Coffee

Among the primary coffee-producing country in the world, Brazil has been the leading country in terms of quality and variations of coffee. They have been in this industry for many years and they even have regulatory board in terms of producing quality coffee beans. Brazil has the perfect climate for growing java and because of this they have been producing quality beans above other countries. A lot of coffee enthusiasts prefer java from Brazil; on the other hand, Brazilian coffee drink is also a popular one. There are various coffee blends that use it as the main ingredient because of its strong full flavor.

Brazil accounts its dry and humid climate for producing quality coffee. Because of its varying rainy seasons, the coffee shrubs produce flower regularly, thus, producing coffee cherries in a lot of times. The dry climate allows perfect dry-processing of them. The dry method of processing them is the hardest and most complicated processing method and Brazil has spent reasonable amount of time and money in perfecting this process. The end result is worthwhile; the beans produced have a well embodied flavor and unique from other ones produced in other countries. Among the coffee shops, “Cafes do Brasil” is offered in different packaging as a lot of consumers want it above other types of java.

Since Brazil is famous for producing world class coffee, they also have their own coffee recipe to be proud of. The main ingredients are hot chocolate, coffee beans, heavy cream and brandy or rum. Just heat in all the ingredients except the heavy cream then, incorporate the heavy cream afterwards. This recipe produces a very unique tasting coffee blend. Furthermore, another popular coffee drink is the cafenzinho. It literally means little coffee and it is usually served among guests and tourists. In making it, just boil down three cups of cold water with a teaspoon of sugar. It is important to boil it under low heat in order to produce cafenzinho’s unique taste. Then, midway the boiling process, just add a tablespoon of ground coffee. It is advisable to utilize the one used in making espresso as it has a very strong flavor. Then after boiling, remove the coffee mixture from heat and filter its residues. A lot of people enjoy it as a black java but you can also add some cream in order to neutralize its strong flavor.

“Cafes do Brasil” can be purchased in a lot of coffee product stores as well as in the Internet coffee shops. Because it is a popular kind of java, finding it in the market is very easy. There are also available various blends of “Cafes do Brasil” and you can enjoy its different taste among other blends. They are usually packed in either whole or grounded beans so you have choices to choose from depending on how you will use it. Adding Brazilian coffee among your choices will add variation in your coffee drinking experience, so it’s good to try one!

To learn more about the different types of coffee to prepare your morning cup try visiting also manual coffee grinder review, where you will find this and a lot more tips including facts and tips to buy coffee grinder that will fit your personal needs.

Author: Pierre Smith
Article Source: EzineArticles.com
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Caffeine is a naturally occurring substance found in more than 60 different plant species all over the world. The coffee bush is one of them. Caffeine consumption and its effects in both animals and humans has been a topic of study for more than a century and likely will remain so for the future.

There are many different ways to extract caffeine from the green coffee beans before the roasting process. The first successful commercial decaffeination was invented in 1903 by the German coffee merchant Ludwig Roselius (1874-1943) and his assistant Karl Wimmer, a pharmacist by trade. The Roselius process, as it became known, required the use of benzene or methylene chloride as a solvent.

This is how, for many years, the brand of decaffeinated coffee marketed under the label “Sanka” was sold in France and the United States. The process, nowadays, is completely different. Although not the first to take caffeine out of coffee beans, something done by others previously, Roselius became a leading figure in promoting the process and marketing decaffeinated coffee as a new product.

Roselius filed for a patent in 1906. The Roselius process that was patented included the use of steam and chemical solvents initially. Roselius found out that caffeine can be removed from coffee by treating the green beans with chlorinated hydrocarbon solvents. After the solvents are removed, then the beans are roasted as usual. For years, Roselius and his scientists continued experimenting with ways to improve decaffeination.

In 1906, in Bremen, Germany, Roselius founded his company and called it Kaffee Handelsgesellschaft AG (Kafeee HAG, Coffee Hag). In the 1970′s, the company Roselius founded, patented a process developed by the Max Planck Institute that utilizes carbon dioxide as a way to eliminate caffeine from coffee beans. This carbon dioxide process continues to be one of the most common methods in use today.

