Impacts of thermal discharge on aquatic ecological environment and the countermeasures;

Numerical simulation of thermal discharge on water environmental impact;

3D Numerical Simulation on Thermal Discharge of Coastal Thermal Power Plant;

Numerical simulation of cooling water dispersion for coastal power station;

Numerical simulation of cooling water based on curvilinear grids;

Numerical simulation of 3-D cooling water in the huge tidal bay;

Analysis of flow characteristics and study on model parameter in thermal effluent zone of electric plant;

The thermal effluent of the Daya Bay Nuclear Plant mainly affects the waters to the east of the plant,and the range with water temperature rising by 2℃ is within 2km.

To analyze temperature rise influence by power plant thermal effluent,a 2-D hydrodynamic and thermal diffusional mathematical model was established based on previous work and with river regime-fitted computational meshes.

The ecological impact of heated discharge of thermoelectric power plant is all along the attentive problem in the construction of plant and the protection of water resource, is also an important part for environmental researchers.

The majority of experiment studies are concentrated in heterogeneity receiving waters and the studies are about heated discharge from circulating cooling water in Fire / nuclear power plant.

Mathematic model for cooling water discharge to forked bays;