Research Work on Green & Sustainable Technologies
Preamble
India is a developing country facing the major challenges of sustainable development without compromising its growth targets. Climate change and environmental degradation are some of the problems that arise due to rapid development. All over the world and even in India many initiatives were taken towards sustainable development. India required the indigenous technologies and unique initiative to solve its own problems. Technology and solutions developed outside may not work very well in India.
IIT(BHU) being a premium technical institute and having experts in many domain areas is playing a leading role towards these green and sustainable initiatives. IIT(BHU) is taking lead role in initiative research towards achieving the goals of green mobility, green energy, smart city and green campus, clean Ganga and Sustainable industries. Pilot projects in collaboration with urban local bodies and industry is already in progress or in active stage of initiating to demonstrate few of the technologies. The research and expertise available in the various fields of engineering and technology may lead to promising interdisciplinary research which will lead to achieve the desired objectives. Institute with industrial collaborations is working towards developing and indigenizing the technologies and implementing them in the field.
IIT (BHU) main focus is in the following Five Major Verticals:
- Green Mobility
- Green Energy
- Smart City and Green Campus
- Clean Ganga
- Sustainable Industries
Already research and industrial projects are going on in these areas, and the Institute has the capability to grow in these five areas in the next 5 years by collaborating with various departments and facilities. Further there is strong collaboration with other institutions in India and abroad to carry out path breaking research in this field. Developments in the field of Remote Sensing, IoT, data science, smart materials, waste management, health management, hydrogen and other sustainable energy technologies, and many other related fields have made the pathway for green and sustainable technologies. These technologies not only ease human life but also save our climate and natural resources. Judicial use of all such technologies will lead to solve many basic problems like energy, mobility, pollution, waste etc. face by the society. Green and sustainable technology studies have tremendous impetus now, and a large number of countries are involved in undertaking a variety of such projects, which include creating a sound knowledge base by funding basic science studies related to technological developments in mentioned areas. Promotion and progress of research, and related technological developments in the area bring opportunities for both national and international collaboration, for commercial benefits in a variety of domains, and also ensuring the security and sovereignty of a nation in a substantially enhanced manner.
Green Mobility:
Dr. Agnivesh P of Transportation Engineering Section of Department of Civil Engineering is working in the area of improving public transport ridership which is critical for arresting the persisting issued faced by Indian cities such as traffic congestion, environmental decay, job-housing imbalance, and poor health conditions. Most of the Indian cities are characterized by high population density, intensely mixed land use patterns, short trip distances, and more than 50% share of motorized two-wheelers, intermediate public transport (IPT) covering both non- motorized “cycle-rickshaws” and motorized “three-wheeled auto-rickshaws”, walking, and cycling. The fixed-route bus transit currently serving about 15% of travel demand in the city and is in dire need of expanding and improve its shortcomings because of this majority of the people are relying on IPT alternatives provided by the private sector. These shortcomings include the lack of first/last- mile connectivity, low level of service and comfort, absence of dedicated lanes, inefficient transit network, schedule, and stop locations, escalating cost of operations, high labour costs, poorly maintained or ageing fleet and overcrowding. The city structure of Varanasi deviates from the classical “employment-dense centre and housing-dense periphery” model since commercial activities are spatially dispersed and central core consists of not only commercial but also housing concentration. These complex land-use and transport patterns make it difficult to plan for transit system redesign or emerging transit modes such as Aerial Ropeway Transit (ART) using the same accessibility indices used for cities in highly motorized countries in North America.
With a funded project through I-DAPT hub foundation (as a part of the NSF-DST funding for US-India collaborative research), research is already underway to develop data-driven transit solutions for underserved communities. This ongoing research is examining the potential of the Aerial Ropeway Transit (ART) to improve the overall patronage of transit system in Varanasi and enable multimodal mobility for its citizens. The specific milestones of the project will be: (1) developing transit demand forecasting algorithms, (2) identifying optimal stop locations for fixed-line ART service, (3) redesigning transit network and operational schedule with fairness and equity considerations, (4) creating story-maps animation videos on public transportation usage for informing policymakers and transport authorities. The analysis carried out in the project will explore how the existing transit services. e.g., buses and IPT shuttles, can be altered to create multi-modal plans that can further improve coverage and accessibility for underserved origin-destination pairs.
Clean Ganga:
IIT(BHU) has successfully developed integrated sensor systems for direct detection of various carcinogenic metals as well as xenobiotics in the tap water matrix as well as in the Ganga River matrix. All the sensing chips have been indigenously developed, and the voltametric responses were analysed in using a miniaturized device. Such systems for direct detection of these targets are able to sense the molecules in merely 2-3 seconds without any mediator and / or redox molecules. Such an analytical system will provide the basis to develop the green initiatives to clean Ganga as well as the water bodies at IIT(BHU). Not only this, but these sensor systems will also be applied to monitor the cleaning strategies of Ganga River. We intend to place this system at even various water bodies across Varanasi ghats and municipal water treatment plants. On additional following are few more areas where IIT(BHU) is working
In the Department of Civil Engineering research is going on in cleaning of River Ganga through rejuvenating its tributaries. Department of Civil Engineering is actively working with many state and level agencies to keep the Ganga clean through various technological interventions. Mainly work is going on to restore the river channel, to restore its linkages with feeder streams, tributaries and surface water bodies and to revive the hydrological cycle of the watershed for a sustainable flow of water.
Smart City:
Department of Architecture, Planning and Design is working on Retrofitting Existing Buildings using green and sustainable strategies which can help address National issues - Energy & Water Efficiency, Conserving Natural Resources, Handling of all kinds of Wastes etc. Application of both Technical & Non-technical Strategies can be applied to existing buildings through the process of retrofitting using Bioclimatic & Eco- design Principles.
Studio 2 in Block B of the Department of Architecture, Planning and Design, IIT (BHU) has a large influx of direct solar radiation in the months of April, May and June leading to discomfort for both students and teachers. A study is being undertaken to create thermal comfort conditions in the studio. Initial strategy targets reducing solar radiation insolation by using various shading devices. Preliminary results suggest that by incorporating inclined shading systems a reduction in the indoor temperature can be achieved. Further studies are required to understand the impact of the shading systems on the daylight levels.
In addition, work is going on to formulate specialized urban sustainability assessment framework/tool for environmentally sensitive hilly areas known as Sustainable Urban Development of Environmentally Sensitive Hill Areas Sustainability Index (SUDESHA-SIX).
