- 21 January, 2025
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- ONECSIR
| Designation: |
Sr. Principal Scientist
|
| Email Id: | s_kumar[at]neeri[dot]res[dot]in |
| Qualification: | M.Tech and Ph.D |
| Specialization: |
Environmental Engineering
|
| Address: |
Sub-Vertical 3A :Solid and Hazardous Waste Management, NEERI Nagpur
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| Biodata: |
| Sr. No. | Project Name |
|---|---|
| 1 |
Pre-Closure Studies of Hapania Dumpsite for Development of its Closure Plan
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| 2 |
Studies on Quantification and Characterization of Municipal Solid Waste at Municipal Corporation of Greater Mumbai, Mumbai Region
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| 3 |
Engineering Feasibility of Municipal Solid Waste Biogas Recovery and Appropriateness of its Use with CNG or LPG
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| 4 |
Quantification and Characterization of Municipal Solid Waste for Aizwal City
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| 5 |
Studies on Processing and Disposal of Municipal Solid Waste in Hilly Regions
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| 6 |
Development of Modeling Tools for LFG Generation from MSW Landfills in India
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| 7 |
Critical Reviews on Copper and Env. Health in India
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| 8 |
Training Programme on Air Toxics in Environment
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| 9 |
DPR for Solid Waste Management in New Township, Kolkata
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| 10 |
Pre-feasibility Study for Converting Landfill Gas to Liquefied Natural Gas in India
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| 11 |
Sampling and Analysis of MSWs at Selected Locations in Kolkata
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| 12 |
Env. Impact Assessment of Thermal Power Plants in Jharkhand
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| 13 |
Single and Two Phase Anaerobic Digestion of Municipal Solid Waste and Composting of Municipal Solid Waste
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| 14 |
National Workshop for Solid Waste Management in India
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| 15 |
Assessment of Status of Solid Waste Management in Metro Cities, State Capitals, Other Cities and Towns, CPCB, New Delhi
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| 16 |
Status of Methane Emissions from Municipal Solid Waste Disposal Sites in Nagpur and Adjoining Cities
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| 17 |
Preparation of DPR of Solid Waste Management at Kota
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| 18 |
Development of Appropriate Waste Management System in Handmade Paper Industry
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| 19 |
Env. Impact Assessment of Mumbai Pune Expressway
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| 20 |
Projects on Environment Impact Assessment of Highway Projects
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| Sr. No. | Publication Name |
|---|---|
| 1 |
Reaction mechanisms and rate constants of waste degradation in landfill bioreactor systems with enzymatic-enhancement.
Augmenting leachate before recirculation with peroxidase enzymes is a novel method to increase the available carbon, and therefore the food supply to microorganisms at the declining phase of the anaerobic landfill bioreactor operation. In order to optimize the enzyme-catalyzed leachate recirculation process, it is necessary to identify the reaction mechanisms and determine rate constants. This paper presents a kinetic model developed to ascertain the reaction mechanisms and determine the rate constants for enzyme catalyzed anaerobic waste degradation. The maximum rate of reaction Vmax for MnP enzyme-catalyzed reactors was 0.076 gTOC/gDS.day. The catalytic turnover number kcat of the MnP enzyme-catalyzed was 506.7 per day while the rate constant k of the un-catalyzed reaction was 0.012 per day. |
| 2 |
Waste degradation and gas production with enzymatic enhancement in anaerobic and aerobic landfill bioreactors
The presence of lignin is the limiting factor at later stages of biodegradation of municipal solid waste under aerobic or anaerobic conditions. Supplying enzymes into the system could facilitate lignin degradation, thereby aiding anaerobic and aerobic waste degradation processes. A comprehensive set of laboratory experiments were conducted under both anaerobic and aerobic conditions to evaluate the feasibility of using enzymes in accelerating lignin-rich waste degradation. After 30 days of anaerobic operation, MnP and LiP enzyme treated reactors produced 36 and 23 times higher cumulative methane (CH4), respectively, compared to that of the control reactor devoid of enzyme treatments. The carbon dioxide (CO2) yield of MnP enhanced aerobic reactor showed more than two-fold increase. |
| 3 |
Municipal solid waste: zero tolerance management strategy
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| 4 |
Formulating LandGem model for estimation for estimation of landfill gas under Indian scenario
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| 5 |
Artificial neural network modelling in biological removal of organic carbon and nitrogen for the treatment of slaughterhouse wastewater in a batch reactor
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| 6 |
Kinetic evaluation of chromium VI sorption by water lettuce Pistia.
