Bibliography of Floyd Hasselriis 7/27/2009
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Books by Floyd Hasselriis
"Processing Refuse-derived Fuel,” Butterworths, Boston, 1984.
"Status of Technology in Burning Refuse-derived Fuels," Argonne National Laboratory, 1984.
"Technical Guidance Relative to Municipal Waste Incineration," prepared for New York State Department of Environmental Conservation, August, 1985.
"Medical Waste Incineration and Pollution Prevention," Chapter 2, “Characterization of Today’s Medical Waste,” Chapter 5 “Relationship Between Input and Output,” and Chapter 7, “Ash Disposal,” Editor: Alex Green. Van Nostrand Reinhold, NY, 1992. ISBN 0-442-00819-8
“Ash Disposal,” Chapter in Handbook of Waste Management, Kreith, McGraw Hill, 1994.
“Practical design of Waste Incineration,”(Chapter 2.3) and Chapter 2.4, “Calculations for Permitting and Compliance,” in McGraw-Hill Handbook of Environmental Calculations, C.C. Lee, 1999, ISBN 0-07-038183-6
“Ash Management and Disposal,” (Part 13B) and Part 13C, “Emission Control.” Second Edition, McGraw-Hill Handbook on Solid Waste Management,” Tchobangulos and Kreith, 2002, ISBN 0-07-135623-1
Papers and Presentations by Floyd Hasselriis
1“Research Needs in Waste-to-Energy”Session co-chairman; papers on "Energy Release Characteristics of Solid Waste-Derived Fuels in Boiler Furnaces," and "Energy Release Characteristics and Controls Engineering Foundation Conference, Houston Woods, 1976.
2 “Pilot and Full-scale Tests of Tube Deposit Formation During Combustion of Municipal Refuse,” Grand Forks Energy Research Center, 1977.
3 "Combustion of Biomass with Oil," University of Puerto Rico/DOE Symposium, San Juan, Puerto Rico, November, 1980.
4"Startup Considerations in the Combustion of Refuse-derived Fuel in a Utility Boiler," International Energy Conversion Conference, Seattle, WA, 1980.
5“ The Greater Bridgeport, Connecticut Waste-to-Power System,” Proceedings of the 1980 National Waste Processing Conference, Paper Number WSS/CI 81-6.
6"Research Needs in the Combustion of Cellulosic Fuels," Amer. Flame Res. Society, 1980.
7"Eco-Fuel: the Third Generation," International Symposium on Prepared Fuels, Nashville, TN, March 1981.
8"Combustion Characteristics of Pulverized Biomass," Western States Section, The Combustion Institute, April 1981.
9"Destruction of Liquid wastes = Heat and Power," Power Magazine, Energy Systems Guidebook, Pacesetters, Aug. 1981.
10"Versatile Systems for Thermal Destruction of Liquid Wastes and Production of Heat and Power in Industrial Plants ASME/EPA Symposium on Hazardous Wastes, Williamsburg, VA, 1981.
11"Optimization of Solid Waste Separating Systems,”Fourth Annual ORNL Life Sciences Symposium, "The Environment and Solid Wastes: Characterization, Treatment and Disposal Gatlinburg, Tennessee, October, 1981.
12"Powdered Refuse-derived Fuel: Physical and Combustion Characteristics and Experience in Co-firing with Oil," International Symposium on Materials and Energy from Refuse, Antwerp, Belgium, October 1981.
13"Characterization of Ash Residues from a Refuse-Derived Fuel/oil Combustion Study," ASTM Symposium on Alternate Fuel Specifications," Phoenix, AZ, December 1981..
14 "Characterization of Slag and Fouling Residues from Co-Combustion of Powdered RDF with Residual Oil and Comparison with Analysis of Other RDF Residues," Conference on Resource Recovery, Miami Beach, FL, May 1982.
15 “Design and Operation of a Versatile Pollution Control/Liquid Waste Thermal Destruction System with Maximum Energy Recovery,” ASME, SWPD, 1983.