Do you know the interesting and somewhat legendary story behind the Roselius “invention” of decaffeinated coffee?

• A shipment of spoiled coffee beans led Roselius and his assistant to experiment with “ruined” coffee beans in an attempt to get some use out of what was considered a loss.
• Roselius had acquired a shipment of coffee beans from Latin America to be delivered by cargo ship to his warehouse.
• The ship ran into some very rough waters at sea and the cargo hull took in salt water.
• The coffee beans in the flooded portion of the ship became sea salt water soaked.
• Roselius was a very savvy and determined businessman who would take every effort to get a return even out of what looked like a “real lemon.”
• Roselius’ researchers took the “ruined” coffee beans and analyzed them very carefully.
• They conducted taste trials to evaluate the effect of salt water on the coffee beans.
• To their surprise, they realized that the sea water had extracted much of the caffeine without affecting the taste.
• They confirmed that the coffee had an added taste of saltiness but, otherwise, the flavor was good and appealing to the palate.
• This, of course, was great news to Roselius who saw an opportunity to market a new “type” of coffee to consumers in Europe and North America. What looked like an initial loss turned into the makings of an empire.

Decaffeinated coffee is a very important part of the coffee trade and a beverage of choice for many consumers. Due to medical reasons or personal preference, decaffeinated coffee is something coffee lovers and connoisseurs consume regularly and in varying quantities. Top grade decaffeinated Arabica specialty coffees are part of a gourmet coffee’s choice list. They include single origin varietals from coffee growing regions such as Sumatra Estate, Costa Rican SHB, and Colombian Supremo. In fact, the list of available decaffeinated coffees is extensive so start drinking your cup now!

May I suggest you try a delicious decaffeinated Mocha-Java Blend?

Timothy (“Tim”) S. Collins, the author, is called by those who know him “The Gourmet Coffee Guy.” He is an expert in article writing who has done extensive research online and offline in his area of expertise, coffee marketing, as well as in other areas of personal and professional interest.

Come visit the author’s website: http://www.ourgourmetcoffee.com

Copyright – Timothy S. Collins. All Rights Reserved Worldwide

Author: Timothy S. Collins
Article Source: EzineArticles.com
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Caffeine is a naturally occurring substance found in more than 60 different plant species all over the world. The coffee bush is one of them. Caffeine consumption and its effects in both animals and humans has been a topic of study for more than a century and likely will remain so for the future.

There are many different ways to extract caffeine from the green coffee beans before the roasting process. The first successful commercial decaffeination was invented in 1903 by the German coffee merchant Ludwig Roselius (1874-1943) and his assistant Karl Wimmer, a pharmacist by trade. The Roselius process, as it became known, required the use of benzene or methylene chloride as a solvent.

This is how, for many years, the brand of decaffeinated coffee marketed under the label “Sanka” was sold in France and the United States. The process, nowadays, is completely different. Although not the first to take caffeine out of coffee beans, something done by others previously, Roselius became a leading figure in promoting the process and marketing decaffeinated coffee as a new product.

Roselius filed for a patent in 1906. The Roselius process that was patented included the use of steam and chemical solvents initially. Roselius found out that caffeine can be removed from coffee by treating the green beans with chlorinated hydrocarbon solvents. After the solvents are removed, then the beans are roasted as usual. For years, Roselius and his scientists continued experimenting with ways to improve decaffeination.

In 1906, in Bremen, Germany, Roselius founded his company and called it Kaffee Handelsgesellschaft AG (Kafeee HAG, Coffee Hag). In the 1970′s, the company Roselius founded, patented a process developed by the Max Planck Institute that utilizes carbon dioxide as a way to eliminate caffeine from coffee beans. This carbon dioxide process continues to be one of the most common methods in use today.

Do you know the interesting and somewhat legendary story behind the Roselius “invention” of decaffeinated coffee?