An investigation was performed to evaluate the uptake capacity of Pistia in living condition for adsorptive removal of chromium(VI) from spiked solution for examining a remedial measure for disposal of chrome-laden wastewater in an urban wetland system. Kinetics results show about 78% removal was achieved for 3 mg/L initial concentration of Cr(VI). Experimental data showed that the root portion absorbed more Cr(VI) (28.54 g/g) compared to accumulation in leaf (5.73 g/g). It was also noted that the plant could effectively remove Cr(VI) from the solution with minor damage up to an initial Cr(VI) concentration of 3 mg/L, for which the adsorption isotherm studies were conducted. The maximum uptake capacity of the plant was recorded as 0.05 mg/g of Cr(VI) at the equilibrium level after a contact period of 7 days for an initial concentration of 8 mg /L, although severe physiological damage occurred. The experimental results were plotted in Langmuir and Freundlich isotherm models and both were found to be well fitted (r2 0.979 and r2 ? 0.974 respectively). The high value of n (2.16) reveals a strong bond between the plant root and dissolved Cr(VI), which favours the adsorption process. The order of the reaction was also examined on the basis of uptake capacity and it was found that the second order model fitted best. |
| 7 |
Screening of few aquatic floating plants for chromium phytoremediation
Phytoremediation process using hydrophytes emerges as an attractive scientific and engineering tool for the attenuation of metal pollution in the aquatic environment particularly in secondary and tertiary levels of wastewater treatment. The selection of appropriate plants on the basis of maximum uptake potential for engineering application of the process is the key factor .The present study deals with the use of four numbers of aquatic plants viz. Pistia, Salvinia, Spirodela and Lemna to assess their relative adsorptive efficiencies for chromium (VI) removal from synthetic solution. The plants were hydroponically cultured in Hoagland solution and grown in conjunction with chromium (VI) spiked solution. All the plants exhibited the ability to tolerate and uptake chromium. The kinetic data showed their uptake capacity in the order viz. Pistia > Salvinia > Spirodela > Lemna. For an initial concentration of 2 mg/L, Pistia could effectively sorbed 0.0457 mg of Cr(VI) /g of biomass with 68.5% Cr(VI) removal efficiency as compared to Lemna which could least achieve a minimum uptake of 0.0307 mg/g of biomass with 46% removal after 7 days of exposure |
| 8 |
Development of correction factors for landfill gas emission model suiting Indian condition to predict methane emission from landfills
Methane emission from landfill gas emission (LandGEM) model was validated through the results of laboratory scale biochemical methane potential assay. Results showed that LandGEM model over estimates methane (CH4) emissions; and the true CH4 potential of waste depends on the level of segregation. Based on these findings, correction factors were developed to estimate CH4 emission using LandGEM model especially where the level of segregation is negligible or does not exist. The correction factors obtained from the study were 0.94, 0.13 and 0.74 for food waste, mixed un-segregated municipal solid waste (MSW) and vegetable wastes, respectively. |
| 9 |
A monograph on the remediation of hazardous phthalates. Journal of Hazardous Material
Phthalates or phthalic acid esters are a group of xenobiotic and hazardous compounds blended in plastics to enhance their plasticity and versatility. Enormous quantities of phthalates are produced globally for the production of plastic goods, whose disposal and leaching out into the surroundings cause serious concerns to the environment, biota and human health. Though in silico computational, in vitro mechanistic, pre-clinical animal and clinicalhumanstudies showed endocrine disruption, hepatotoxic, teratogenic and carcinogenic properties, usage of phthalates continues due to their cuteness, attractive chemical properties, low production cost and lack of suitable alternatives. Studies revealed that microbes isolated from phthalate-contaminated environmental niches efficiently bioremediate various phthalates. Based upon this background, this review addresses the enumeration of major phthalates used in industry, routes of environmental contamination, evidences for health hazards, routes for in situ and ex situ microbial degradation, bacterial pathways involved in the degradation, major enzymes involved in the degradation process, half-lives of phthalates in environments, etc. Briefly, this handy module would enable the readers, environmentalists and policy makers to understand the impact of phthalates on the environment and the biota, coupled with the concerted microbial efforts to alleviate the burden of ever increasing load posed by phthalates. |
| 10 |
