R.C. Costello & Assoc., Inc.

PUBLICATIONS

Available literature.

[1]	Klaren, D.G. (1975); Development of a vertical flash evaporator. Ph.D. Thesis. Delft University of Technology, WTHD No. 69.
[2]	Klaren, D.G. and Windt, J. (1978); Design and operation of a 500 tons/day Multi-Stage-Flash / Fluidized Bed Evaporator. 5th. Int. Symp. on Fresh Water from the Sea, Las Palmas.
[3]	Spanhaak, G. (1980); Two years of operation of a 500 tons/day Multi-Stage Flash / Fluidized Bed Evaporator. 6th Int. Symp. on Fresh Water from the Sea, Nice, France.
[4]	Klaren, D.G. (1982); The Fluidized Bed Heat Exchanger: Principles and modes of operation and heat transfer under severe fouling conditions. Fouling Prevention Research Digest, Vol. 5, No. 1, pp. II-XVII.
[5]	Klaren, D.G. (1987); Fluid Bed Heat Exchanger: A solution for heat transfer involving severely fouling liquids. CPP Edition Europe, April.
[6]	Klaren, D.G. and Bailie, R.E. (1988); Fluid Bed Heat Exchangers Solve Fouling Problems. American Papermaker, February.
[7]	Klaren, D.G. and Bailie, R.E. (1989); Consider Non-Fouling Fluidized Bed Heat Exchangers. Hydrocarbon Processing, July.
[8]	Klaren, D.G. and Bailie R.E. (1989); The Non-Fouling Fluidized Bed Exchanger. 1989 National Heat Transfer Conference, HTD-Vol. 108, Philadelphia, Pennsylvania, August.
[9]	Howard Kirts (1992); Heat transfer coefficient doubles with fluidized bed heat exchanger. Chemical Processing, January.
[10]	Gibbs, R. and Stadig, W (1992); Fluidized bed heat exchanger eliminates reboiler fouling. Chemical Processing, July.
[11]	Klaren, D.G. (1995); Handbook on Industrial Applications of Self-Cleaning Fluidized Bed Heat Exchangers for Severely Fouling Liquids. 325 pages, including figures and tables, ISBN 90-802554-1-6.
[12]	Klaren, D. G. (1999); Self-Cleaning Heat Exchangers. Hydrocarbon Engineering, March.

[13]	Klaren, D.G. and Sullivan, D.W. (1999); Nonfouling Heat Exchanger Performance in Severe Fouling Services: Principle, Industrial Applications and Operating Installations. Spring National Meeting AIChE, Houston, Texas, April.
[14]	Klaren, D.G. and Sullivan, D.W. (2000); Application of Self-Cleaning Heat Exchange Technology in the Pulp and Paper Industry. Spring National Meeting AIChE, Atlanta, Georgia, March.
[15]	Klaren, D.G. and Sullivan, D.W. (2000); Self-Cleaning Heat Exchangers in Foul Water Steam Generators. 34th National Heat Transfer Conference, Pittsburgh, Pennsylvania, August.
[16]	Klaren, D.G. and Sullivan, D.W. (2000); Self-Cleaning Heat Exchangers in Very Large Closed-Loop Coolers. 34th National Heat Transfer Conference, Pittsburgh, Pennsylvania, August.
[17]	Klaren, D.G. (2000); Self-Cleaning Heat Exchangers: Principle, Industrial Applications and Operating Installations. Industrial Heat Transfer Conference, Dubai, UAE, September.
[18]	Klaren, D.G. and Sullivan, D.W. (2001); Improvements and Achievements in Self-Cleaning Heat Transfer. Spring National Meeting AIChE, Houston, Texas, April.
[19]	Klaren, D.G. (2002); Self-Cleaning Fluidized Bed Slurry Heat Exchangers: A Breakthrough in the Hydrometallurgy for the Processing of Laterite Nickel and Cobalt in High-Pressure-Acid-Leach (HPAL) Plants. 2002 SME Annual Meeting, Phoenix, Arizona, February.
[20]	Klaren, D.G. (2003); Principle and Applications for Self-Cleaning Fluidized Bed Heat Exchangers and the Revamping of Severely Fouling Conventional Heat Exchangers into a Self-Cleaning Configuration. 2003 SME Annual Meeting, Cincinnati, Ohio, February.
[21]	Klaren, D.G. (2003); Improvements and New Developments in Self-Cleaning Heat Transfer Leading to New Applications. 5^th International Conference on Heat Exchange Fouling and Cleaning, Santa Fe, New Mexico, May.
[22]	Klaren, D.G. and de Boer, E.F. (2003); Proposal for a self-cleaning reboiler with forced circulation and evaporation in the tubes employing tube-wear control. KLAREN BV, Internal Report KBV Nr. 1, September.
[23]	Klaren, D.G. and de Boer, E.F. (2003); Compact self-cleaning shell and tube heat exchangers as an alternative solution for severely fouling plate exchangers. KLAREN BV, Internal Report KBV Nr. 2, September.

[24]	Klaren, D.G. (2003); Compact self-cleaning heat exchangers for the 'Standard Combined Feed / Effluent' heat exchange application in the Platforming Process. A comparison between shell and tube Texas Tower, Packinox plate exchanger and shell-and tube KLAREN Tower. KLAREN BV, Internal Report KBV Nr. 3, October.
[25]	Klaren, D.G. and de Boer, E.F. (2004); Synoptic of the History of Thirty Years of Developments and Achievements in Self-Cleaning Fluidized Bed Heat Exchangers. KLAREN BV, Internal Report KBV Nr. 7, March.
[26]	Klaren, D.G. and de Boer, E.F. (2004); Revamp of Existing Directly Heated Laterite Nickel Processing Plants into an Indirectly Heated Configuration Applying Self-Cleaning Heat Exchangers. 2004 SME Annual Meeting, Denver, Colorado, February.
[27]	Klaren, D.G. and de Boer, E.F. (2004); Case Study Involving Severely Fouling Heat Transfer: Design and Operating Experience of a Self-Cleaning Fluidized Bed Heat Exchanger and its Comparison with the Newly Developed Compact Self-Cleaning Fluidized Bed Heat Exchanger with EM Baffles. Presented at the Fachveranstaltung: Verminderung der Ablagerungsbildung an Warmeubertragerflachen, Bad Durkheim, Germany, October.
[28]	Klaren, D.G. and de Boer, E.F. and Crossley, B. (2004); Self-Cleaning Fluidized Bed Slurry Heat Exchangers: Processing of Laterite Ore Slurries for the Extraction of Nickel and Cobalt In High-Pressure-Acid-Leach (HPAL) Plants. 34th Annual Hydrometallurgical Meeting, Banff, Alberta, Canada,, October.
[29]	Klaren, D.G. and de Boer, E.F. and Sullivan, D.W. (2005); Cost Savings of 'Zero Fouling' Crude Oil Preheaters. Hydrocarbon Processing, July.
[30]	Klaren, D.G. and de Boer, E.F. and Sullivan, D.W. (2005); 'Zero-Fouling' Self-Cleaning Heat Exchanger. ECI 2005 Conference: Heat Exchanger Fouling and Cleaning - Challenges and Opportunities, Kloster Irsee, Germany, June.
[31]	Klaren, D.G. and de Boer, E.F. (2005); Compact Self-Cleaning Fluidized Bed Heat Exchangers with EM Baffles. ECI 2005 Conference: Heat Exchanger Fouling and Cleaning - Challenges and Opportunities, Kloster Irsee, Germany, June.

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