Abstract
A typical example of advancement of a unit operation for the given requirement is described. The solar evaporation ponds (SEP) have technical and economic advantages compared to other evaporation methods for concentrating chemical effluents. The operation of SEP is strongly dependent on the environmental and site conditions. Tropical conditions with high solar incidence, good wind speed along with hot and dry weather provide suitable climate for efficient operation of solar evaporation ponds. The particular site selected for the ponds at Nuclear Fuel Complex (NFC) has a rocky terrain with murrum over sheet with very low water table and small velocity of groundwater. During the past twenty five years extensive theoretical and experimental investigations have been carried out for advancement of solar evaporation technique. (author). 7 refs.
Parakasamurthy, K S;
[1]
Pande, D P
[2]
- Nuclear Fuel Complex, Hyderabad (India)
- Process Engineering and Systems Development Division, Bhabha Atomic Research Centre, Mumbai (India)
Citation Formats
Parakasamurthy, K S, and Pande, D P.
Advancement in solar evaporation techniques for volume reduction of chemical effluents.
India: N. p.,
1994.
Web.
Parakasamurthy, K S, & Pande, D P.
Advancement in solar evaporation techniques for volume reduction of chemical effluents.
India.
Parakasamurthy, K S, and Pande, D P.
1994.
"Advancement in solar evaporation techniques for volume reduction of chemical effluents."
India.
@misc{etde_591963,
title = {Advancement in solar evaporation techniques for volume reduction of chemical effluents}
author = {Parakasamurthy, K S, and Pande, D P}
abstractNote = {A typical example of advancement of a unit operation for the given requirement is described. The solar evaporation ponds (SEP) have technical and economic advantages compared to other evaporation methods for concentrating chemical effluents. The operation of SEP is strongly dependent on the environmental and site conditions. Tropical conditions with high solar incidence, good wind speed along with hot and dry weather provide suitable climate for efficient operation of solar evaporation ponds. The particular site selected for the ponds at Nuclear Fuel Complex (NFC) has a rocky terrain with murrum over sheet with very low water table and small velocity of groundwater. During the past twenty five years extensive theoretical and experimental investigations have been carried out for advancement of solar evaporation technique. (author). 7 refs.}
place = {India}
year = {1994}
month = {Jun}
}
title = {Advancement in solar evaporation techniques for volume reduction of chemical effluents}
author = {Parakasamurthy, K S, and Pande, D P}
abstractNote = {A typical example of advancement of a unit operation for the given requirement is described. The solar evaporation ponds (SEP) have technical and economic advantages compared to other evaporation methods for concentrating chemical effluents. The operation of SEP is strongly dependent on the environmental and site conditions. Tropical conditions with high solar incidence, good wind speed along with hot and dry weather provide suitable climate for efficient operation of solar evaporation ponds. The particular site selected for the ponds at Nuclear Fuel Complex (NFC) has a rocky terrain with murrum over sheet with very low water table and small velocity of groundwater. During the past twenty five years extensive theoretical and experimental investigations have been carried out for advancement of solar evaporation technique. (author). 7 refs.}
place = {India}
year = {1994}
month = {Jun}
}