Coffee

To those who may not be aware, caffeine content in coffee acts as s stimulant and it increases our alertness and keeps us awake when consumed in substantial quantities. For those who wish to enjoy good coffee but want to avoid consuming caffeine, decaf of decaffeinated coffee is the obvious choice. Bear in mind that decaf coffee is by no means less flavorful or inferior in quality to the normal coffee. With certain flavor additives, decaf flavored coffee can be extremely delicious.

It is possible to extract caffeine from the bean without affecting its flavor, aroma and taste. But using chemical solvents for this purpose can create health problems over a period of time for coffee drinkers. Instead it is safer to remove the compound is by immersing the coffee beans in hot water.

But different companies adopt different methods and it is necessary for you to find out the method used to ensure that you are getting correctly processed coffee beans. Proper infusion of flavors and appropriate methods of removal of caffeine will make decaf coffee as a healthy and refreshing beverage to drink.

There are four major process methods used to remove caffeine from coffee -

o Conventional decaffeination.
o Natural decaffeination using chemical Ethyl Acetate.
o Water decaffeination.
o Carbon Dioxide decaffeination.

Each of these methods removes the caffeine from coffee but there are significant differences in the taste of the decaffeinated coffee.

Conventional decaffeination uses the chemical Methylene Chloride – Although Methylene Chloride levels in the coffee bean are reduced to residual levels that are legally safe, many health-conscious consumers still consider these residues unacceptable. Many connoisseurs of coffee complain that the flavor of coffee decaffeinated by Methylene Chloride method is somewhat insipid.

Ethyl Acetate decaffeinated coffee is generally referred to as Naturally Decaffeinated coffee because Ethyl Acetate occurs naturally in orange rinds and other fruits. Ethyl Acetate used in decaffeination is a man-made chemical. The decaffeination process is essentially the same as in conventional Methylene Chloride decaffeination, except Ethyl Acetate replaces Methylene Chloride as the solvent. The practice to label the beans naturally decaffeinated makes it a powerful marketing tool.

The advantage of the water decaffeination over conventional methods is that no chemicals are used. Most people seem to agree that the water process produces a slightly more flavorful cup of coffee – though water process coffee is more expensive. Water decaffeination is specially favored by those who are sensitive to health and environmental issues.

CO2 decaffeination produces the most flavorful decaffeinated coffee. There are no harmful chemicals or by-products of the process. But the fact is the setting up of a CO2 decaffeination plant is quite high and as such this process is primarily used to decaffeinate large volumes of commercial grade coffee. In view of the growing market for a safe and flavorful decaffeinated product, CO2 decaffeinated specialty grade coffees are popular and widely available.

In order to retain maximum flavor during the decaffeination process, it is necessary to use green coffee beans. This may mean paying more for the coffee, but the extra cost is worth it. It is a fact that there are many shelf brands of decaffeinated coffee available but genuine coffee lovers will find more satisfaction in the beans that have been carefully processed exclusively for decaf lovers.

Samehta is a Copywriter of Flavored coffee, flavored tea.She written many articles in various topics such as decaffeinated flavored coffee. For more information visit: http://capellaflavordrops.com.

Author: Samehtas S Capellas
Article Source: EzineArticles.com
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Lovers of coffee everywhere have all heard the controversial question asked, “What is the point in drinking decaf?” The majority of coffee drinkers enjoy the sense- pleasing benefits that coffee offers as well as the physical reaction that is attributed to the caffeine in coffee. The opposite groups of coffee drinkers also enjoy the aroma and flavor of coffee, but are more cautious of the physical reaction that caffeinated coffee produces. Due to health reasons, or simply favor of sleep, a rising majority of coffee drinkers are choosing decaffeinated coffee. Decaffeinated coffee not only provides an individual with the sense-pleasing benefits, but it also offers the health benefits, such as antioxidants, found in coffee.

Once a coffee lover has established that they will benefit from drinking decaffeinated coffee, the questioned that must then be asked is, “Which decaf method is most beneficial?” A few common decaf methods are the direct method, indirect method, triglyceride method, and Swiss water process. The controversies between the methods are whether or not chemicals are used, which chemicals are used, and whether or not the taste and aroma of the coffee is jeopardized. Most arguably the Swiss Water Process is the most beneficial method. Through the Swiss Water Process the coffee is decaffeinated 100% free of chemicals.

The Swiss Water Process was developed by the Swiss Water Decaffeinated Coffee Company. To decaffeinate the coffee bean by the Swiss Water method, a batch of green (unroasted) beans is soaked in hot water, releasing caffeine. When all the caffeine and coffee solids are released into the water, the beans are discarded. The water then passes through a carbon filter that traps caffeine but lets the coffee solids pass through. The resulting solution, called “flavor-charged” water by the company, is then put in a similar filtration device, and new coffee beans are added. Since the flavor-charged water cannot remove any of the coffee solids from the new beans, only the caffeine is released. The process repeats, filtering out all the caffeine until the beans are 99.9% caffeine free. These beans are removed and dried, and thus retain most if not all of their flavour and smell.

Other decaffeinated processes use claims such as “water process” or “natural process”, when in actuality chemicals are used. Methylene chloride or ethyl acetate is used in processes like the Direct Method or the Indirect Method. Sometimes coffees which are decaffeinated using ethyl acetate are referred to as a natural process because ethyl acetate can be derived from various fruits or vegetables, but because of the impracticality of gathering natural ethyl acetate, the chemical used for decaffeination is synthetic.

Many companies affiliated with coffee have recognized that the Swiss Water method is the most beneficial and recognizable decaffeination process. The Coffee Beanery, a Michigan based company, provides Swiss Water Process decaffeinated coffee. The Coffee Beanery has many stores located nationally as well as internationally. Among many caffeinated coffee bean choices, the company also offers straight SWP coffees as well as several flavored SWP coffees. With SWP flavors such as Café Carmel, French Vanilla, Toasted Almond, and Michigan Cherry, any decaf coffee drinker will have their coffee needs met.

Visit any location near you or order from the website at http://www.coffeebeanery.com.

Erin Christensen

-Coffee Beanery

Author: Erin Christensen
Article Source: EzineArticles.com
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