Co-firing Explained (in Detail)

Business as Usual, Using Nonrenewable Natural Resources

Coal is a nonrenewable natural resource and, as such, every effort should be made to attempt to conserve the resource and minimize the amount of coal that is used. Coal is also a fuel that creates great amounts of pollution when burned and that can be unpleasant for employees to be around as they breathe in the noxious fumes as the coal burns. Because of the fact that coal can create significant amounts of pollution, governments are also cracking down on the use of coal as they impose tougher energy-efficiency and air quality standards.

As a result, many companies that make use of coal-fired boilers are looking for alternatives. Unfortunately, changing to various types of alternative energy that is better for the environment can be prohibitively expensive, not to mention the fact that many alternative forms of energy, such as solar and wind power, can be unreliable and require certain specific weather conditions. Fortunately, there is another alternative.

Co-Firing as an Option for Your Business

If your company makes use of coal-fired boilers in your power plant or factory, there is an option available to you that can help you to dramatically increase your energy efficiency and reduce the amount of coal that you burn by as much as 20 percent. Better yet, this option is possible even without changing your existing boilers or infrastructure. This option is called co-firing.

Co firing is a great solution for companies that make use of coal-fired boilers because it can work with your existing boiler system. Essentially, when you make use of co-firing, you use your existing furnace and simply burn two different fuels at the same time. One of those fuels is the coal that you have been using and that provides you with the energy you depend on. The other fuel is called biomass.

Biomass is essentially organic waste products. Biomass is plants, trees and related organisms that engage in the process of photosynthesis. As part of the photosynthesis process, these plant materials end up with vast amounts of stored carbohydrates, which is essentially stored energy. The organic waste products and biomass can be pelletized, chipped or otherwise converted into a convenient form so that it can be burned and this harvested energy can be released.

When you make use of a co-fired system, biomass replaces up to 20 percent of the coal that is being burned. The coal and biomass are burned at the same time, which provides the same output of energy using less coal. The co-firing system makes this possible because it takes the raw biomass material and converts it into a form that can be fired right in the boilers or furnace you've been using.

by: Pierce David

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