- Site Suitability
- Climate and Energy
- Environment and Ecology
- Transportation and Connectivity
- Built Environment and Visual Resources
Currently, the formulation of sustainability action plan for the IIT (BHU) (at campus and building level) is under progress. Working on the ECBC Compliance report for primary healthcare buildings using Design Builder for running various simulations such as lighting, heating design, cooling design.
Few goals to achieve in near future:
- Planning to take up more hill towns for the evaluation of developed urban sustainability assessment tool so as to evolve more generic criteria and indicators for all hill context or similar context.
- Development of a software based decision-making tool that take into account of context specific sustainability factors which can be used throughout a project, from initial design, planning to operation; display results of the assessment visually (via dashboards) and track sustainability through its life cycle and assessing alternatives where a decision is to be supported (using AR, VR).
- Development of sustainability assessment tool for hill areas useful at building level.
Dr. Hari Prabhat Gupta is working on the designing and implementing comprehensive IoT sensing systems that effectively meet a wide range of requirements. Group possess extensive expertise across various domains, including sensor data analytics, computer networks, artificial intelligence, Fog computing, and ubiquitous computing.
With a strong emphasis on research and development, we have specialized in harnessing the immense potential of LoRaWAN communication technology. This allows to seamlessly transmit and manage sensory data, enabling the creation of intelligent IoT sensing systems adaptable to diverse applications.
Simultaneously, they are dedicated to pushing the boundaries of technological innovation. The team actively develops cutting-edge edge devices that function as powerful processing units at the network's edge. These devices optimize performance, enhance computational capabilities, and facilitate real-time data analysis and decision-making.
By combining our expertise in LoRaWAN communication technology with advanced edge device development, group pioneer the next generation of IoT systems. Through our ongoing research, research group continuously seek to unlock new possibilities, improve efficiency, and empower businesses and industries with the transformative capabilities of IoT technologies.
The ultimate goal is to drive innovation, shape the future, and create a significant impact in the realm of IoT.
Green Energy:
Prof Rajesh Kumar Upadhyay research group in Department of Chemical Engineering is working on development of on-site ultra-pure hydrogen generation devices. We have already demonstrated a 1kW device for onsite production of hydrogen and integrated it with a Fuel cell to generate 1 kW power. The same is now under the commercialization. We are also working on a self-sustaining hydrogen production device which will require no external energy.
With GAIL India Limited we are working on generation of ultra-pure hydrogen from natural gas. This device is of 5 kW capacity. Apart from this we are working on underground coal gasification, biomass gasification to produce green hydrogen. Dr. Abir Ghosh in the Department of Chemical Energy is working on Design and Development of Novel Electrolytes for Next-Generation Na-ion Batteries They have identified the specific degradation mechanisms undergoing within the positive electrode (PE) and electrolytes of a Li-ion battery. Continuum-scale models of these degradation mechanisms are developed.
In future they are planning to experimentally validate the developed models, couple all the developed degradation models with the other already available models of negative electrodes to develop a whole-cell degradation model.
In addition, the team is working on the Linear Stability Analysis (LSA) of Electrode/Electrolyte Interface (E/EI). A LSA model has been developed. The developed LSA model is able to distinguish stable and unstable domains of the interface. In Future they will include different interfacial chemical reactions into the model to obtain the effect of the undesirable chemical reaction kinetics.
Work is also going on in the Molecular-scale Na-ion Positive Electrode (PE) Development. Prussian blue (PB) and its analogues are an attractive material for positive electrodes in Na-ion batteries. We have performed classical molecular dynamics (MD) simulation on Prussian white structure to optimize the same to be used in the Na-ion batteries to obtain high energy and power densities. In Future group will finalise the optimum PB structure and focus on PB/electrolyte interface.
Dr. Mahobia The iron and steel industry contributes about 7 % of the total carbon dioxide emission in the world and about 35% of all CO2 produced in the manufacturing sector. About 1.9 tons of CO2 is produced per ton of crude steel. Carbon from coke or coal is the primary source of heat energy in blast furnaces, and rotary hearth furnaces used worldwide. Carbon in the form of graphite electrodes is also used in electric arc furnaces. Thus, it is easy to comprehend that carbon is used extensively along the entire steelmaking route, making it a high contributor to global CO2 production. Using hydrogen gas as a reductant in place of carbonaceous material offers significant advantages like zero greenhouse gas (GHG) emissions, faster reduction at lower temperatures, absence of a complicated boudouard (C-O) reaction system. Using green hydrogen can reduce the emissions of 2.3 gigatons of CO2 annually and decrease global warming. The most important benefit would be the production of water as a byproduct gas which could reduce the carbon footprint of the iron and steel industry. As the hydrogen molecule size is smaller than CO, the diffusion rates into the pellet will be much higher than CO, which could lead to a faster reduction rate and enhanced Metallization. Many studies have been conducted worldwide on the direct reduction (DR) of iron ores and have established that the reduction rate of iron oxides with hydrogen was higher than that observed for CO-based processes.
In literature, most hydrogen reduction studies have been carried out on commercial-grade iron ores containing more than 65% Fe and limited studies on the hydrogen reduction of low-grade ores containing less than 50% Fe are available. Any pellet's crushing strength after reduction (CSR) is a critical factor for its use in any shaft furnace. Limited studies are available on the CSR of hydrogen-reduced low-grade iron ore pellets. According to the world steel association, the worldwide crude steel production as of December 2022 was 1878.5 Mt, of which 124.7 Mt was produced in India. India has ambitions of producing 300Mt of crude steel by 2030. To achieve such a humongous target, low-grade ores, which India has vast reserves, need to be utilized. The reduction of low-grade ores with hydrogen could be advantageous as the time consumed could be less than that observed with high-grade ores. Some low-grade ores also contain other precious metals like Nickel, Cobalt, Vanadium, Chromium, etc. Moreover, low-grade ores are also found in mines as stockpiles.
Though the amount of gangue elements would be high, shorter reduction times and lower reduction temperatures could make hydrogen reduction a better alternative to carbon-based reduction. Laboratory scale studies on hydrogen reduction of low-grade ores are few, hydrogen reduction of pellets made from low-grade multimetallic ore (Total Fe: 45%) has been investigated by the Department of Metallurgical Engineering, Indian Institute of Technology (BHU), Varanasi.