Design and development of indoor device for recycling of domestic vegetable scrap
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| 11 |
Characterization of municipal solid waste in high-altitude sub-tropical regions
Solid waste management (SWM) is one of the most challenging issues owing to lack of authentic data on different elements of SWM, namely, storage, collection, transportation, separation, processing and disposal. This study presents an assessment of existing status of SWM in conjunction with municipal solid waste (MSW) generation rates, physical and chemical characterization of MSW in high-altitude sub-tropical regions. Weighing of empty and fully loaded trucks per trip revealed total quantity of MSW collected. The average efficiency of MSW collection was 70%. From the baseline data, it is inferred that the population and MSW generation rates are not co-related. The collected MSW included biodegradables (organic wastes), paper, plastic, glass, ceramics, metals, inert materials, ash and debris. The data analysis indicated that the biodegradable components dominate the characterization at 54.83% followed by inert, ash and debris at 21.06%, paper at 8.77%, plastic at 8.18%, glass and ceramics at 4.45% and metals at 2.71%. Statistical measures were also applied and 90% confidence interval (CI) was generated for the characterization data measuring its statistical significance. |
| 12 |
Effect of calcium chloride on abating inhibition due to volatile fatty acids during the start-up period in anaerobic digestion of municipal solid waste
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| 13 |
Artificial neural network based Biomethan to evaluate methane yield from biogas in a laboratory-scale anaerobic bioreactor
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| 14 |
Effect of organic loading rate during anaerobic digestion of municipal solid waste.
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| 15 |
Probability of Aluminium Toxicity from Bhandup Complex Water Treatment Plant, Mumbai: A Case Study
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. |
| 16 |
Specific model for the estimation of methane emission form municipal solid waste landfills in India
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| 17 |
Enhanced performances of the aerobic landfill reactor by augmentation of manganese peroxidise
The aim of the work discussed in this article was to determine the ability of an MnP augmented aerobic waste cell to reach stable conditions rapidly in terms of gas production, nutrient content and cellulose and hemicellulose to lignin ratio (C + H/L). Two types of experiments were conducted; small batch and laboratory scale lysimeter experiments. Results from batch experiments showed that enzyme added treatments have the capability to reach a stable C + H/L and lower gas production rates, faster than the treatments without enzyme addition. Enzyme enhancement of the lysimeter increased the rate of biodegradability of the waste; gas production increased more than two times and there was clear evidence of increase in nutrients (nitrogen, dissolved carbon, biological oxygen demand) in the lysimeter leachate. |
| 18 |
Synergistic effect of fly ash in- vessel-composting of biomass and kitchen waste
The present study aims to utilize coal fly ash for its property to adsorb heavy metals and thus reducing the bioavailability of the metals for plant uptake. Fly ash was incorporated into the in-vessel composting system along with organic waste. The in-vessel composting experiments were conducted in ten plastic vessels of 15 L capacity comprising varying proportions of biomass waste, kitchen waste and fly ash. In this study, maximum degradation of organic matter was observed in Vessel 3 having k value of 0.550 d?1. In vessel 10, 20% fly ash with a combination of 50% biomass waste and 30% kitchen waste along with the addition of 5% jaggery as an additive produced the best outcome with least organic matter (%C) loss and lowest value of rate constant (k). |
| 19 |
Towards developing a representative biochemical methane potential (BMP) assay for landfill waste-a review
The applicability of slurry-based (semi-liquids) BMP assay in determining biodegradation kinetic parameters of landfilled waste is critically reviewed. Factors affecting the amount and rate of methane (CH4) production during anaerobic degradation of municipal solid waste (MSW) and optimal values of these factors specific to landfill conditions are presented. The history of conventional BMP, and some existing procedures are reviewed. A landfill BMP (LBMP) assay is proposed that manipulates some of the key factors, such as moisture content, particle and sample size, that affects the rate of CH4 production and the CH4 generation potential of landfilled MSW (LMSW). By selecting proper conditions for these factors, a representative BMP assay could be conducted to ensure accurate determinations of CH4 potential and the kinetic parameters k; first order rate coefficient and Lo; methane generation potential. |
