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Broad Band Absorption Cell BBC with Enhanced Efficiency of PV for Hot Water and Electricity, (Year : 2018)
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Design, development and delivery of 5-10 liters/hour of hot water (60-70°C) and enhanced electricity generation using broad band absorption cell (BBC) of 40 W (Proto Type Model for concept development).
- Design of functionalized PV module (BBC) for prevention of growth of biofilms by application of Phenazine and/or Phenazine derivatives Dimensions of panel: Length 47 cm and Width 66.5 cm, Power 40W
- Testing and demonstration of PV module for controlling biofilm growth in control and functionalized PV module (BBC)
- Spectrum loss and spectral transmittance to be measured using different medium
- Influence of Phenazine and/or Phenazine derivatives coating and spectrum absorption to be investigated on photovoltaic performance of the system by measuring short circuit current and maximum output power.
- Investigation of performance of the system with and without Phenazine and/or Phenazine derivatives coating by monitoring temperature of water in the metallic reactor retrofitted to the back of panel (reactor 2)
- Optimization of different operating conditions for all seasons, mass transfer contact time etc.
- Scaling up of BBC system from 40W BBC findings/results and Design and development of commercial PV module (315 W) for getting 50-100L/h of hot water at 60-700C and enhanced electricity (8-10 % increase w.r.t. normal) generation w.r.t. commercial PV module (315W).
- Reactor design optimization, optimize mixing regimes, optimized illuminated surface, mass transfer effects and reaction kinetics for commercial BBC system and evaluate actual economic benefits in terms of KWH per 315W PV panel w.r.t. normal 315W module.
- Cost-Benefit Analysis of BBC system of 315 W module and commercialization of all types of PV module (BBC system) for target market segments jointly with NOCIL Ltd. in terms of know-how transfer and provide expert services as required for commercialization to interested parties at agreed upon emoluments.
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Probing study for SO2 reduction in CPP of HINDALCO Renusagar, UP, (Year : 2018)
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No information is available
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Ground Water Quality Modeling and Contamination Assessment in Choutuppal Industrial Area, (Year : 2018)
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No information is available
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Landfill Fire Control Mechanism Through Integrated Approach, (Year : 2018-2021)
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No information is available
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A detailed study on non-putrefying property of river Ganges in both sediment and water. (G-1-2298), (Year : 2017)
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The Ganga basin has been center of rapid urbanization leading to altering the water quality of the River Ganga and the interactive environment of the River system. While attempting to carry out a scientific study to understand the water quality and special properties of the River Ganga, it is necessary to examine the River in its entirety, as a dynamic and interactive river system. There are numerous factors which are interdependent and interact to impact the water quality of the River Ganga. The study identified the trend of bacteriophages against pathogenic, non-pathogenic and opportunistic pathogenic bacterial isolates in water and sediment was same. The fresh water sedimentary metagenome-viromes differed from the earlier viromes collected from other fresh water sediments. The fresh water sediments from the River Ganga not only housed novel viromes, but also included unexplored double stranded DNA viruses. Importantly, Ganga River house important bacteriophages and other microbiomes which can be related to its non-putrefying properties. Being highly analytics and interdisciplinary intensive, this project will provide a strong scientific rationale to understand bacteriophage and microbial population diversity, purifying properties of the Ganga and disease predications. This study will provide a model system and validatable parameters for other rivers of India. The bacteriophages as antimicrobial agent may prove to have important role in non-putrefying and self-cleansing properties of Ganga.
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Passive Smoke Particle Strainer for Rural Kitchens, (Year : 2018)
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No information is available
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Pre-feasibility and re-use recycle at CETP for pre-treatment efficiency improvement and sustainability of CETP operations , (Year : 2015)
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No information is available
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Studies on Rejuvenation of River Godavari and Integrated Action Plan for improvement of Environmental status for Nasik region , Maharashtra (Under the PIL No.176 of 2012), (Year : 2017)
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No information is available
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Assessment of contribution of Stubble Burning in Haryana & Punjab States on Air Quality in Delhi , (Year : 2016)
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No information is available
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Pre-closure Studies at hapania Dumpsite in Agartala for Development of its Closure Plan, (Year : 2018)
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No information is available
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Low-cost, Nano-Intermetallic / Alloy Catalysts as Promising Alternative to Expensive Platinum Catalyst for Fuel Cells, (Year : 2018)
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No information is available
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Development of LoWPAN (IoT) compliant sensor modules network for monitoring of poisonous gases in industrial environment, (Year : 2018)
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Design and development of IoT based LoWPAN compliant multi-gas sensor modules for distributed monitoring of the VOC/ sulphurous odourants in distillery/ paper pulp/ other similar industries
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Indo-French Water Networking on SWACHH NEER - UNE VIE MEILLEURE , (Year : 2016)
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No information is available
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Assessment and Decontamination Study of soil and ground water of IOC outlet, M/s. AP Enterprises, Mogappair west area, Chennai, (Year : 2016)
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No information is available
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Current Awareness Service, (Year : 2016)
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Current information is disseminated to the scientists through following inhouse services :
Current Environmental Literature : A monthly article awareness service
Recent Additions : Bibliographic information on recently acquired books in the library
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Environmental Status Report of Nagpur city (NMC), (Year : 2017)
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No information is available
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Tricopper Clusters as pMMO mimic for conversion of methane to methanol at ambient conditions (E3OW), (Year : 2018)
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It is imperative to utilize the enormous worldwide reserves of methane (CH4) as effective utilization of this valuable resource is not only economically beneficial, but also environmentally advantageous (methane is a major contributor to global warming not only next to CO2 in percent contribution, but 23 times more detrimental on a molecular basis). Therefore, direct conversion of methane to easily transportable and commercially useful product like methanol has long been a goal of the chemical industry. Methanol is well established as a valuable commodity, both itself as a transportable fuel and as a source for derived chemicals, including H2. The direct conversion of methane to methanol has long been one of the “holy grails” of organic chemistry. However, the C−H in CH4 is extremely inert because of the high bond-dissociation energy (105 kcal/mole), so the chemistry is challenging. Accordingly, there has been considerable interest in developing molecular catalysts as well as economic and efficient chemical processes for this conversion. To be practical, the new catalysts or processes must be efficient and able to operate as close to ambient conditions as possible, involve only a small number of steps, and generate minimal waste by-products. There is currently considerable interest in developing chemical catalysts to harness the abundant supply of methane on our planet for various industrial applications. It is proposed to develop tri-copper complexes capable of mediating efficient oxidation of methane to methanol under ambient temperatures and pressures which is a mimic for pMMO enzyme performing the same function.
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Assessment of Emission Control Measures Adopted at Captive Coal Based Power Plants of Aluminum Smelters of Hindalco, (Year : 2018)
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No information is available
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Management of Drain Silt in Delhi State through Recycling/ Processing by Utilizing Appropriates methodologies/ Technologies , (Year : 2018-2020)
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No information is available
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Microbiological And Physico-Chemical Studies of Bathing Water Facility at CSIR-NEERI Residential Campus (OLP-46), (Year : 2016)
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The objective of this study is to isolate and characterise the bacteria from swimming pool after interfering with the human activity. This study is to isolate & characterize pathogenic bacteria which are considered to be one of the important potential health problem .
Objective:
1.To monitor bacterial indicators of pollution and isolation of specific pathogenic bacteria from bathing water pool.
2. Quantitative analysis of pathogenic bacteria by culture based method and real time PCR.
3. Isolation and characterisation of chlorine resistant bacterial isolate.
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