Explore Books on
environmental aspects of cooling towers

Mathematical model for multiple cooling tower plumes

By Frank H. Y Wu

Atmospheric effects of waste heat discharges

By Chandrakant M. Bhumralkar

Anomalous snowfall caused by natural-draft cooling towers

By Lloyd Randall Koenig

On possible undesirable atmospheric effects of heat rejection from large electric power centers

By Lloyd Randall Koenig

Environmental effects of atmospheric heat/moisture releases

By AIAA/ASME Thermophysics and Heat Transfer Conference (2nd 1978 Palo Alto, Calif.)

Development document for best technology available for the location, design, construction and capacity of cooling water intake structures for minimizing adverse environmental impact

By United States. Environmental Protection Agency.

Development and verification of a natural-draft cooling tower drift deposition model

By M. A. Ratcliff

Multiple cooling tower plumes, a field study and analytical model

By Robert Bruce Macduff

Pollution prevention opportunity assessment

By Dan Bowman

Atmospheric impacts of evaporative cooling systems

By James E. Carson

Cooling tower plume model

By Lawrence Decker Winiarski

Effects of pathogenic and toxic materials transported via cooling device drift

By Hugo D Freudenthal

Ecological implications of anticipated electric power development

By C Phillip Goodyear

Mathematical model for multiple cooling tower plumes

By Frank H. Y. Wu

Modélisation numérique des panaches d'aéroréfrigérant

By Gaillard, Philippe docteur-ingénieur.

Environmental effects of cooling towers

By Karl R. Wilber

Simulation of convective cloudiness, rainfall, and associated phenomena caused by industrial heat released directly to the atmosphere

By Francis W. Murray

Nonwater quality impacts of closed-cycle cooling systems and the interaction of stack gas and cooling tower plumes

By G. A Englesson

Meteorological effects of thermal energy releases (METER) program annual progress report

By Oak Ridge National Laboratory.