As freshwater resources become increasingly scarce, seawater electrolysis is anticipated to become the preferred method for hydrogen production in the future. Saline water electrolysis encounters competition between the anodic oxygen evolution reaction (OER) and chloride oxidation. Further, the electrodes suffer from corrosion from the produced Cl2, and blockage of the active sites. Dr. Arindam Indra developed different layered double hydroxide (LDH)-based catalysts, which can produce high activity for seawater oxidation under industrial conditions. In 6.0 M KOH seawater electrolyte, the catalyst requires only 250 mV overpotential to achieve an industrial- scale current density of 500 mA cm-2. In an alkaline seawater electrolyte, this multi- metallic electrocatalyst stands out as one of the most efficient transition-metal-based OER electrocatalysts reported to date, thus advancing the progress of seawater electrolysis technology. Interestingly, our catalyst achieved a current density of 2.5 A cm-2, a remarkable high value in this field.
Sustainable Technologies:
Dr. Pradyut Dhar is working on Biodegradable polymers and renewable materials for replacement of single-use plastics & green technologies for microplastics mitigation. The utilization of single plastic has progressed rapidly worldwide in recent decades due to its lightweight, mechanical properties, and low cost. High plastic consumption with increased micro-plastic contamination causes severe detrimental impacts on human health, soil and aquatic ecosystems. With the Government of India (GOI) decision to ban single-use plastic from the year 2021, it is important to develop commercially viable and scalable biodegradable and renewable polymer-based processing technologies to meet the huge demands of the country. This brings in an opportunity for the indigenous synthesis, fabrication, and processing of biomass-derived bioplastics and biodegradable polymers such as cellulose derivatives, poly (lactic acid) (PLA), poly(hydroxybutyrate) (PHB), and polyvinyl alcohol (PVA) due to their renewability, sustainability, low energy consumption during production, non-toxicity to living entities, and low-cost.
Moreover, development of composite formulations using renewable derivatives such as bamboo or agro-waste residues such as rice, sugarcane and wheat will induce bioplastics with high thermal, barrier and mechanical stability, which can aid in the production of a variety of daily-use plastic products. Scalable extrusion-based processing technologies for biomass-based plastics production finds potential application in plethora of sectors involving electronics, food packaging, and biomedical applications.
He is also working in the Life-cycle assessment (LCA) of green and sustainable technologies. LCA provides a platform for evaluation of sustainability in developing novel innovations that can be scaled to pilot and further at the industrial level to substitute or replace the conventional technologies. It aids the stakeholders in deciding the industrial scale production feasibility, ecological hotspots in production processes, and potentially harmful effects of the proposed technologies on the ecosystem. Recently, several eco-friendly novel technologies such as electric vehicles, fuel cells, batteries, biofuels, and green hydrogen energy are being proposed for replacement of non-sustainable petroleum-based materials and fuel sources like hard coal, petrol, and plastics. The development of life cycle-based studies for these emerging novel technologies will allow to evaluate and screen different processes based on sustainability and environmental impact parameters. The environmental impacts in a quantified manner for carbon footprints or global warming potential and its comparison with the sustainable systems will aid the consumer, government, and manufacturers in selecting the appropriate sustainable systems. The life cycle analysis covers the ecological impacts generated during production, utilization as well as after shelf life of a product. The end-of-life LCA can suggest and compare the ecological impacts of conventional and sustainable technologies for assessing the potential harmful effects of a disposed product on the environment.
Dr. Bhuvaneshwari research is mainly focused on designing electrode and catalyst materials from sustainable resources as well as biomimicking them through advanced process methods like electrospinning technology. Her lab is currently developing fibre based free standing electrodes for supercapacitor and battery in a sustainable manner via choosing the biopolymer-based matrix material for carbon matrix formation. Further, as part of waste utilization, her lab targeting agricultural waste materials towards carbon catalysts synthesis for fuel cell and other energy and biomedical related applications. Recently, her lab was into the field of designing natural product-based nanofiber mats for sustainable packaging, membrane in water filtration and fuel cell applications and antimicrobial wound healing bandages. Her lab also formulating the sustainable bio-ink from agriculturally based materials for tissue engineering applications.
Sustainable Healthcare:
Dr. Cherian Samual project aimed to assess the impact of Ayushman Bharat on institutional deliveries, maternal mortality, and infant mortality rates in the UP-East region. The working paper employed a comprehensive approach to investigate the transformative potential of Ayushman Bharat in rural India. The final project will encompass both quantitative and qualitative research methods, including surveys, interviews, and data analysis, to gather comprehensive insights into the effectiveness of Ayushman Bharat. By focusing on the UP-East region, the research aims to provide a region-specific analysis, highlighting the unique challenges and opportunities in the area. This will enable tailored interventions and policy recommendations for effective healthcare transformation and inclusive development. The research questions address the impact of Ayushman Bharat on maternal and infant mortality rates, factors influencing the attainment of sustainable development goals, and the increase in institutional deliveries. The working study integrates the initiative with the sustainable development goals (SDG 3.1 and SDG 3.2), emphasizing its alignment with the global health agenda and fostering international collaborations. This research project will hold significant relevance for evidence-based policymaking, fostering inclusive healthcare growth, and achieving sustainable development goals related to good health and well-being. The study aims to contribute to the transformation of healthcare in the UP-East region, improving health outcomes, reducing mortality rates, and promoting inclusive and sustainable development in rural India. The findings aim to provide valuable insights and recommendations for policymakers, enabling informed decision-making, resource allocation, and policy adjustments.
Green Committee:
Green Committee has been constituted in the Institute which works on the following:
- Develop a green policy and framework for the Institute to address and promote sustainable practices and sustainable living.
- Green audit of infrastructure planning, execution maintenance for the Institute.
- Facilitate quantification of green initiatives for the Institute.
- Develop a plan for implementation in a phased manner at the Institute.
- Making the green agenda a participatory and transparent process to generate greater awareness in the campus community.
- Suggest ways by which green initiatives can connect with neighbours-hood communities.
