Accession Number:

ADA550206

Title:

Emissions Performance of a Novel Combustor Burning Shredded Wood (Briefing Slides)

Descriptive Note:

Briefing charts with annotations

Corporate Author:

APPLIED RESEARCH ASSOCIATES INC TYNDALL AFB FL

Report Date:

2009-05-01

Pagination or Media Count:

25.0

Abstract:

This is a presentation-format of report AFRL-RX-TY-TP-2009-4508 by the same name. The Air Force Research Laboratory, Airbase Technologies Division AFRLRXQ is engineering and evaluating a Transportable Waste to Energy System TWES. This trailer-mounted system will convert military base waste and biomass waste streams to useful heat and power. The Department of Energy DOE Federal Energy Management Program FEMP is a TWES funding partner. The first stage of the project is a suspension-type combustor furnace. The furnace has been built and tested. A key feature of the furnace system is its unique patented combustion coil design. The design is intended to maximize ablative heat transfer as well as provide increased particle residence time. The innovative features of the design are targeted at ensuring that the system can be highly fuel-flexible to convert a variety of organic and non-organic waste streams to energy while demonstrating very low emissions. In AD 2008, the unit underwent two days of emissions stack testing using established EPA testing protocols. During the testing extensive real-time data was also collected. This briefing and technical paper will present data and corresponding analysis of recently performed emission testing for the unit while utilizing dry wood chips as a control fuel. The data will be compared to publicly available information for similarly sized units. Key combustion efficiency factors, such as Loss on Ignition LOI, carbon monoxide emissions and nitrogen oxide emissions are presented. Detailed emission comparisons with commercial and other experimental systems for small biomass combustion units are also presented. The in-progress construction of the TWES is discussed.

Subject Categories:

  • Electric Power Production and Distribution
  • Thermodynamics
  • Combustion and Ignition

Distribution Statement:

APPROVED FOR PUBLIC RELEASE