Typically, with most biomass fuels such as wood-based fuels, the furnace will see a large amount of grate ash, a negligible amount of wall ash and a small amount of glassy ash which, if untreated, will eventually plug the unit. Biomass fuel contains contaminants from several possible sources, often in the form of sands and salts (in the case of wood) which:
These contaminants will have a range of sensitivity to heat; they may ionize, melt or be unaffected. In the case of wood, when the fuel is delivered to the furnace it will contain some of the previously listed contaminants. They will react as follows:
When CoMate is applied, it will activate in the combustion zone and cause deposits to be friable and easy to remove, keeping the unit free of problematic deposits throughout its operating cycle. The effects of CoMate begin very quickly, and over time the benefits become increasingly numerous and significant. Normally, without CoMate, when ash deposits are removed from the cooler portions of the boiler, it is in the following forms:
All of these materials can be abrasive, with broken material typically the most abrasive.
When CoMate is used in a furnace, it will increase the furnace temperature and reduce the fraction of unaffected ash. Old ash
The result? A continuously cleaner system with better dust collection performance, reduced O&M costs, and lower particulate emissions.
What about waste fuels such as MSW?
Don’t forget! – CoMate is fuel-independent. As CoMate addresses combustion directly, we can easily apply the technology to your waste-to-energy plant. Each application can be quite different from the next. As such, we would like to speak to you directly to learn more about your operation. Once informed, we can provide you a no-obligation recommendation to review with you.