- 17 November, 2024
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| Designation: |
Principal Scientist
|
| Email Id: | md_kalita[at]neeri[dot]res[dot]in |
| Qualification: | M.Sc.(Agri.) Soil Science |
| Specialization: |
Land Environment Assessment and Management, Environmental Soil Science
|
| Address: |
CSIR-NEERI, Hyderabad Zonal Centre, Tarnaka, Uppal Road, Hyderabad-500007
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| Biodata: |
-
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| Sr. No. | Project Name |
|---|---|
| 1 |
Assessment and Dispersion of odorous gases due to CETP at Fabcity, Raviryal Village, Maheswaram (M), Rangareddy District
|
| 2 |
Evaluation of Water ATM's Anytime Water Kiosks Installed In Hyderabad City, Telangana State
|
| 3 |
Adequacy assessment for augmentation of SBP & AAC plant capacities and the proposed PAC unit at Grasim Industries Ltd., Rehla, Dist. Palamu, Jharkhand
To study the impacts on the environment due to augmentation of SBP and AAC and the proposed PAC unit |
| 4 |
Feasibility study for installed Piezometric wells in and around Divi's Laboratories Lingojigudem Village, Choutupal Mandal, Telangana
|
| 5 |
Assessment of ground water quality in and around Grasim Industries Limited, Nagda
|
| 6 |
Environmental Impact Assessment Studies for Establishment of CETP(s) and Selection of Marine Outfall Location for Discharge of Treated Effluent from Proposed CETP(s)
|
| 7 |
Assessment of Environmental Impacts due to Gold Jewellery Manufacturing Unit on the Food Processing Units and Immediate Vicinity in KINFRA Techno Industrial Park, Kozhikode
M/s. MGPL approached CSIR-NEERI for conducting a study to assess the environmental impacts of the gold jewellery-manufacturing unit on the surrounding vicinity comprising the food processing units in KINFRA-TIP. As per the Honourable High Court Order, based on the technical discussions, and the information provided by MGPL, an environmental assessment study has been carried out during December 2016 to January 2017 for assessment of impacts on various environmental components like air, noise, land and water in the surrounding vicinity including food processing units in KINFRA industrial techno park due to the proposed jewellery manufacturing unit. The baseline environmental status w.r.to air, water, land and noise has been established during the winter season. An EMP is proposed based on the observations and findings from the environmental assessment study. |
| 8 |
Assessment of Groundwater quality in and around Lanxess unit and Geo-chemical modelling studies for Lanxess India Pvt Ltd., Nagda
"Groundwater quality in and around Lanxess unit and Geo-chemical modelling studies" |
| Sr. No. | Publication Name |
|---|---|
| 1 |
Drinking water quality monitoring and surveillance for safe water supply in Gangtok, India
To ascertain the quality of drinking water being supplied, water quality monitoring and surveillance was conducted in Gangtok city at various treatment stages, service reservoirs, distribution network, public standposts, and households. No significant change in raw water quality was observed on day-to-day basis. Residual chlorine was found in the range of nil to 0.2 mg/l in the sump water/finished water. Throughout the year (i.e., during summer, winter, and monsoon seasons), the total coliform and fecal coliform counts were ranged from nil to 7 CFU/100 ml and nil to 3 CFU/100 ml, respectively, in sump water of Selep and VIP complex water treatment plant; however, at consumer end, those were observed as nil to 210 CFU/100 ml and nil to 90 CFU/100 ml,respectively. These variations in bacterial counts among the different service reservoirs and consumer ends may be attributed to the general management practices for maintenance of service reservoirs and the possibility of enroute contamination. Evaluation of the raw water quality indicates that the water is suitable for drinking after conventional treatment followed by disinfection. The finished water quality meets the level of standards described as per Bureau of Indian Standard specifications (BIS:10500 1991) for potability in terms of its physicochemical characteristics. |
| 2 |
Surveillance of Drinking Water Quality for Safe Water Supply—A Case Study from Shillong, India
To ascertain the quality of drinking water being supplied and maintained, it is necessary to conduct water quality surveillance for evolving suitable strategy for future planning. In the present investigation, water quality was monitored in treatment plants, service reservoirs, and at consumer ends in three seasons to assess the baseline water quality status at Shillong in Meghalaya. There are three water treatment plants at Shillong namely Umkhen, Mawlai and GSWS with design capacities of 1.5, 3.4 and 34 Million liter per day (MLD) respectively. Each treatment plant is having rapid sand filtration followed by disinfection. The study reveals that the physico-chemical parameters of water quality at consumer end meets Indian drinking water quality standards (BIS 1991) after conventional treatment followed by disinfection, whereas the bacteriological parameters for raw water sources exceed the permissible limit indicating the treatment need for drinking purposes. Throughout year the average feacal coliform contamination at service reservoir and to consumer end were found as 44 to 156 CFU/100 ml which may be attributed to the general management practices for maintenance of service reservoirs and the possibility of en route contamination. |
| 3 |
Change in drinking water quality from source to point of-use and storage: a case study from Guwahati, India
To ascertain the quality of drinking water being supplied and maintained at Guwahati, the study was conducted on the status of water supply in city through surveillance of drinking water quality for consecutive 7 days at various treatment stages, distribution network and consumer ends. The performance of five water treatment plants (WTPs), viz. Panbazar WTP, Satpukhuri WTP, Kamakhya WTP, PHED WTP and Hegrabari WTP were assessed for summer, piost-post-monsoon and winter seasons. No significant change in raw water quality was observed on day-to-day basis. Residual chlorine was found in the range of nil to 0.2 mg/L in the treated water. During post-monsoon, winter, and summer seasons the thermotolerent TC and FC counts ranged between Nil to 168 CFU/100 ml and Nil to 84 CFU/100 ml; Nil to 3356 CFU/100 ml and Nil to 152 CFU/100 ml; and Nil to 960 CFU/100 ml and Nil to 108 CFU/100 ml respectively. There was variation in bacterial counts among the different service reservoirs and consumer ends, which may be attributed to the general management practices for maintenance of service reservoirs and the possibility of enroute contamination. Evaluation of the raw water quality indicate that the water is suitable for drinking after conventional treatment followed by disinfection. The finished water quality meets the level of standards described as per Bureau of Indian Standard specifications (BIS:10500 1991) for potability in terms of its physico-chemical characteristics. |
| 4 |
Drinking water quality monitoring and surveillance for safe water supply in Gangtok, India
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| 5 |
Change in drinking water quality from source to point-of-use and storage: a case study from Guwahati, India
|
| 6 |
Drinking water quality monitoring and surveillance for safe water supply in Gangtok, India
|
| Sr. No. | Training Program Title |
|---|---|
| 1 |
Organised a National Workshop on "Urban Environmental Management - Solutions for Sustainability UEM 2017"
This workshop will provide a platform to discuss about the existing environmental problems in the urban areas and to delineate sustainable solutions and new technologies in mitigating the pollution and prepare a road map for future environmental management in urban areas. |
| 2 |
Organised a National Symposium on "Emerging Environmental Challenges: An Engineering Approach"
Environmental issues are one of the primary causes of disease, health and long-term livelihood impact for India. The main objective of the symposium is to address the emerging environmental issues in India by providing necessary and relevant engineering solutions for remediation/abatement/control. |
| Sr. No. | Achievement / Award | Awarded By |
|---|---|---|
| 1 |
Accreditation by QCI - NABET, New Delhi Certification No. NABET/EIA/1720/RA0088 dt.15/03/2018
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- |
Training Program