coconut tree is considered botanically a seed, but in the tropics it is mostly considered a nut. It bears year round in bunches of 5 to 12 nuts every month.

The coconut palm takes 14 months to fully mature. A young coconut is completely filled with liquid (referred to as coconut water) and has little meat. The meat is soft and jelly-like in texture and can be eaten with a spoon. A fully mature coconut has less liquid and more meat. Its meat is thick and hard and less sweet than the meat of the young coconut.

The content of meat and liquid varies as the nut matures. Fresh mature coconut meat is also used to make make coconut milk, but fresh coconut meat can spoil quickly and so it is often dried to last for many weeks and longer if sealed in an airtight container and kept cool. However, it is the meat of the coconut that is used to make coconut oil that has captured the most controversy within the last two decades and encourage a number of nutritional fallacies.

The controversy

Coconut oil has been around for thousand of years. Evidence of its early use is seen in Ayurveda literature. In India, the oil was used in food, lotion, pomades, baths, and medicines. It was also used in Asia, The Pacific islands, Africa, and Central America. It was introduced to the Europeans as far back in the 15th century.

By the 1800's, coconut oil was a main form of trade for many of these islands and countries that had an abundance of the coconut palms. It was not only an edible oil; it was used to make soap, candles, lamps, pomades, and many cosmetics. In order to produce a quart of oil, 10 coconuts were needed. An increased demand in coconut would obviously mean higher prices. The leading country producers of coconut oil were Philippines, Malaysia, Indonesia, and India. It was also produced in Latin America and South America. These are the producers that were mostly affected by the biggest propaganda ever hatched in the field of nutrition.

In the 1970s, studies indicated that saturated fat increase blood cholesterol which could increase the risk factor in the development of heart disease. In the USA, coconut oil was already used in a number of baking products. Even in a number of old American recipe books, the oil was included. But soon a number of consumer groups and special interest organization began to lobby the removal of coconut oil from most of its foods.

Consequently, coconut oil, because of its high content of saturated fat and its new stigma as an "artery-clogging fat", became an undesirable and an "unhealthy" choice in cooking. This perpetuated a perfect environment for other types of oil producers to take advantage of this growing consumer fear. And that is just what they did to push their cheaper hydrogenated oils.

By the 1980's, more effort was place to encourage the use of soybean oils. The anti-tropical oil smear campaign promoters were very vocal and were soon successful in decreasing the overall consumption of the tropical oil, including coconut oil, in the American diet to about 2%. Food manufacturers even went as far as stating in their labels that their products "contains no tropical oil".

The scientific and political propaganda was successful in getting the interest of the public to replace tropical oils with cheaper polyunsaturated soybean oil from American farmers. The general public and commercial food industry supported the idea that polyunsaturated vegetable oil, such as soybean, safflower, and corn oils, were good in reducing total cholesterol, better than coconut oil. (One important fact to note is that this method of reducing total cholesterol was not sufficient to determine a healthy cholesterol. A person with a total cholesterol reading of 200 mg/dl could still have heart problems. The best way to measure cholesterol is by the use of the cholesterol ratio that takes into account the amount of HDL and LDL. A cholesterol ratio of 5.0 is normal, and above this value indicates an increasing risk of heart disease). By the 1990's, competition in the edible oil market was practically eliminated. Tropical oil exporters from Malaysia and the Philippines responded to what they termed as "vicious scare tactics" used against their products.

The fallacies are exposed

The coconut oil manufacturers stood up to disputed the common misconceptions promoted throughout the years. They sought to clarify that coconut oil contains absolutely no cholesterol because it is derived from a plant and that it could not raise blood cholesterol or contribute to heart disease. Also, the saturated fat in this oil (Medium-chain fatty acid or MCFA) is different from the saturated fat in meat. They explained that the MCFA in coconut oil is heart friendly, helps protect against heart disease, and does not have a harmful effect on cholesterol levels. Their claim propelled a number of studies to find support for this information.

A number of interesting facts came out of these studies as they observed the use of coconut oil in some populations that had a high consumption of it. In these populations, such as the populations of the Polynesian islands, showed the lowest level of cholesterol and low levels of mortality from heart disease, despite the fact that the consumption of coconut oil was quite high. The oil was part of the staple diets of all Polynesian, Melanesian, and Asian peoples. They had much better health than those in north America and Europe who didn't use coconut oil. These people were relatively free from the the degenerative disease that plagued those under the American or western diet.

However, when these people substituted their traditional diet and adopted the western diet they found an increase in many diseases that was almost unheard of, such as gout, diabetes, obesity, hypertension, atherosclerosis, cancer, and arthritis. Other studies showed that these alternative vegetable oils increased the fat content of foods fried in it. The food therefore absorbed more fat and could cause an increase fat consumption, and worse its hydrogenated fat had a negative effect on blood cholesterol.

It would seem that replacing coconut oil (even palm oil) with hydrogenated vegetable oils, such as soybeans, is only beneficial to these edible oil industries and not its consumers. Unfortunately, coconut oil still continues to get a lot of criticism from alternative vegetable oil supporters despite the fact that these hydrogenated oils are not easily digested and is composed of toxic trans fatty acids. Today, almost all the foods we buy in the supermarket contains alternative hydrogenated vegetable oil.

So the health benefits of coconut oil remains unheard of in many areas of western society still. Fortunately, it is still used in many countries and its benefits are being revealed. In India, Panama, and even Jamaica, the coconut is seen as a health tonic for the heart and is consumed like a normal liquid supplement. In these countries the coconut oil is known for its health-giving properties and therapeutic benefits.

