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Archive Publications

Integrated hydro chemical and geophysical studies for assessment of groundwater pollution in basaltic settings in central India (Int. Journal of Environmental Monitoring and Assessment) ( Paras R. Pujari, C.Padmakar, L.SuriNaidu, V.U.Vaijnath, Bhusan Kachawe, V.V.S.Gurunatha.Rao and P.K.Labhasetwar ,,,, Year: 2011)
No information is available
Assessment of the impact of on-site sanitation systems on groundwater pollution in two diverse geological settings (Int. Journal of Environmental Monitoring and Assessment) (Paras R.Pujari, C.Padmakar, Pawan K. Labhasetwar, Piyush Mahore. A.K.Ganguly,,,, Year: 2011)
No information is available
Public consultation on artificial aquifer recharge using treated municipal wastewater (Conservation and Recycling) (Nijhawan A, Labhasetwar P, Jain, P, Rahate M,,,, Year: 2011)
No information is available
Water conservation due to greywater treatment and reuse in urban setting with specific context to developing countries (Conservation and Recycling) (Deepika Mandal, Pawan Labhasetwar, Shankar Dhone, Ajay Shankar Dubey, Gangadhar Shinde, Satish Wate,55 ,,356-361, Year: 2011)
No information is available
Implementation of low power battery operated wireless sensor network for measuring mixing height using tethered balloon (Journal of Instrument Society of India) (G L Bodhe ,Vol.40, No.1,, Year: 2010)
No information is available
Design and Development of Lab-View based pH Controller”, (Journal of Instrument Society of India) (G L Bodhe ,Vol.40,,2, Year: 2010)
No information is available
“Online Instrument Controlling and Information Management System (Journal of Instrument Society of India) (,Vol. 40 ,No. 2,, Year: 2010)
No information is available
Microcontroller based temperature controller/programmer for thermoluminescence (TL) dosimetry (Journal of Instrument Society of India) (P L Muthal ,Vol.40, No.4,,, Year: 2010)
No information is available
Assessing and managing fluorosis risk in children and adults in rural Madhya Pradesh, India ( Journal of Water) (Sam Godfrey, Pawan Labhasetwar, Tapas Chakma, Satish Wate, Aditya Swami, Jamie Bartram,,,, Year: 2010)
No information is available
Deterioration in water quality from supply chain to household and appropriate storage in the context of intermittent water supply (Water Science and Technology) (Daniel Elala, Pawan Labhasetwar, Sean F. Tyrrel,,,, Year: 2010)
No information is available
Integrated Hydro chemical and Geophysical studies for assessment of groundwater pollution in basaltic settings in Central India ( Environment Monitoring and Assessment) (P.R. Pujari, C. Padmakar, L. Suri Naidu, V.U. Vaijnath, B. Kachawe, V.V.S.G. Rao, P.K. Labhasetwar,,,, Year: 2010)
No information is available
Resultados de un programa integrado de mitigacn de fluorisis en una poblacin controlada de India (Journal of Hydraulics) (Godfrey Sam, Labhasetwar Pawan, Dutta Samir, Vol 1,Number 1,p 35-45, Year: 2010)
No information is available
Wetland Treatment (HSSP) of wastewater from a Milk-Processing Unit using Bambusa vulgaris, Typha latifolia and Cyperus rotundus. (Journal of Environmental Sciences & Engineering) (Mangesh Inarkar,52 (1),,23-26, Year: 2010)
Studies were conducted in soil-less horizontal sub-surface flow wetland (HSSF) embedded with graded gravels using Golden bamboo, Bambusa vulgaris (a non-wetland species), Typha latifolia and Cyperus rotundus (wetland species) for the treatment of wastewater from a milk processing unit. The wastewater was treated with a dilution ratio of 3:1. Removal efficiencies of BOD and COD were studied at one, two and three days hydraulic retention time (HRT). At one day HRT, the removal efficiency (%) of these parameters was lower in comparison to when the wastewater was subjected to two and three days HRT. The increase in removal efficiency with increase in HRT was marginal when it was increased from 2 days to 3 days. The percentage removal of COD and BOD at two days retention time followed the order: Golden bamboo (93, 88) > Cyperus rotundus (91, 90) > Typha latifolia (85, 87).
