Influence of atmospheric cooling towers blowdown on rivers water quality. Some physico chemical and biological aspects. The different modifications of the physicochemical quality of the atmospheric cooling towers blowdown are considered. These modifications are due to the following processes : heating, concentration increasing of dissolved substances, stimulation of biological activity, addition of anti-scaling and anti fouling products. The influence on the aquatic ecosystem of each of these modifications is then estimated .Les diverses modifications de la qualité physico-chimique de l'eau de purge des réfrigérants atmosphériques sont envisagées. Ces modifications résultent des processus suivants : échauffement, concentration en substance...
The first part of the article covers physico-chemical and biological water quality factors in their ...
The use of water as a direct and indirect source of power — hydroelectric and thermal production res...
The lack of precision of in situ measurements as well as the deficiency of mathematical models revea...
Evaluation of cooling tower blowdown effects on river water quality : waste heat and europhication p...
Brackishwater cooling towers and their impact on the environment. This report presents globally the ...
Environmental effects of large industrial developments and feasible countermeasures. The following ...
The numerous antagonism phenomena between aquatic organisms as different as viruses, bacteria, algae...
Entrophisation is frequently overlooked as a sign of a process which eventually produces a more or l...
Thermal pollution is produced by industries such as electric power plants, pulp and paper mills, che...
General considerations on the effect of hydraulic projects (especially hydroelectric projects) on th...
Temperature is a major parameter governing changes in water quality and the development of plankton ...
Taking into account the growing population, water scarcity is a relevant problem which needs to be a...
Plume simulation with water models. The advantages and scope of water models for the study of atmosp...
Use of cooling water in aquaculture. Cooling water from industrial plant may be used with advantage...
Cooling towers and the upgrading of waste heat from small and medium capacity plant. When operating...
The first part of the article covers physico-chemical and biological water quality factors in their ...
The use of water as a direct and indirect source of power — hydroelectric and thermal production res...
The lack of precision of in situ measurements as well as the deficiency of mathematical models revea...
Evaluation of cooling tower blowdown effects on river water quality : waste heat and europhication p...
Brackishwater cooling towers and their impact on the environment. This report presents globally the ...
Environmental effects of large industrial developments and feasible countermeasures. The following ...
The numerous antagonism phenomena between aquatic organisms as different as viruses, bacteria, algae...
Entrophisation is frequently overlooked as a sign of a process which eventually produces a more or l...
Thermal pollution is produced by industries such as electric power plants, pulp and paper mills, che...
General considerations on the effect of hydraulic projects (especially hydroelectric projects) on th...
Temperature is a major parameter governing changes in water quality and the development of plankton ...
Taking into account the growing population, water scarcity is a relevant problem which needs to be a...
Plume simulation with water models. The advantages and scope of water models for the study of atmosp...
Use of cooling water in aquaculture. Cooling water from industrial plant may be used with advantage...
Cooling towers and the upgrading of waste heat from small and medium capacity plant. When operating...
The first part of the article covers physico-chemical and biological water quality factors in their ...
The use of water as a direct and indirect source of power — hydroelectric and thermal production res...
The lack of precision of in situ measurements as well as the deficiency of mathematical models revea...