| 20 |
Effect of bulking agents and cow dung as an inoculants on vegetable waste compost quality
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| 21 |
Aerated bio filters with multiple-level air injection configurations to enhance biological treatment of methane emissions
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| 22 |
The use of methanotrophic applications to control of fugitive methane emissions from the biodegradation of organic waste
Large amounts of methane (CH4) escapes to the atmosphere through fugitive emissions arising from anthropogenic sources. This is detrimental because the Global Warming Potential (GWP) of CH4 is 25 times that of carbon dioxide (CO2) on a 100 year time horizon. As a result, there has been increasing interest in developing cost-effective and reliable alternatives for the minimisation of CH4 releases into the atmosphere. The aim of this paper is to discuss the current state of efforts and alternatives with respect to the control of fugitive CH4 emissions generated from the anaerobic biodegradation of organic waste. |
| 23 |
Challenges and opportunities associated with waste management in India
India faces major environmental challenges associated with waste generation and inadequate waste collection, transport, treatment and disposal. Current systems in India cannot cope with the volumes of waste generated by an increasing urban population, and this impacts on the environment and public health. The challenges and barriers are significant, but so are the opportunities. This paper reports on an international seminar on Sustainable solid waste management for cities: opportunities in South Asian Association for Regional Cooperation (SAARC) countries organized by the Council of Scientific and Industrial Research-National Environmental Engineering Research Institute and the Royal Society. A priority is to move from reliance on waste dumps that offer no environmental protection, to waste management systems that retain useful resources within the economy. Waste segregation at source and use of specialized waste processing facilities to separate recyclable materials has a key role. Disposal of residual waste after extraction of material resources needs engineered landfill sites and/or investment in waste-to-energy facilities. The potential for energy generation from landfill via methane extraction or thermal treatment is a major opportunity, but a key barrier is the shortage of qualified engineers and environmental professionals with the experience to deliver improved waste management systems in India. |
| 24 |
A review on organic waste to energy systems in India.
Waste generation is increasing day-by-day with the growth of population which directly affects the environment and economy. Organic municipal solid waste (MSW) and agriculture sectors contribute towards maximum waste generation in India. Thus, management of organic waste is very much essential with the increasing demand for energy. The present paper mainly focusses on reviewing waste to energy (WtE) potentials, its technologies, and the associated challenges. Different substrates are utilized through various technological options in India. Organic waste has good potential to attain sustainable energy yields with and without affecting the environment. A realistic scenario of WtE technologies and their challenges in line with the existing Indian condition is presented in this paper. |
| 25 |
Inhibitory effects of acidic pH and Confounding effects of moisture content on methane biofiltration
This study focussed on evaluating the effect of hydrogen sulfide (H2S) on biological oxidation of waste methane (CH4) gas in compost biofilters, Batch experiments were conducted to determine the dependency of maximum methane oxidation rate (Vmax) on two main factors; pH and moisture content, as well as their interaction effects. The maximum Vmax was observed at a pH of 7.2 with decreasing Vmax values observed with decreasing pH, irrespective of moisture content. Flow-through columns operated at a pH of 4.5 oxidized CH4 at a flux rate of 53 g/m2/d compared to 146 g/m2/d in columns operated at neutral pH. No oxidation activity was observed for columns operated at pH 2.5, and DNA sequencing analysis of samples led to the conclusion that highly acidic conditions were responsible for inhibiting the ability of methanotrophs to oxidize CH4. Biofilter columns operated at pH 2.5 contained only 2% methanotrophs (type I) out of the total microbial population, compared to 55% in columns operated at pH 7.5. Overall, changes in the population of methanotrophs with acidification within the biofilters compromised its capacity to oxidize CH4 which demonstrated that a compost biofilter could not operate efficiently in the presence of high levels of H2S. |
| 26 |
In-vessel composting: a rapid technology for conversion of bio-waste into compost.