Biosafety Committee at IIT(BHU)
List of Ongoing and Completed Projects
SN | Project Title | Status | PI |
|---|---|---|---|
1 | “Revisiting traditional Indian agricultural practices against climate change vulnerabilities using machine learning techniques”, DST, 25.25 Lakhs, 2025 | 2025 | Dr. Ruchir Gupta (PI) |
2 | “Assessing and Mitigating Urban Heat Island (UHI) Effects in Riverine Cities: A Machine Learning and Nature-Based Solutions Approach Under Climate Change Scenario.”, CST-UP, 15.08 Lakhs, Ongoing | Ongoing | Dr. Harsimran Kaur (PI) |
3 | “Development of a 10-kW membrane reformer prototype for production of fuel cell grade green hydrogen for power generation”, DST, 396 Lakhs, 2025 | 2025 | Dr. Rajesh Kumar Upadhyay (PI) |
4 | “Generation of Green Hydrogen through Sea Water Electrolysis”, SUNP (Sun Petrochemical Pvt Ltd), 70.17 Lakhs, Ongoing | Ongoing | Dr. Sweta (PI) |
5 | “Absorption of Eco - Friendly and Green Technology in the Indian Army”, AMSB (Army Management Studies Board Ministry of Defence (AMSB)), 44.84 Lakhs, Ongoing | Ongoing | Dr. Sneha (PI) |
6 | “Revolutionizing Solar Energy: All weather power generation via hybrid solar and triboelectric nanogenerator approach”, Ideas to Impact Challenge (IIT Madras) (IIC-IITM), 50 TH, 2025 | 2025 | Dr. Pavan Pujar (PI) |
7 | “Solution spray processed SnO2 based Electron transport layer (ETL) for perovskite solar cell (PSC)”, CSIR, 1.47 Lakhs, 2025 | 2025 | Dr. Mohammad Imteyaz Ahmad (PI) |
8 | “Development of scalable artificial leaf for solar-driven reduction of carbon dioxide into liquid fuels”, DST, 18.66 Lakhs, Ongoing | Ongoing | Dr. Arindam Indra (PI) |
9 | “Installation of Pavan Vruksh for harnessing wind energy at GTAC/Institute Library Premises of IIT(BHU)”, I-DAPT, IIT(BHU), 15.95 Lakhs, 2023 | 2023 | Dr. N. Krishna Swami Naidu (PI) |
10 | “Development of polymer fibre composites for Hydrogen storage”, BHEL, 29.10 Lakhs, 2025 | 2025 | Dr. Pralay Maiti (PI) |
11 | “Generation of Green Hydrogen through Sea Water Electrolysis”, SUNP (Sun Petrochemical Pvt Ltd), 70.17 Lakhs, Ongoing | Ongoing | Dr. Sweta (PI) |
12 | “Development of oxy-steam catalytic gasification system for Hydrogen enriched producer gas by Kitchen waste”, ANRF, 52.24 Lakhs, Ongoing | Ongoing | Dr. Jeevan Vachan Tirkey (PI) |
Year | Title | Authors | Journal |
|---|---|---|---|
2026 | Enhanced Synthetic Inertia Controller for Grid-Forming Inverter-Based Virtual Synchronous Condenser | Sivaprasad B.; Naidu N.K.S.; Singh S.K.; Utkarsha P.; Yalla N. | IEEE Journal of Emerging and Selected Topics in Industrial Electronics |
2026 | Quasi-biennial oscillations and Rieger-type periodicities in a Babcock–Leighton solar dynamo | Kumar P.; Ravindra B.; Chowdhury P.; Karak B.B. | Astronomy and Astrophysics |
2026 | Experimentation and optimization of a novel PCM-based thermal storage-cum-exchanger using steel wire mesh | Yadav V.K.; Ghosh P.; Sarkar J. | Applied Thermal Engineering |
2026 | Analysis of the Measurement Uncertainties in the Characterization Tests of Lithium-Ion Cells | Hußenether T.; Rufino Júnior C.A.; Pires T.S.; Mishra T.; Nahar J.; Vaghani A.; Polzer R.; Diel S.; Schweiger H.-G. | Energies |
2026 | Challenges and opportunities in the treatment of chrome mine tailings: A review | Mukherjee S.; Jha R.; Singh R.; Singh K.K.; Patra S. | Minerals Engineering |
2026 | Scale-Up and Validation of Conventional Drinking Water Treatment Processes | Singh S.; Tolofari D.L.; Wager Y.; Norton J.W.; Miller C.J. | Journal of Environmental Engineering (United States) |
2026 | Metal-organic framework functionalized biochar electrodes: A new horizon in microbial fuel cell technology | Singh A.; Mishra V. | Sustainable Energy Technologies and Assessments |
2026 | Selective gold recovery from electronic waste: a review of modern trends in recycling | De A.K.; Gautam P.; Singh K.K. | Canadian Metallurgical Quarterly |
2026 | Future Developments of Nanoparticle’s Application for Plant Disease Management and Sustainable Yields | Singh S.; Chaudhary A.; Patel A.; Trivedi M.; Johri P.; Tiwari R.K. | Nanotechnology in the Life Sciences |
2026 | Evaluating the viability of biogas as a sustainable transport fuel in Nigeria: Policy gaps, analytical insights, and strategic roadmap | Silas M.Z.; Verma A.K. | Energy for Sustainable Development |
2026 | Mode-Dependent Model Predictive Control for Multi-Source Converter | Prakash S.; Singh R.; Dwivedi D.; Ghosh S.; Chinmaya K.A. | IEEE Transactions on Industry Applications |
2026 | Energy, Environmental, and Economic Trade-offs for Wastewater Recycling in the Indian Water System: Regionalized Life Cycle Inventory Development and Analysis | Negi R.; Chandel M.K. | ACS ES and T Engineering |
2026 | Improving the Performance of Heterogeneous LPWANs: An Integrated Small-World and Machine Learning Approach | Srinivasarao Chilamkurthy N.; Abdul Hakeem S.; Tupakula S.; Chinnadurai S.; Jee Pandey O.; Ghosh A. | IEEE Sensors Journal |
2026 | Variation of the sunspot area during the rising and declining phases of the solar cycle supports the toroidal flux loss due to flux emergence | Karak B.B.; Mishra S.; Sreedevi A. | Monthly Notices of the Royal Astronomical Society |
2026 | Biological green synthesis of nanoparticles: A sustainable platform for agricultural, environmental, food, and cosmetic applications | Raut S.S.; Sharma A.; Yadav R.; Kumar S.; Shukla A.; Singh A.; Mishra A. | Journal of Environmental Chemical Engineering |
2026 | Simultaneous Bioremediation of Arsenic and Chromium from Soil Using Bacteria: Assessment of Plant Growth, Chlorophyll, and Effects of Extraction Medium | Kushwaha R.; Jaiswal V.K.; Singh R.S.; Mohan D. | Journal of Hazardous, Toxic, and Radioactive Waste |