16“Statistical Analysis of Properties, Combustion Products, and Emissions from Combustion of Municipal Solid Waste," Second Conference on Municipal, Hazardous and Coal Wastes Management, Miami, FL, Dec. 1983.
17“Relationship Between Combustion Conditions and Emissions of Trace Pollutants," Middle Atlantic States Air Pollution Control Association, Albany, May 1984.
18"Statistical Analysis of Emission Data," ASME Solid Waste Processing Division, Technical Meeting, Sept. 1983.
19“Variability of Municipal Solid Waste and Emissions from its Combustion," 1984 Solid Waste Processing Conference, Orlando, FL, June 1984, and .“Response to discussions by Miro Dvirka and Gregory Rigo.
20“Reclaiming Our Wastes: Resource Recovery and Other Alternatives to Burying Garbage: Selecting Refuse Disposal Systems," New York State "Reclaiming Our Wastes" Conference at Hofstra University, September 1984.
21“How to Compute the Energy Content of Waste,”Waste Age, April 1985.
22“Waste Energy Recovery," McGraw Hill Encyclopedia of Technology, 1985.
23“Performance of Emission Controls,”May, 1985.
24“Minimizing Emissions from Combustion of Municipal and Other Wastes by Optimization of Combustion Conditions and Stack Gas Filtration,”American Chemical Society of Long Island, May 1985.
25“Relationship Between Municipal Refuse Combustion Conditions and Trace Organic Emissions," Air Pollution Control Association, Detroit, MI, June 16-21, 1985.
26“Best Available Control Technology for Trace Compounds Such as Dioxins and Furans,”American Association of Environmental Engineers, October 1985.
27“Refuse Combustion and Effects of Trace Organic Emissions,” National Conference on Disposal Problems and Solutions, October 1985; also at Acid Gas and Dioxin Control for Waste-to-Energy Conference, November 1985.
28“Minimizing Emissions from Combustion of Municipal and Other Wastes by Optimization of Combustion Conditions and Stack Gas Filtration,” Long Island Chapter, American Chemical Society, May 9, 1985.
29“Minimizing Refuse Combustion Emissions by Combustion Control, Alkaline Reagents, Condensation and Particulate Removal," Synergy/Power Symposium, Washington, DC, 1986.
30 “Resource Recovery Emissions and Controls,”New England Air Pollution Control Association, April 1986.
31“Minimizing trace organic emissions from combustion of municipal solid waste by use of carbon monoxide monitors,” 1986 ASME SWPD Conference.
32”Characteristics of Flue Gas, Flyash and Bottom Ash,”Energy From Waste, August 1986.
33“The Dioxin Scare and its Effect on Resource Recovery implementation,”August, 1986.
34“How Residues From Waste to Energy Plants Can Be Used Safely,” ASTSWMO Conference, Los Angeles, CA, Sept 1986.
35“Dioxin, How Big an Issue is It?” American Public Works Association, Sept 1986.
36“Effects of Burning Municipal Solid Waste on Environment and Health,” ASME paper 86-JPGG-EC-17, Portland, Oregon, October 1986.
37 “Resource Recovery Emissions and Controls,” New England Section, Air Pollution Control Association, April 1986.
38 “Environmental Consequences of Burning Municipal Refuse: How Modern Technology can Achieve Acceptable Levels,” Solid Waste Options in Massachusetts, January 1986.
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39 “Relationship Between PCDD, PCDF and Toxic Equivalents,” December 1986.
40Remarks by Floyd Hasselriis, P.E., Round Table Discussion on Dioxins, 1986 ASME SWPD Conference, Denver, CO.
41“Optimization of Combustion Conditions to Minimize Dioxin Emissions," ISWA-WHO-DAKOTA Specialized Seminar, Emissions of Trace Organics from Municipal Solid Waste Incinerators, Copenhagen, 20-22 January 1987. Published in Waste Management & Research, (1987) 5, pages 311-326.