Composting always proved to be the Nature-friendly and sustainable method for getting rid of the huge burden of biowaste. As we witness, there is an intractable growth of human population and their unlimited consumption of different goods produce a tremendous amount of waste. In New Delhi itself, more than 9500 tons of waste is generated every day, out of which 8000 tons per day goes to the landfilling, which is the most commonly practiced method. This malignant process instead of solving the problem of waste, in turn, causes more problems like methane emission, heavy metal leaching into groundwater, soil pollution, etc. Composting mimics natural mineralization process which is the alternative solution of resource recovery with no side-effects. To curb such a huge amount of waste, the composting process must be rapidified and achieved by in-vessel composting, where the partial anaerobic condition is reduced by enforced aeration and critical parameters like moisture and temperature can be controlled. Aerobic bacteria are the main agents which speed up the composting process. Moreover, easily available natural additives like buttermilk, jaggery, sugar, etc. also speed up the microbial process and increase the efficiency. So, the in-vessel composting provides efficient compost in a very short time period. This paper will provide a critical assessment of In-vessel composting in terms of process parameters and efficiency in comparison with conventional methods. This process can be critically utilized for community-based composting at small scale compost production, which will be a key to link daily household waste with resource generation with the aim to achieve Swach Bharat Mission. |
| 27 |
Co-composting of vegetable wastes and carton: Effect of carton composition and parameter variations
The aim of the study was to investigate the effects of carton in the composting process of mixed vegetable wastes using an experimental composter of capacity 80 L. Three different mixes were set-up (Mixes 1, 2 and 3) which consisted of vegetable wastes, 2.0 kg paper and bulking agents, vegetable wastes, 1.5 kg carton and bulking agents, vegetable wastes, 4.5 kg carton and bulking agents, respectively. Temperature evolution, pH trends, moisture levels, respiration rates, percentage volatile solids and electrical conductivity were monitored for a period of 50 days. The system remained under thermophilic conditions for a very short period due to the small size of the reactor. The three mixes did not exceed a temperature of 55 C, where sanitization takes place by the destruction of pathogens. The highest peak of CO2 evolution was observed in Mix 2 indicating that maximum microbial degradation took place in that mix. |
| 28 |
Effect of biochar on bio-electrochemical dye degradation and energyProduction
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| 29 |
Bioremediation and detoxification of industrial wastes by earthworms:Vermicompost as powerful crop nutrient in sustainable agriculture
Vermicompost is the final product of the vermicomposting process involving the collective action of earthworms and microbes. During this process, the waste is converted into useful manure by reducing the harmful effects of waste. Toxicity of industrial wastes is evaluated by plant bioassays viz. Allium cepa and Vicia faba test. These bioassays are sensitive and cost-effective for the monitoring of environmental contamination. The valorization potential of earthworms and their ability to detoxify heavy metals in industrial wastes is because of their strong metabolic system and involvement of earthworm gut microbes and chloragocyte cells. Most of the studies reported that the vermicompost produced from organic wastes contains higher amounts of humic substances, which plays a major role in growth of plants. The present article discusses the detoxification of industrial wastes by earthworms and the role of final vermicompost in plant growth and development. |
| 30 |
Improving methane yield and quality via co-digestion of cow dung mixed with food waste
Methane (CH4) production and quality were enhanced by the co-digestion of cow dung and food waste (FW) mixed with organic fraction of municipal solid waste (OFMSW) under optimized conditions in bench and semi continuous-scale mode for a period of 30 days. A bacterium capable of high yield of CH4 was enriched and isolated by employing activated sewage sludge as the inoculums. The thirteen bacterial isolates were identified through morphological and biochemical tests. Gas chromatography was used to analyze the chemical compositions of the generated biogas. CH4 yields were significantly higher during co-digestion of Run II (7.59 L) than Run I (3.7 L). Therefore, the co-digestion of FW with OFMSW and Run II was observed to be a competent method for biogas conversion from organic waste resources. |
| 31 |
Biodegradation of food waste using microbial cultures producing thermostable -amylase and cellulase?under different pH and temperature