• A shipment of spoiled coffee beans led Roselius and his assistant to experiment with “ruined” coffee beans in an attempt to get some use out of what was considered a loss.
• Roselius had acquired a shipment of coffee beans from Latin America to be delivered by cargo ship to his warehouse.
• The ship ran into some very rough waters at sea and the cargo hull took in salt water.
• The coffee beans in the flooded portion of the ship became sea salt water soaked.
• Roselius was a very savvy and determined businessman who would take every effort to get a return even out of what looked like a “real lemon.”
• Roselius’ researchers took the “ruined” coffee beans and analyzed them very carefully.
• They conducted taste trials to evaluate the effect of salt water on the coffee beans.
• To their surprise, they realized that the sea water had extracted much of the caffeine without affecting the taste.
• They confirmed that the coffee had an added taste of saltiness but, otherwise, the flavor was good and appealing to the palate.
• This, of course, was great news to Roselius who saw an opportunity to market a new “type” of coffee to consumers in Europe and North America. What looked like an initial loss turned into the makings of an empire.

Decaffeinated coffee is a very important part of the coffee trade and a beverage of choice for many consumers. Due to medical reasons or personal preference, decaffeinated coffee is something coffee lovers and connoisseurs consume regularly and in varying quantities. Top grade decaffeinated Arabica specialty coffees are part of a gourmet coffee’s choice list. They include single origin varietals from coffee growing regions such as Sumatra Estate, Costa Rican SHB, and Colombian Supremo. In fact, the list of available decaffeinated coffees is extensive so start drinking your cup now!

May I suggest you try a delicious decaffeinated Mocha-Java Blend?

Timothy (“Tim”) S. Collins, the author, is called by those who know him “The Gourmet Coffee Guy.” He is an expert in article writing who has done extensive research online and offline in his area of expertise, coffee marketing, as well as in other areas of personal and professional interest.

Come visit the author’s website: http://www.ourgourmetcoffee.com

Copyright – Timothy S. Collins. All Rights Reserved Worldwide

Author: Timothy S. Collins
Article Source: EzineArticles.com
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The by-products of coffee processing are mainly coffee pulp, parchment husks and coffee husks. The main environmentally sustainable alternative uses include soil conditioner, fertilizer, mulch, animal feed, alcohol, bio gas, charcoal, heat energy, wax, and acids.

Coffee chaff from coffee roasting and spent coffee grounds from coffee manufacturing can also be used as CO2-neutral fuels. Spent coffee grounds from soluble coffee production can be burned as renewable fuel which replaces or reduces fossil fuel use for other production stages.

Four common sustainable coffee by-products include the following,

Composting

• Coffee pulp is a rich source of nutrients: 0.5% nitrogen; 0.15% phosphorus, and 0.5% potassium.
• Coffee pulp can be treated and used as organic fertilizer.
• Usually the coffee pulp is placed on piles and left to compost for about 3 to 12 months.
• During that time, coffee pulp turns into rich, black humus excellent for composting.
• Using organic fertilizers improves soil conditions and increases agricultural yield.
• Farmers save money otherwise spent buying inorganic fertilizers.

Mushroom planting soil

• Coffee pulp can also be used as planting soil for mushroom production.
• When used for this purpose, the coffee pulp is fermented for about two days.
• The coffee pulp is then pasteurized with hot water, drained, dried and mixed with mushroom spores.
• Next, the mixture is put in plastic bags with holes where the mushrooms develop for about 3 to 4 weeks.
• When the mushrooms grow out of the holes, they are collected.
• One bag allows for about 2 to 3 mushroom harvests.
• The fresh mushrooms are for table consumption or they can be dried for sale.
• The income from mushroom growing can be significant for the farmers who do this.

Animal feed supplement

• Coffee pulp is very rich in nutrients.
• Coffee pulp can be dried and used in animal feed.
• The pulp needs to be treated as quickly as possible to prevent the development of fungi.
• Usually, coffee pulp is treated with calcium hydroxide and dried under pressure.
• Another way to dry pulp, in the absence of industrial equipment, is to mix the coffee pulp with sugar cane molasses or other inorganic substances before storing the mix in silos.
• The resulting silage is available for use after 3 weeks and can remain stored for up to 18 months.
• The use of coffee pulp for this by-product appears to offer limited value because the cost of processing the pulp can exceed the gain derived from its use.
• The research on the effects of caffeine, potassium and other natural chemicals in the pulp on the health of animals is ongoing and will be influential for the future of this by-product.