The properties and benefits of coconut oil

Coconut oil is a stable oil with a chemical composition of 92% saturated fat, 6% monounsaturated fat, and 2% polyunsaturated fat. The medium-chain fatty acid or medium-chain triglycerides in coconut oil makes it a healthier choice than fat that contains mostly long-chain fatty acids. This is because the MCFA is easily absorbed directly into the blood, and carried to the liver or converted to immediate energy.

Its fat is not stored like long-chain fatty acids which are converted into triglycerides in the intestine. Therefore, the MCFA from this oil is easily metabolized and poses no risk to clogging the arteries, because it does not require lipoproteins or special enzymes to utilize the fat by the body. The fatty acid composition of coconut oil is mostly capric acid, caprylic acid, oleic acid, stearic acid, palmitic acid, myristic acid, linoleic acid, and mainly lauric acid.

Lauric acid is a unique fat that is also found only in mother's milk. The fatty acids found in coconut oil has no harmful effects and can promote better health because it has antiviral, antifungal and antimicrobial properties. Coconut oil is stable and has a long shelf life; it could last up to three years. Also, at temperatures lower than 24.5 degrees C, it can convert to a white solid form. Therefore, coconut oil can stay fresher longer than any other polyunsaturated oils.

Here are some of the benefits of cooking with coconut oil: it can treat digestive or mal absorption problems; it can be used in commercial infant formulas; it reduces fat consumption and stimulates metabolism which can lead to weight loss; it helps regulate thyroid function, balance blood sugar level, increase energy, and promote overall heath. Therefore, coconut oil can help lower LDL cholesterol and prevent high cholesterol, arthritis, fibromyalgia, candida, herpes, allergies, psoriasis, influenza, diabetes, etc. It is an antibiotic, an immuno-enhancer and an immunoregulator.

The quality of the copra in a coconut used to make coconut oil varies. Therefore, it is important to distinguish between (unrefined) virgin coconut oil (VCO) from the refined, bleached and deodorized (RBD) coconut oil if you are interested in using it as an edible oil. VCO is the pure, unadulterated, form of the coconut oil. It is the healthiest form of coconut oil because it is made with the least possible processing from fresh coconut meat and with absolutely no chemicals. VCO is colourless, it has a mild coconut aroma, and a mild pleasant flavor. It retains most of the phytonutrients and chemical properties already mentioned. RBD coconut oil lacks most or all of these phytonutrients and is therefore of a lower quality than VCO.

The RBD coconut oil is a hydrogenated coconut oil. They are made from older coconuts (damaged or undamaged). The dried copra is generally exposed to the sun before processing and gather an appreciable amount of bacteria and mold. It is refined and sterilized to remove much of the contaminants. Sometimes chemicals are used to extract the greatest amount of oil from the copra. As a result, much of the needed phytonutrients are removed. A less refined or lower grade RBD oil may have a slight yellow color because of the unremoved traces of contaminants. RBD coconut oil may have a mild musty or chemical taste. Poor quality oil or rancid coconut oil can irritate the throat.

Conclusion

The health benefits derived from coconut oil, particularly VCO, is remarkable and is certainly a necessary tree of life. The evidence is before us. We have part of the reason for the increasing epidemic of obesity, heart problems and diabetes that is short changing the longevity of many people in the west. Perhaps, it is time for society to start going back to basics if they wish to see a drastic improvement in the overall health of all populations.


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Charcoal Colon Cleanser

on Tuesday 4 September 2007

Colon cleansing is very essential in today's life style. All of us eat a lot of unwanted foods that are being processed to maximum extent. Process foods are although easy to digest along with it comes other negative factors like while processing the food a large amount of essential nutrients are lost. We get only one quarter of the original nutrient that is available in the raw food. More over consuming many processed foods also creates a large amount of intestinal tract problems like indigestion, constipation, intestinal clogging etc. many unwanted materials which cannot be digested by our body gets stored in the intestine. During the bowel movement, some portion alone is able to be excreted out leaving the rest untouched. As a result it builds up in the due course to produce constipation and other related problems.

It is therefore essential to clean the bowel frequently through artificial methods or external methods. In addition, these building up of the nutrients produce other secondary toxins which are harmful to the body. The toxins are responsible for many kinds of body ailments like joint aches, body aches etc. Therefore it is essential that these toxins also have to be removed from the body along with the unwanted debris. There are many means to do this but the most cost effective and easy way to do is by the use of activated charcoal capsules.

Activated charcoal is the common charcoal that is available after burning the husk or coconut. The extreme power of the charcoal is that it is very absorbent and quickly adsorbs to all the organic wastes and the chemical toxins that are available in the intestine very effectively. Charcoal is very porous substance that is made up of carbon particles extensively. They are available in the form of capsules along with the physillium husk. Physsilium husk is essential as intake of activated carbon alone can cause constipation. Physsilium husk is rich in natural fibres that help to prevent constipation. When it can not be consumed like a capsule the capsule can be broken up and the contents alone can be mixed up with a glass of water and can be drunk. The effect is the same.

One draw back of using activated charcoal as the colon cleansing agent is that in addition to absorbing to the unwanted materials in the intestine it can equally attract the nutrients present in the intestine after the digestion of the food. Thus it can deploy the body from essential nutrients. In order to avoid this situation the activated charcoal capsule can be consumes either before 2 hours or after 2 hours after the food intake. In this gap the nutrients are well absorbed by the body thus leaving only the organic waste for the charcoal to be absorbed.

After the charcoal intake, the stool tends to be black and little hard. There is nothing to fear and the colour of the stool regains the bile colour after stopping the intake. Although the charcoal should not be consumed daily as it has no nutritious value and might add to the bulk in extreme cases.


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