42 “Reducing Emissions of Heavy Metals and Trace Organics by Good Combustion and Post-combustion control,” Conference on Solid Waste Management and Materials Policy,” New York City, February 1987.
43 “Control of Emissions and Management of Residues from Modern Refuse Combustion Systems,” Portland METRO, Portland OR, July 1987.
44"Effect of Recycling on Composition of Municipal Solid Waste and Alternate Technologies for Disposal," Prepared for Portland METRO, Gershman, Brickner & Bratton, Inc., August 1986.
45“Environmental Consequences of Burning Municipal Refuse: How Modern Technology Can Achieve Acceptable Levels of Emissions From Combustion of Municipal Wastes,” Center for Energy and Environmental Studies, Boston University, Jan. 29, 1986.
46“Questions and Answers Regarding Landfilling Ash Residues,”1987.
47 “Emissions of Trace Organics from Municipal Solid Waste Incinerators’: summary by Floyd Hasselriis, January 1987
48 “Emissions of Heavy Metals and Organic Micropollutants from Modern Refuse Combustion Systems, Conference on Solid Waste Management and Material Policy, New York, February 1987.
49“Independent analysis of "Evaluation of Rotary Drum Air-Classification of Shredded and Unshredded Municipal Solid Waste," Prepared for New York State Energy Research and Development Authority, Jan. 1987.
50“The effects of Emission Control Systems,”Municipal Waste Management Conference, Toronto, Canada, April 2, 1987.
51 “Control of Combustion Emissions and Ash residues from Municipal Solid Waste to Minimize Environmental Risk,” 1988 ASME Solid Waste Processing Conference.
52“How Combustion Controls and Scrubber Temperatures Influence Emissions of Dioxins and Furans and the Leaching Properties of Ash from Combustion of Municipal Solid Waste,”Waste Combustion International, Cambridge, UK, June 1988.
53 "How Environmental Risk from Leaching of Heavy Metals in Ash Residues from Combustion of Municipal Solid Waste can be Minimized by Control of Combustion, Emissions and Ash Residues Management for publication in Waste Age, July, 1988.
54"How Control of combustion, Emissions and Ash Residues from Municipal Solid Waste Can Minimize Environmental Risk," AIChE Symposium on Municipal Solid Waste, New Orleans, LA, 1988.
55"Relationships Between Variability of Emissions and Residues from Combustion of Municipal Solid Waste and Waste Composition and Combustion Parameters,” International Conference on Municipal Waste Combustion, Hollywood, FL, April 1989.
56"Pilot and Full-Scale Tests of Tube Deposit Formation During Combustion of Municipal Refuse," Proceedings of the International Conference on Fireside Problems While Incinerating Municipal and Industrial Waste, Palm Coast, Florida, October, 1989; published in "Incinerating Municipal and Industrial Waste," Hemisphere Publishing, New York.
57“Testing Incinerators,” Presentation to the Waste Combustion Equipment Institute, June 1989.
58"Combustion of Municipal Solid Waste: What Goes In and How It Comes Out," Electric Power Research Institute, Minneapolis/St. Paul Conference on Waste-to-Energy/Biomass, 1989.
59"Relationship Between Waste Composition and Environmental Impact," Paper No. 90-38.2, Air and Waste Management Association, Pittsburgh, PA, June 1990.
53"Integrated Waste Management in Babylon, New York," 1990 Solid Waste Processing Division Conference, Long Beach, CA, June 1990.
54"Environmental and Health Risk Analysis of Medical Waste Incinerators Employing State of the Art Emission Controls," Paper No. 91-30.3,Air and Waste Management Association, Vancouver, BC, 1991.
55"Removal of Metals by Washing of Incinerator Ash," Air and Waste Management Association, Vancouver, BC, June 1991.
56"Effect of Medical Waste Stream Modification and other Factors on Ambient Concentrations Compared with Acceptable Air Quality," 85th Annual Meeting of A&WMA, Kansas City, MO, June, 1992, paper #92-23.03.