2026 | Application of a stabilized bioproduct, ceria–biochar (CeO2/BC), for economic nitrate removal from drinking water | Verma V.; Kumar N.; Sharma Y.C. | Biofuels, Bioproducts and Biorefining |
2026 | QoS-Aware Network Selection in Hybrid RF-VLC Wireless Systems: A Stackelberg Game Approach | Muthiah Sivavelan S.; Kamble A.; Shukla M.K.; Pandey O.J. | IEEE Networking Letters |
2026 | Bifunctional MoSe2-Ni Nanocomposites Based Symmetric Alkaline Water Electrolyzers | Maurya P.K.; Gupta R.K.; Mishra A.K. | Chemistry - An Asian Journal |
2026 | Occupant-Aware Deep Learning Model for Energy Prediction in Smart Buildings | Jayashankara M.; Adhirathan B.; Chanak P.; Singh S.K. | IEEE Transactions on Artificial Intelligence |
2026 | Exploring pricing strategy and remanufacturing mode in trade-in scheme under carbon cap-and-trade regulation | Zhou F.; Li Y.; Pratap S.; Zhang C.; Lim M.K. | Journal of Cleaner Production |
2026 | Valorization of biodiesel waste glycerol to sustainable chemicals | Pradhan G.; Pradhan S.; Singh R. | Biofuels, Bioproducts and Biorefining |
2026 | IoT Network Device Classification using Traffic Log by applying Machine Learning Techniques | Singal G.; Rawat M.; Kumar R.; Kushwaha R. | IEEE Internet of Things Journal |
2026 | Freight modal shift to inland waterways: evaluating transferability of transport policies between Europe and Asia using bayesian best-worst method | Beil D.; Gupta P.; Dopler S.; Pani A.; Putz-Egger L.-M.; Gupta A. | Case Studies on Transport Policy |
2026 | A comprehensive study of biodegradation and detoxification of triazine-based azo dye (Reactive Red 120) using biofilm-mediated continuous packed-bed bioreactor | Rai V.K.; Yadav S.; Saifi G.; Tiwari H.; Singh R.S. | Environmental Technology (United Kingdom) |
2026 | Lightweight concrete and sustainability: materials, performance and environmental benefits | Rodhia R.; Pandey A.; Kumar B. | European Journal of Environmental and Civil Engineering |
2026 | Design of Cut-Out Distance for Underground Coal Gallery Using Time-Dependent Constitutive Model; [طراحی فاصله برش براي گالري زغالسنگ زیرزمینی با استفاده از مدل ساختاري وابسته به زمان] | Saran S.; Gadepaka P.R.; Jaiswal A. | Journal of Mining and Environment |
2026 | Comprehensive Review of Critical Mineral Extraction Technologies and Their Relevance to Secondary Resources in India | Jaiswal A.; Pandit B.; Singh T.N. | Mining, Metallurgy and Exploration |
2026 | Factors Modeling the Consumer Adoption of Electric Vehicles in Varanasi, India – An Extended UTAUT Model | Nawani A.; Nawani A.; Kaur H. | Lecture Notes in Mobility |
2026 | Exploring the Use of Waste Engine Oil as Rejuvenator for Hot Mix Recycling | Prasad A.N.; Saboo N.; Pani A. | Transportation Research Record |
2026 | Navigating industry 4.0: digital transformation and technological advancements in maritime transportation | Kumari D.; Rohit K.; Pratap S. | Maritime Policy and Management |
2026 | Ultrasonic-assisted phytochemical extraction using hydrophobic natural deep eutectic solvents: from solvation energy prediction to process optimization | Srivastava R.; Jain S.K.; Metya A.K.; Parambil J.V. | Journal of Chemical Technology and Biotechnology |
2026 | Probing the role of ligand molecules on the thermal stability and optical properties of Tb3+-based complexes | Baloni D.; Dubey C.; Yadav A.; Singh S.K.; Singh A.K. | Journal of Molecular Structure |
2026 | Cryogenic Cooling in Sustainable Machining: A Review on Advancements and Applications for Difficult-to-Machine Materials | Sharma A.; Diwakar V.; Kishore K.; Chaudhari A.; Awale A.S.; Khan Yusufzai M.Z.; Vashista M. | Journal of Tribology |
2026 | Assessment of hydrochemistry and groundwater quality of Bihar, India: a comprehensive review | Kumar R.; Raj A.; Verma S.K. | Water Conservation Science and Engineering |
2026 | Sustainable magnesium doped nanofibrillated cellulose/bentonite composite for enhanced phosphate removal: process optimization and mechanistic insights | Pandey A.; Kalamdhad A.S.; Sharma Y.C. | RSC Advances |
2026 | Poly(para-phenylenediamine) - derived carbon nanofiber aerogel for energy storage and environmental applications | Sarma P.P.; Gupta R.K.; Chakravarty R.; Rajbongshi B.K.; Mishra A.K.; Jaidev; Baro M. | Solid State Sciences |
2026 | Literature Review on Urban Growth Prediction Using Machine Learning Techniques | Chettry V.; Manisha K. | Smart Innovation, Systems and Technologies |
2026 | Synergistic effects of functionalized h-BN and ionic liquid on tribological performance and thermal stability of PAO-based nanolubricants | Gupta V.K.; Singh B.; Kumar H.; Awasthi S.; Singh M.K.; Katiyar J.K.; Mohan A. | Tribology International |
2026 | First-order Dynamic Controller Design for Grid-Tied Permanent Magnet Synchronous Generator | Kumar A.; Prakash S.; Ghosh S.; Swami Naidu N.K.; Dworak P. | IEEE Journal of Emerging and Selected Topics in Power Electronics |
2026 | Depth-Based Characterization of Legacy Waste Fines for Biomining and Subgrade Applications | Verma A.K.; Prasad A.; Bonal N.S. | Geotechnical and Geological Engineering |
2026 | Modeling and Analytical Comparison of the Evaporator Designs for Organic Rankine Cycle (ORC) Using Refrigerant R245fa | Maurya S.; Tripathi B.M.; Shukla S.K. | AIP Conference Proceedings |
2026 | Multi-IRS aided NOMA based IoT framework for reliable and secure communication | Yadav P.K.; Jain S.; Pandey A. | AEU - International Journal of Electronics and Communications |
