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Re: tire burning

>From Compendex (Engineering Index):


    1. Tolman, Radon. Timpe, Ronald C. Hydrothermal energy systems
development in the USA American Society of Mechanical Engineers (Paper)
1997. ASME, New York, NY, USA.. 8p 97-AA-39 

    2. Tesla, Michael R. Scrap tire process turns waste into fuel Power
Engineering. v 98 n 5 May 1994. p 43-44   

    3. Williams, P T. Besler, S. Taylor, D T. Batch pyrolysis of tyre
waste - fuel properties of the derived pyrolytic oil and overall plant
economics Proceedings of the Institution of Mechanical Engineers. Part A,
Journal of Power & Energy. v 207 n 1 1993. p 55-63  

    4. Vander Laan, Richard W. Boland, Charles R. Fuel handling. The
forgotten stepchild. International Exhibition & Conference for the Power
Generation Industries - Power-Gen. Publ by Power-Gen, Houston, TX, USA. v
7-8. p 1149-1163   

    5. Zylkowski, Jerome R. Schmidt, Rudy J. Waste fuel firing in
atmospheric fluidized bed retrofit boilers. Symposium Papers - Energy from
Biomass and Wastes. Publ by Inst of Gas Technology, IIT Center, Chicago,
IL, USA. p 483-512   

    6. Murphy, Mike. Erion, Ted. Ford, Greg. PRELIMINARY DESIGN AND
DEVELOPMENT OF THE TACOMA TIDEFLATS WASTE TO POWER PROJECT. Official
Proceedings - Annual Conference of the International District Heating
Association. v 77. Publ by Int District Heating & Cooling Assoc, 
Washington, DC, USA p 89-99


>From Current Contents:

    1. Chen KS. Yeh RZ. Chou YM. ON THE THERMAL DECOMPOSITION KINETICS
OF STYRENE-BUTADIENE RUBBER IN NITROGEN ATMOSPHERE. [Article]
Environmental Engineering Science. 14(3):175-181, 1997.

    2. Wey MY. Lo CS. Wu SY. Lee YT. OPERATING PARAMETERS OF AUTOTHERMAL
PYROLYSIS OF PLASTIC WASTE IN A FLUIDIZED BED. [Article] Waste Management
& Research. 16(1):72-82, 1998 Feb.  

    3. Sharma VK. Mincarini M. Fortuna F. Cognini F. Cornacchia G.
DISPOSAL OF WASTE TYRES FOR ENERGY RECOVERY AND SAFE ENVIRONMENT - REVIEW.
[Article] Energy Conversion & Management. 39(5-6):511-528, 1998 Mar-Apr.

    4. Moliner R. Lazaro M. Suelves I. VALORIZATION OF LUBE OIL WASTE BY
PYROLYSIS. [Article] Energy & Fuels. 11(6):1165-1170, 1997 Nov-Dec.
Table of
Contents | Abstract | Complete Reference 

    5. Ferrer G. THE ECONOMICS OF TIRE REMANUFACTURING. [Article]
Resources Conservation & Recycling. 19(4):221-255, 1997 Apr.

    6. Teng HS. Chyang CS. Shang SH. Ho JA. CHARACTERIZATION OF WASTE TIRE
INCINERATION IN A PROTOTYPE VORTEXING FLUIDIZED BED COMBUSTOR. [Article]
Journal of the Air & Waste Management Association. 47(1):49-57, 1997 Jan.  

    7. Chen KS. Yeh RZ. PYROLYSIS KINETICS OF EPOXY RESIN IN A NITROGEN
ATMOSPHERE. [Article] Journal of Hazardous Materials. 49(2-3):105-113, 
1996 Aug.  

    8. Uder HP. ELIMINATION OF USED RUBBER PRODUCTS [German]. [Article]
Kautschuk & Gummi Kunststoffe. 48(12):909-912, 1995 Dec.

    9. Steer PJ. Tashiro CHM. Mcillveen WD. Clement RE. PCDD AND PCDF IN
AIR SOIL, VEGETATION AND OILY RUNOFF FROM A TIRE FIRE. [Article] Water,
Air, & Soil Pollution. 82(3-4):659-674, 1995 Jun. 

    10. Jelsma B. ARAMID - THE RATIONAL FIBER FOR TIRES. [Article]
Kautschuk & Gummi Kunststoffe. 48(7-8):527-529, 1995 Jul-Aug.


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