The aim of this work was to study the biodegradation of food waste employing thermostable a-amylase and cellulase enzymes producing bacteria. Four potential isolates were identified which were capable of producing maximum amylase and cellulase and belong to the amylolytic strains, Brevibacillus borstelensis and Bacillus licheniformis; cellulolytic strains, Bacillus thuringiensis and Bacillus licheniformis, respectively. These strains were selected based on its higher cell density, enzymatic activities and stability at a wide range of pH and temperature compared to other strains. The results indicated that 1:1 ratio of pre and post consumed food wastes (FWs) were helpful to facilitate the degradation employing bacterial consortium. In addition, organic matter decomposition and chemical parameters of the end product quality also indicated that bacterial consortium was very effective for 1:1 ratio of FWs degradation as compared to the other treatments. |
| 32 |
Role of saw dust and cow dung on compost maturity during rotary drum composting of flower waste
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| 33 |
Removal enactment of organo-phosphorous pesticide using bacteria isolated from domestic sewage
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| 34 |
Rapid composting techniques in Indian context and uitilization of black soldier fly for enhnaced decomposition of biodegradable wastes- A comprehensive review
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| 35 |
Methane potential from municipal biowaste: insight from six communities in Maharashtra, India
Anaerobic digestion (AD) of biowaste can generate biogas with methane (CH4) as energy source and contribute to sustainable municipal solid waste management in India. Characteristic municipal biowastes sampled seasonally from household, fruit and vegetable market and agricultural waste collection points in villages, towns and cities in Maharashtra were analysed to assess the potential as substrate for AD. The mean biochemical methane potential (BMP, at 37 C) across seasons and community sizes was between 200 260, 175 240 and 101 286 NLCH4 kgvs 1 for household, market and agricultural biowaste, respectively. CH4 yields were comparable in villages, towns and cities. Seasonal variations in CH4 yields were observed for market and agricultural biowaste with highest values during pre-monsoon season. Results underpin that municipal biowaste is a suitable substrate for AD in India. However, low purity of available biowaste resulted in lower CH4 yields compared to recent studies using source-segregated biowaste. |
| 36 |
Biomethane potential for co-digestion of municipal solid waste and rice straw: a batch study
Rice straw (RS) contains a high amount of lignocellulosic materials which are difficult to degrade without thermal pretreatment. In the present study, co-digestion of municipal solid waste (MSW) and RS was carried out in three different ratios i.e., 1:1, 2:1, and 3:1 to get the maximum biomethanation potential and methane generation rate constant (k). The biogas and methane (CH4) potential increased by 60% and 57%, respectively for MSW and RS in the ratio 2:1 as compared to other combination. The values of k, biochemical methane potential (?b) and sludge activity were measured as 0.1 d?1, 0.99 CH4-COD/CODfed and 0.50 g CH4-COD/g VSS, respectively. The sludge activity was found to be 100% for 2:1 ratio. Co-digestion of RS with MSW can also optimize the C/N ratio which is an essential parameter in the anaerobic digestion process. |
| Sr. No. | Training Program Title |
|---|---|
| 1 |
International Conference on Emerging Trends of Biotechnology in waste conversion
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| 2 |
International Conference on Integrated Solid Waste Management Practices in Developing countries
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| 3 |
International Conference on Sustainable Solid waste Management in India
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| 4 |
International Scientific Seminar on “Sustainable Solid Waste Management for Cities: Opportunities in SAARC Countries
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| 5 |
3rd International Brainstorming Workshop on “Sustainable Municipal Solid Waste Management in India
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| Sr. No. | Achievement / Award | Awarded By |
|---|---|---|
| 1 |
Dr. Sunil Kumar, Senior Principal Scientist and Head of Waste Re-processing Division at CSIR-NEERI, Nagpur has been invited as an Eminent and Lead Member for National Task Force Constituted by FICCI, New Delhi on Solid Waste Management to Formulate Strategy and Undertake Other Works for Effective Solid Waste Management in India
Dr. Sunil Kumar, Senior Principal Scientist and Head of Waste Re-processing Division at CSIR-NEERI, Nagpur has been invited as an Eminent and Lead Member for National Task Force Constituted by FICCI, New Delhi on Solid Waste Management to Formulate Strategy and Undertake Other Works for Effective Solid Waste Management in India |
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| 2 |
Dr. Sunil Kumar - Senior Researcher, Awarded By Alexander von Humboldt-Stiftung Jean-Paul-Str.12 D-53173 Bonn, Germany In 2018
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Alexander von Humboldt-Stiftung Jean-Paul-Str.12 D-53173 Bonn, Germany |
| 3 |
Dr. Sunil Kumar - Outstanding Scientist Award, Awarded By Council of Scientific & Industrial Research-National Environmental Engineering Research Institute CSIR-NEERI, Nehru Marg, Nagpur-440 020 India In 2009 & 2016
|
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View Biodata [0.21 MB]
Training Program