Safe greywater reuse to augment water supply and provide sanitation in semi arid areas of rural India, Paper accepted for publication in Water (Environmental Science and Technology) (Godfrey S, Labhasetwar P, Wate S, Jimenez B,,,, Year: 2010)
No information is available
Status, distribution and correlation of arsenic in groundwater and its health effects to the inhabitants of Gaighata block, West Bengal, India (Chemosphere) (T. Roychowdhury,,,, Year: 2010)
No information is available
How safe are the global water coverage figures? Case study from Madhya Pradesh, India (Environment Monitoring and Assessment) (Sam Godfrey, Pawan Labhasetwar, Satish Wate and Sarika Pimpalkar,,,, Year: 2010)
No information is available
Drinking water quality monitoring and surveillance for safe water supply in Gangtok, India (Environment Monitoring and Assessment) (Gajanan K. Khadse, Morami Kalita, Sarika N. Pimpalkar and Pawan K. Labhasetwar,,,, Year: 2010)
No information is available
Toxicity Characteristics of Drilling Mud and Its Effect on Aquatic Fish Populations (Journal of Hazardous, Toxic, and Radioactive Waste ) (Avick Sil, Kanchan Wakadikar, Sunil Kumar, S. Satheesh Babu, S. P. M. Sivagami, Patrick Hettiaratchi,Vol.16(1),,, Year: 2010)
oxicity tests are important for assessing the effects of complex chemical mixtures, such as waste drilling mud, on aquatic ecosystems. When waste drilling mud is released into the marine environment, strong ocean currents perhaps separate the drilling mud into a solid phase (SP) and a suspended particulate phase (SPP). A comprehensive assessment of drilling mud and base oil was carried out in the laboratory for acute fish toxicity (freshwater fish, marine fish, and benthic organisms) and biodegradability. The results presented in this paper indicate that the LC50LC50 96 h for fresh water, marine and benthic organisms was in the order of base oil >SP>SSP>SP>SSP. The 28-day biodegradability of base oil was also more than that of drilling mud. The results also showed that nonaqueous drilling fluids (NADFs) are readily biodegradable. The Spearmen results clearly showed the effects on fish populations from the discharge of drilling mud into aquatic systems. The results showed that the use of NADFs instead of water-based fluids (WBFs) would have lesser adverse impact on the environment.
Probability of Aluminium Toxicity from Bhandup Complex Water Treatment Plant, Mumbai: A Case Study (ASCE Practice Periodical of Hazardous, Toxic, and Radioactive Waste Management ) (Avick Sil, Kanchan Wakadikar, Sunil Kumar, Sivagami S.P.M, Shivani Dhage,Vol. 15(4),,, Year: 2010)
Bhandup Complex water treatment plant located in Mumbai, India, supplies water to most of Mumbai. The plant receives raw water from Vehar Lake. Alum has been used as a coagulant in the treatment process for the past 27 years. The backwashed water from the plant is released into Vehar Lake, which carries a significant amount of suspended matter. Therefore, a layer of sludge was deposited on the meeting point of backwashed water and Vehar Lake. The status of aluminum (Al) concentration in sludge deposits, banks, water, and sediment samples of Vehar Lake and its comparison with Al concentration of soil in the area surrounding the plant is presented in this paper. The comparison showed that the surrounding soil samples had the least Al concentration (16,394–26,081??mg/kg26,081??mg/kg), whereas the highest values of 53,882–73,382??mg/kg73,382??mg/kg and 62,096–76,496??mg/kg76,496??mg/kg were reported in upper and lower layers of sludge, respectively. This paper also discusses the detrimental effect of Al when it is available in toxic form at acidic pH.
Hexabromocyclododecane in the environment –Issues and Challenges (Indian Journal of Environmental Protection) (Z.V.P. Murthy ,234-253,,, Year: 2010)
The brominated flame retardant, hexabromocyclododecane (HBCD) is extensively used in Europe, and to smaller extent in India, has become of increasing concern to scientists over the past decade. HBCD is not produced in India and the current industrial use-is moderate. Possible emission sources of this chemical in India were identified through a systematic analysis of the use in a life cycle perspective. The information on the environmental concentrations of HBCD is scarce. Environmental studies conducted primarily in Europe, Japan and North America indicates that HBCDs are ubiquitous in sediment and biota. The levels of HBCD seem to be increasing and several trends indicate that this increase may be rapid. The relatively high concentrations detected in herring and foodstuffs provide evidence for bioaccumulation of HBCD. The presence of HBCD in remote background air implies that HBCD has potential for long-range atmospheric transport. The occurrence of high concentrations of HBCD may be sufficient to elicit adverse effects in some wildlife. There is also concern that levels of HBCD could cause adverse effects in sensitive human populations, such as young children, indigenous peoples, and fish consumers. However, our knowledge about these chemicals, their sources, environmental behaviour, and toxicity is limited, making risk assessment difficult. In this paper, the current state of knowledge about HBCD is reviewed and areas for further research recommended for improving future monitoring and risk assessment efforts.

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