2026 | Potable water production through a low-cost single chamber solar still in north India | Mishra V.; Singh D.; Singh R.S.; Singh D.; Rene E.R.; Giri B.S.; Sharma S.; Mishra A.; Shukla H. | Environmental Science and Pollution Research |
2026 | Techno-economic-sessional assessment of geothermal-driven trilateral flash cycle with daytime radiative cooling | Gautam K.; Sarkar J.; Maiti P. | Thermal Science and Engineering Progress |
2026 | Radio frequency-induced catalysis using multi-component two-dimensional quasicrystals for effective sulfamethoxazole removal from water | Manzoor Z.; Karthik R.; Ferreira M.A.; Galvao D.S.; Mukhopadhyay N.K.; Yadav T.P.; Dadhwal P.; Saka P.C.; Woellner C.F.; Chowdhury S.; Tiwary C.S. | Applied Catalysis B: Environmental |
2026 | Emerging Trends of Bioelectricity Production Using Biomass Derived Biochar: Bibliometric Analysis, Research Progress and Technoeconomic Assessment | Matiyali K.; Pandey K.; Jessieleena A.A.; Kumar R.; Rawat S. | Bioenergy Research |
2026 | Integration of omics for sustainable biohydrogen production: unlocking the potential of microbial biofuel systems | Jurel A.; Dhoble A.S. | Renewable and Sustainable Energy Reviews |
2026 | Sustainable waste mitigation and bioenergy potential of hazardous petroleum sludge: A co-pyrolysis study with pigeon pea stalk | Nawaz A.; Kumar P.; Razzak S.A.; Khan N.A. | Results in Engineering |
2026 | Advanced fin designs for enhancement in thermal management of eutectic phase change materials in a latent heat thermal energy storage system | Srivastava U.; Sahoo R.R. | International Communications in Heat and Mass Transfer |
2026 | Integrated biorefinery approaches for the sustainable valorization of agricultural residues into biofuels, bioplastics, and bioactive compounds | Gautam S.; Bora B.; Dutta D.; Tripathi A.D.; Srivastava J.; Thatoi H.N.; Srivastava S.K.; Khade S.M.; Geed S.R. | Sustainable Chemistry for Climate Action |
2026 | Wheat straw induced fungal endoglucanase production using kitchen waste-based fermentation medium | Choudhary P.K.; Mishra A.; Singh R.; Ahamd I.; Mashraqi A.; Haque S.; Srivastava N. | 3 Biotech |
2026 | Parametric Impact Analysis of Delayed Inlet-Valve Closure and Ignition Timings on Methane and Sewage Sludge Producer Gas Blend-Operated SI Engine Using Numerical Modelling | Jena P.; Kasaudhan P.; Tirkey J.V. | Lecture Notes in Mechanical Engineering |
2026 | Thermal performance optimization for cylindrical lithium-ion cells using fin-assisted multi-phase change materials | Singh N.K.; Sharma N.; Sahoo R.R. | International Communications in Heat and Mass Transfer |
2026 | Long-term air quality forecasting in Korba, India (2025–2047): A hybrid model using 44-year satellite data | Gond A.K.; Jamal A.; Verma T. | Journal of Atmospheric and Solar-Terrestrial Physics |
2026 | Reduction and Kinetic Behavior of Premixed Lean-Grade Manganese/Iron Ores During Pre-Reduction with Hydrogen Gas | Choudhari R.; Singh K.K.; Madan M.; Shekhar S.; Sinha S. | Journal of Sustainable Metallurgy |
2026 | The Prospects and Challenges of Sustainable Aviation Fuels (SAFs) for Clean Combustion in Gas Turbine Engines: A Review | Dey S.; Billa K.K.; Gowthaman S.; Kant A.; Singh A.P. | Energy and Fuels |
2026 | Enhanced Thermal Performance of Cylindrical Li-Ion Cells Using Fin-Assisted Multi-Phase Change Materials for Efficient Heat Dissipation and Uniform Temperature Control | Sharma N.; Sahoo R.R.; Singh N.K. | Energy Storage |
2026 | Stochastic Reliability Enhancement of Renewable-Rich Power System via LSTM Forecasting and Degradation-Aware Resource Optimization | Singh S.; Bhati S.; Saket R.K. | Iranian Journal of Science and Technology - Transactions of Electrical Engineering |
2026 | Biotechnological production of 2-keto-D-gluconic acid (2-KGA): from strain engineering to process development | Baradia H.; Dash S.S.; Pappu J.S.M.; Gummadi S.N. | Biotechnology Letters |
2026 | Recent developments in black phosphorus quantum dots (BPQDs) for energy storage and optoelectronic devices | Banshidhar; Nishi; Tripathi A.; Nishad K.P.; Chauhan D.; Kumar A.; Kumar A.; Kumari D.; Bajpai M.; Dubey R.; Rai A.; Singh L. | Next Nanotechnology |
2025 | Sustainable additive manufacturing: challenges and opportunities of recycling plastic waste for 3D printing filaments | Sharma A.; Kumar M.; Sharma A. | Sadhana - Academy Proceedings in Engineering Sciences |
2025 | Radioactive Waste: A Catastrophic Waste | Mishra G.; Bhadouria V.S.; Ray D.; Chauhan S.; Saraswat S.P.; Dixit S.; Sawood G.M. | Global Waste Management |
2025 | Enhancing wind energy forecasting in India: A site-specific comparative analysis of machine learning models and Weibull statistics using long-term data | Yadav H.K.; Chakraborty S.; Gupta M.N.; Bhattacharjee A.; Yadav S.; Sanyal A.P.; Sarkar J.; Sarkar A. | Sustainable Energy Technologies and Assessments |
2025 | Investigating the geographic linkage between airborne pollutants and tuberculosis rates in India | Kumar V.; Tripathi T.; Raj A.; Kumar P. | Discover public health |
2025 | Water footprint in sponge cities: how sustainable are they? | Chaturvedi S.; Karunarathna R.M.D.M.; Sanyour A.; Palihena J.C.S.; Singh N.; Xu J. | Water Footprints: Achieving Sustainable Development Goals |
2025 | MoS2Decorated 3D Graphene Aerogel as a Microwave Catalyst for the Ultrafast Breakdown of Organic Dyes | Jangir L.K.; Tripathi V.K.; Kumari P.; Shrivastava M.; Sharma Y.C.; Tripathi K.M. | ACS Sustainable Resource Management |
2025 | A study on red potato peel (Solanum tuberosum L. cv. Red Holland): characterization, composition and formulation of tablet using different drying techniques | Tripathi D.; Kumari M.; Chauhan A.K.; Kumar D.; Dhondale M.R. | Journal of Food Science and Technology |