Energy source for heat exchangers of coffee driers

• The most energy consuming step in coffee processing is drying.
• Sun drying is very common and offers many benefits but has drawbacks as well.
• Sun drying conserves energy, minimizes the use of fossil fuels and reduces costs.
• However, parchment coffee can be contaminated with dust and dirt during the sun drying process.
• Rainstorms happen without warning and are a challenge for farmers to prevent bean re-wetting which can promote bacterial infections and moldy growth.
• Because sun drying is time intensive, many coffee processors choose mechanical drying. The downside is that the cost to operate mechanical dryers is high and can cut down on margins.
• Using coffee parchment husks as the energy source for burners for heat exchangers of coffee driers is both a great environmentally friendly waste-recycling and energy-saving solution.

With international markets changing and the economic pressures mounting everywhere, crops such as coffee require innovative thinking to improve efficiency, cost effectiveness, quality and competitiveness. Sustainable coffee by-product development will continue to be a fast growing and important field of research.

What about drinking a delicious cup of Kona Extra Fancy Certified?

Timothy (“Tim”) S. Collins, the author, is called by those who know him “Gourmet Coffee Guy.” He is an expert in article writing who has done extensive research online and offline in his area of expertise, coffee marketing, as well as in other areas of personal and professional interest.

Come visit the author’s website: http://www.ourgourmetcoffee.com

Copyright – Timothy S. Collins. All Rights Reserved Worldwide

Author: Timothy S. Collins
Article Source: EzineArticles.com
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One of the best ways to understand your daily cup of Joe is to discover how it came to be in the growing process. Coffee is one of the most popular drinks worldwide, and it is actually the second most exported commodity globally, second only to oil. Coffee comes in many different forms based on the brewing method, whether it is espresso, French Press, or regular drip brew coffee. However, all coffee is grown in a similar manner using different techniques to cultivate diverse flavors.

To begin with, coffee can only be grown between the Tropics of Cancer and Capricorn. This coffee growing region is throughout equator, and it includes Northern South America, Central America, Indonesia, India, Africa, Hawaii, and the Middle East. When a coffee tree is planted, it starts out small and evergreen. Coffee is grown in larger plantations, and it involves intense labor since many beans are handpicked. This is precisely why many developing countries rely upon coffee production because they can start their own small farms and support the community with this livelihood.

Coffee is actually best grown in the equator because it provides a suitable climate. There are two different types of coffee trees that produce beans called Arabica and Robusta. Robusta is seen as the lesser quality variety that makes up around 30% of the market, with Arabica encompassing the remaining 70%. Arabica is often used for gourmet and specialty coffees, and Robusta beans are used for cheaper fillers. Robusta coffee actually contains twice as much caffeine as Arabica, but it often has a bitter or harsh taste.

Coffee is best cultivated in an area that is well aerated and well drained with fertile soil. Coffee trees need a large amount of oxygen to their roots during the growth process, which is why many farmers rely upon aerating the soil to help them to thrive and grow. Coffee trees also require a serious amount of rainfall at anywhere from 1500 to 2000 mm per year. If there is less rainfall yearly within the coffee growing region, then that deficit needs to be accounted for with the use of irrigation.

Many of the finest coffees are grown at higher altitudes at over 3000 feet. The reason that this is so important to growing coffee plants is because it provides cloud cover and mist. This combination allows the coffee plants to grow more slowly, which is important for developing deeper and more complex flavors. There is also a higher oxygen content at these altitudes so that the plants can continue to grow slowly and intake more oxygen. This environment also provides diffused light and moderate winds to the coffee trees to further enhance their development.

At lower altitude regions, you will normally find Robusta coffee trees growing. These are stronger plants that are more resistant to disease, but they are still subpar in flavor to the more premium Arabica variety. When you are looking for the best cup of Joe, look for coffee that is cultivated with care made from Arabica beans!

Another popular accessory for coffee is the commercial coffee maker! For a great selection, check out Mark Ramos’ website, The Coffee Bump.

Author: Mark Ramos
Article Source: EzineArticles.com
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