How is Cold Brewed Coffee Prepared?

The preparation of cold brewed coffee is simple. Measure a ratio of 1 part coarsely ground coffee with 4.5 parts water. Combine these in a glass container or pitcher and store in the refrigerator or at room temperature for at least 8 hours. Gently shake the container once or twice during the cold brewing process to further extract the flavors.

When the steeping process is complete it’s time to strain. Strain the coffee first through a mesh sieve, then strain again through something more fine, like cheesecloth, until there are no visible coffee particles left in the brew.

This cold brewed coffee will be strong, and it needs to be diluted with water before drinking. Start with a 1 part coffee 3 parts water ratio, and adjust to your personal taste. This coffee extract can be stored safely in the refrigerator for up to a week. This coffee extract is extremely versatile, and can be used in any recipe calling for coffee as an ingredient.

As the palate of the coffee lover changes, the coffee producing and preparing communities need to adjust to the consumers’ more discriminating palate. While cold brew coffee is not a new brewing method, it is one that is very appropriate for the specialty and boutique coffees that are now more available to the public than ever before. As coffee drinkers become more knowledgeable about specialty coffees and about the best ways to coax the nuanced flavors from the beans, we can expect to see a rise in specialty brewing methods as well.

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Used coffee grounds can help stop global warming.

With the environment in the news lately. Here is one you didn't see coming. Used coffee grounds are very good at storing Methane. Methane is a global warming gas many times more potent that carbon dioxide.With Methane having one advantage over Carbon Dioxide. That is Methane can be used as a fuel. The process to make this work is relative simple with the moist used coffee grounds being heated with potassium hydroxide. So who cares you may be asking yourself. While It's not likely your local power company will be digging around in your trash ben for your used coffee grounds in order to capture and store their Methane emissions. Some smaller producers of Methane emissions may have some interest. Many oil wells also produce small amounts of natural gas. The volume of gas is so small that it's uneconomical to lay the needed pipe in order to place this gas into the natural gas lines that heat your home. So this g...

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Meat and climate change. One side of the story.

What do you think? This is one side of the story. Meat production is a major contributor to climate change. It is estimated that livestock production accounts for 70 per cent of all agricultural land use and occupies 30 per cent of the land surface of the planet. Because of their sheer numbers, livestock produce a considerable volume of greenhouse gases (such as methane and nitrous oxide) that contribute to climate change. In fact, the United Nations Food and Agriculture Organization (FAO) has estimated that livestock production is responsible for 18% of greenhouse gases. The growing of livestock and other animals for food is also an extremely inefficient process. For example, it takes approximately five to seven kilograms of grain to produce one kilogram of beef. Each of those kilograms of grain takes considerable energy and water to produce, process, and transport. As meat consumption has grown around the world, so has its climate impact.

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