2025 | Government Support Mechanism In Perishable Food Supply Chain: A Transition From Sustainability To Circularity | Shetty L.; Srivastava S.; Dwivedi A.; Pratap S.; Dubey S.; Patil A. | IEEE Engineering Management Review |
2025 | Ilmenite-Structured Ni-Doped FeCrO3; Fe1–xNixCrO3(0 ≤ x ≤ 0.2): Dual-Site-Active Electrocatalyst for the Oxygen Evolution Reaction | Singh A.K.; Raj A.; Mukherjee S.; Gupta A.; Ahmad M.I.; Singh P. | ACS Applied Energy Materials |
2025 | Identification, classification and selection of warm mix additives based on workability, chemical and performance characteristics | Wagh V.P.; Gupta A.; Bhasin A. | International Journal of Pavement Engineering |
2025 | Correction to: Aquaponic trends, configurations, operational parameters, and microbial dynamics: a concise review (Environment, Development and Sustainability, (2023), 27, 1, (213-246), 10.1007/s10668-023-03924-4) | Kushwaha J.; Priyadarsini M.; Rani J.; Pandey K.P.; Dhoble A.S. | Environment, Development and Sustainability |
2025 | Design of Bio-Inspired Novel Flow Fields for Effective Distribution of Electrolyte in Large-Scale Redox Flow Batteries | Gundlapalli R.; Kamireddy R.N.; Jaiswal G. | International Conference on Fluid Flow, Heat and Mass Transfer |
2025 | Introducing Sulfur in VNi-Layered Double Hydroxide Enables Efficient Electrocatalytic Oxidation of Benzylamine with High Current Densities | Singh B.; Kumar R.; Verma N.; Draksharapu A. | ACS Applied Materials and Interfaces |
2025 | DISTRIBUTED RENEWABLE POWER GENERATION USING THERMODYNAMIC CYCLES: OPTIONS AND CHALLENGES | Srivastava M.; Sarkar J.; Sarkar A. | Proceedings of the Thermal and Fluids Engineering Summer Conference |
2025 | Advanced Application of Recycled Textile Generated from Waste in Military Application Using Nanotechnology | Rai R.; Dhar P. | Nanotechnology-Assisted Recycling of Textile Waste: Sustainable Tools for Textiles |
2025 | Sustainable Plasma Technology for Oxide Ore Reduction: A Review | Mukherjee S.; Jha R.; Patra S.; Singh K.K. | Steel Research International |
2025 | Lithography-free, fully-printed lithium phosphate-based humidity sensors on paper as zero-waste, sustainable electronic solution | Priyadarsini S.S.; Bhattacharjee D.; Ghosh A.; Yadav A.K.; Nath Pal B.; Dasgupta S. | 2025 IEEE Applied Sensing Conference, APSCON 2025 |
2025 | Future Perspectives and Challenges in Computational Environmental Engineering | Kulwant M.; Raj D.; Yadav A.K. | Computational Techniques in Environmental Engineering |
2025 | CRISPR Plants against Fungal Diseases: Methods and Applications | Jadhav L.; Das R.; Agrawal S.; Bhattacharya I.; Kumar P.; Singh A.K.; Rajput V.D.; Minkina T.; Tiwari K.N.; Mishra S.K. | Plant Stress Tolerance: Molecular Mechanisms and Breeding Strategies: Volume Two |
2025 | A comprehensive study on municipal solid waste management practices in Jamshedpur City, India | Dubey R.; Rathore D.; Dwivedi A.; Singh P.K. | Asian Journal of Water, Environment and Pollution |
2025 | Enhancement of solar still performance using various phase change materials: A critical review | Mishra V.; Singh D.; Singh R.S.; Kushwaha J.; Mishra A.; Yadav S.; Dev R.; Singhania R.R.; Giri B.S. | Journal of the Taiwan Institute of Chemical Engineers |
2025 | Water Stress in Crop Plants and Its Management: A Metabolomic Insight | Saini R.; Mishra A.K.; Singh C.; Kumar P.; Shukla P.K.; Vishwakarma J.; Tiwari K.N. | Water Stress in Crop Plants and Its Management |
2025 | Analysis of gasifier-IC engine performance characteristics using Babul wood feedstock | Shagun A.; Tirkey J.V.; Sarkar A.; Prajapati L.K.; Rishikesh | Fuels for Sustainable Transportation: Advances and Applications |
2025 | Sustainable Fabrication of Graphene Quantum Dots Preparation From Cellulosic Carbon Waste for Application in Photoinduced Biohydrogen Production | Singh R.; Choudhary P.; Ahamd I.; Mashraqi A.; Haque S.; Srivastava N. | Luminescence |
2025 | Microstructural Characterization and Hydrothermal Ageing Resistance of Rice Husk Silica-Doped Alumina Toughened Zirconia Biocomposite | Gupta A.; Pandey V.; Singh S.K.; Yadav M.K.; Majhi M.R. | Silicon |
2025 | Arsenic Removal Technologies: From Challenges to Innovative Solutions | Yadav A.K.; Shirin S.; Dikshit A.K.; Simon M.; Kumar A. | Arsenic Removal Technologies: From Challenges to Innovative Solutions |
2025 | Inequal Three Qubit Entanglement Using GHZ State Generation for Spin-Torque Based Qubit Architecture | Kulkarni A.A.; Verma S. | IEEE Open Journal of Nanotechnology |
2025 | A Computer Program for Selection of Rational Width of Protective Water Barrier Pillars in Underground Coal Mines | Singh G.S.P.; Galav A.; Shukla V. | Journal of The Institution of Engineers (India): Series D |
2025 | Comparative assessment of phase angle method and tribological method for evaluating the production temperatures of modified asphalt binders | Wagh V.P.; Gupta A. | Construction and Building Materials |
2025 | Mesoporous Carbon: A Versatile Adsorbent and Catalyst with Techno-Economic and Life Cycle Perspectives | Kumar N.; Rosy; Sharma Y.C. | Industrial and Engineering Chemistry Research |
2025 | Application of rice husk carbon source for cellulolytic enzyme production under solid state fermentation via expired yeast probiotic juice | Mishra A.; Singh R.; Choudhary P.K.; Ahamd I.; Mashraqi A.; Haque S.; Srivastava N. | Journal of Food Measurement and Characterization |
2025 | Relation between digital innovation and industry 4.0: existing themes and emerging research trends | Gupta M.; Jauhar S.K.; Paul S.K.; Pratap S. | OPSEARCH |