57"Effect of Waste Composition and Charging Cycle on Combustion Efficiency of Medical and Other Solid Waste Combustors," ASME Solid Waste Processing Conference, Detroit, MI, 1992.
58"The Environmental and Health Impact of Waste Combustion - the Rush to Judgment Versus Getting the Facts First,” ASME Solid Waste Processing Division, Detroit, MI, May, 1992.
59 “Effect of Waste Stream Modification and Other Factors on Ground Level Concentrations Resulting From Medical Waste Incineration Compared with Acceptable Air Quality: 85th Annual A&WMA Meeting, Kansas City, MO, Paper No. 92-23.03, June 1992.
60 “ Relationship Between Waste Composition and Environment Impact of Waste Combustors, Waste Management and Research, July 1992.
61 “Environmental Acceptability of Medical Waste Incineration in the United States,” International Solid Waste Association, 1992.
62 “A Comprehensive Study of Ash Residue Characteristics and Statistical Analysis of Data,” A&WMA Paper No. P-30, 1993.
63"Analysis of Data Obtained From an Historic Ash Residue Leaching Investigation,” ASME National Waste Processing Conference, June, 1994.
64"What Do We Know About Dioxins and Furans in 1994?" 1994 A&WMA Conference, Cincinatti, OH, Paper No. MP-17.05.
65"Waste Combustion in the United States - Lessons Learned” - presented at Citizen Ambassador Environmental Conference, Moscow, Russia, August 1994.
66“Variability of Municipal Solid Waste and Emissions from its Combustion,”Discussion and Author’s reply, 1994
67Variability of Metals and Dioxins in Stack Emissions of Three Types of MSW Combustors Over a Four-Year Period," for presentation at 1995 A&WMA Conference, Houston, TX, Paper No. 95-RP147B.03.
68 “Variability of Metals and Dioxins in Stack Emissions over Five years: How Much is contributed by the Waste and How Much by he Technology?” ASME SWPD Conference, 1995.
69"Achieving 99% Reduction in Dioxins Emissions of an Old-Style Refractory MSW Incinerator," for presentation at 1995 A&WMA Conference, Houston, TX, Paper No. A1145.
70"Optimizing the Performance of a Regional Medical Waste Combustor by Modification of Air Distribution and Use of Computer Data Analysis,” A&AWMA, Paper Number 95-RP 147 N.03."
71 “Modification of Existing Refractory Municipal Waste Incinerator with Electrostatic Precipitator to Achieve a 99% Reduction in Dioxin Emissions,” 1995 A&WA Conference, Houston, TX, Paper No. 95-TA50.07.
72 “Upgrading Existing MWCs with ESPs: the Contribution of Combustion Improvement versus APC Temperature Reduction,” ASME SWPD, 1995.
73 “Upgrading Existing Municipal Waste Combustors to Comply with New Regulations,” ASME SWPD, 1995
74"Analysis of Heavy Metal Emission Data from Municipal Waste Combustion," Journal of Hazardous Materials, 47 (1996) 77-102, Elsevier Science.
75"Variability of Metals and Dioxins in Stack Emissions Over Five Years: How Much is Contributed by the Waste and How Much by the Technology?” Proceedings of the 17th Biennial ASME Waste Processing Conference, 1996.
76"Evaluation of the Potential for Health Effects due to Short-term Emissions of Metals from Incinerators," ASME Research Committee on Industrial and Municipal Waste, August 1996.
77 “A New Approach to Conducting MSW Composition Studies,” Anthony Licata et al, Proceedings of the ASME National Waste Processing Conference, 1996.
78 “An Assessment of Realistic Emissions from Municipal, Medical and Hazardous Waste Incinerators,” Environmental Engineering Science, Volume 15, Number 2, 1998,
Liebert.
79“Minimizing Emissions, How Far We Have Come,”6th Annual Waste to Energy Conference, May 1998.
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