Research Project Summary Information
Testing Combustion Performance of Wood(ST10673-1)
Pellet fuel can be produced from a variety of feedstock. Nearly all pellets on the market today are produced using sawdust from wood cutting operations. Pellets can also be produced, however, from chopped grass products that are grown on farms. Grass-based pellets can have nearly the same heating value as wood-based pellets, but typically exhibit higher ash content and also frequently require supplemental binding substances to ensure the structural integrity necessary for handling and storage. High ash contents will usually lead to increased emissions of PM 2.5 fine particulate matter. Ash contents of grass-based pellets can be reduced through water leaching of grass feedstock prior to pellet manufacturing. Only limited research has been conducted on grass-based pellets. There is insufficient technical knowledge and experience with grass-based pellets.
The project will test a representative sample of domestic and European-style, grass pellet-fired boilers. The project will also test a domestic, grass pellet-fired warm air furnace and a domestic, grass pellet-fired stove. The project will evaluate both low and high ash grass-based pellets as well as mixtures of grass and wood pellets. The project will test the functionality of grass pellet-fired boilers, furnaces, and stoves in managing and removing ash residue from the burn chamber over extended periods of time. Emissions testing for PM2.5, PM2.5, NOx, SOx, CO, and VOCs will be performed on test systems that show satisfactory operating reliability.
Benefits include increased availability of renewable fuel for residential and commercial heating, and improved materials handling, combustion, and ash management of grass-based pellets.
34 Cornell Dr SUNY Canton, French Hall
Canton, NY 13617
Heating, Ventilation, & Air Conditioning
NYSERDA Contact Information
R&D - Buildings Research