2025 | Development of ferrimagnetic (Mn0.6Cr0.6Co0.6Fe0.6Al0.6)O4 high entropy oxide for photo-Fenton degradation of organic dye | Pradhan S.; Barick K.C.; Anuraag N.S.; Mutta V.; Prasad N.K. | Applied Surface Science |
2025 | Quantifying Solar Cell Power Output in the Lab: A MATLAB-Based Approach with Artificial Illumination | Vaishya A.; Chinmaya K.A. | 2025 IEEE 1st International Conference on Smart and Sustainable Developments in Electrical Engineering, SSDEE 2025 |
2025 | Voltage Stabilization Control With Hybrid Renewable Power Sources in DC Microgrid | Khan K.R.; Kumar S.; Srinivas V.L.; Saket R.K.; Jana K.C.; Shankar G. | IEEE Transactions on Industry Applications |
2025 | Pharma Industry Solid Waste Management Practices, Treatment, and Disposal | Bhatt K.; Vimal A.; Mishra V. | Solid Waste Management: A Roadmap for Sustainable Environmental Practices and Circular Economy |
2025 | Energy, exergy, and environmental investigation of inserts assisted heat exchanger with various base fluid based CQD nanofluid | Rai R.; Kumar V.; Sahoo R.R. | Journal of Thermal Analysis and Calorimetry |
2025 | HyPoPE: A Hybrid Proof of Participation and Efficiency Protocol for Secure IoT Blockchain Networks | Das A.A.; Srivastava G. | Proceedings of the ACM Symposium on Applied Computing |
2025 | Energy Management Strategies for Active Distribution Networks and Microgrids–A Comprehensive Survey | Kumar A.; Maulik A.; Chinmaya K.A. | IETE Technical Review (Institution of Electronics and Telecommunication Engineers, India) |
2025 | Multienzyme (3-in-1)-Mimicking a Single Nucleobase-Derived Bionanozyme for Versatile Environmental and Biomedical Applications | Vishwakarma S.; Tiwari O.S.; Banerjee D.; Shimon L.J.W.; Israelstam A.; Kaminker I.; Mukherjee S.; Gazit E.; Makam P. | Advanced Healthcare Materials |
2025 | Thermal Performance Enhancement With Melting Effect of Nickel Foam and MXene Nano-Enhanced Phase Change Material Composite-Based Thermal Energy Storages | Srivastava U.; Sahoo R.R. | Journal of Thermal Science and Engineering Applications |
2025 | Quantitative Toxicity Assessment of Dye Wastewater Treated via Ozonation-Biodegradation Integration: Phyto- and Bioluminescence Studies | Chaturvedi A.; Singh M.; Jaiswal R.P. | Water, Air, and Soil Pollution |
2025 | Sustainable Biotransformation of Food Waste into Biogas Via Microbial Anaerobic Digestion: A Review | Singh R.; Pal D.B.; Lal B.; Singh T.; Ahamd I.; Mashraqi A.; Haque S.; Srivastava N. | Indian Journal of Microbiology |
2025 | Monitoring Terrestrial Water Storage Using GRACE/GRACE-FO Data over India: A Review | Kumar M.; Soni P.; Swargiary D. | Iranian Journal of Science and Technology - Transactions of Civil Engineering |
2025 | Two-step feeding pyro-gasification of coconut husk: effects of Ni-Fe impregnation on products yields and quality | Kumar R.; Mondal M.K. | Renewable Energy |
2025 | Pretreatment and Extraction of Anaerobic Digestion-Derived VFAs for Efficient Harnessing of Microbial Lipids and Their Subsequent Extraction | Bhattacharjee A.; Dhoble A.S. | Bioenergy Research |
2025 | Defining Problems and Identifying Opportunities in Agriculture and Natural Resources | Meena T.; Singh V.K.; Roy S. | Studies in Big Data |
2025 | Settlement Behavior of Municipal Solid Waste Fines Below Foundation on Staged Loading: A FEM Approach | Verma A.K.; Dhiryan S.; Samal B.; Prasad A. | Lecture Notes in Civil Engineering |
2025 | Machine learning approaches for automatic defect detection in photovoltaic systems | Mohanty S.R.; Maruf M.U.; Singh V.; Ahmad Z. | Solar Energy |
2025 | Embracing the new normal: leveraging industry 4.0 for supply chain optimisation and carbon footprint reduction | Kumar Pandey A.; Pratap S.; Habibi M.K.K. | International Journal of Production Research |
2025 | Sustainable valorization of waste cooking oil via low-temperature transesterification using BaO/ZnO nanocatalyst: process optimization and mechanistic studies | Pradhan S.; Pramanik H.; Chandra Sharma Y. | Sustainable Energy and Fuels |
2025 | Valorization of Coconut Shell and Blue Berries Seed Waste into Enhance Bacterial Enzyme Production: Co-fermentation and Co-cultivation Strategies | Khan P.A.; Singh T.; Lal B.; Singh R.; Syed A.; Verma M.; Mishra P.K.; Wong L.S.; Ahmad I.; Srivastava N. | Indian Journal of Microbiology |
2025 | Kinetic and thermodynamic studies of co-pyrolysis of babool sawdust blended with high-density polyethylene using model-free isoconversional methods | Singh A.K.; Chakraborty J.P. | Biomass Conversion and Biorefinery |
2025 | Adaptive Optimal Power Management for Hybrid Energy Input-Based EV Charging System With Multi-Mode Flow | Jena P.; Singh R.K.; Lal V.N. | IEEE Transactions on Industry Applications |
2025 | From waste to resource: Engineering advancements for municipal solid waste fine fraction utilization – A review | Rawat P.; Mohanty S. | Waste Management and Research |
2025 | DC microgrid based EV charging Infrastructure-PSO Controller Tuning for Optimal Response | Faujdar B.; Pandey R.K. | IEEE Power and Energy Society General Meeting |
2025 | Current advances in produced water treatment technologies: a perspective of techno-economic analysis and life cycle assessment | Gangwar A.; Rawat S.; Rautela A.; Yadav I.; Singh A.; Kumar S. | Environment, Development and Sustainability |
2025 | Groundwater sustainability in the Varuna river basin: impacts of climate change and population growth | Kumar R.; Bhattacharjee R.; Gaur S.; Ohri A. | Environmental Earth Sciences |
2025 | Plant-derived enzymes as sustainable biocatalysts for biosensing and industrial applications | Dkhar D.S.; Swain R.P.; Dubey R.; Patel G.K.; Chandra P. | Industrial Crops and Products |
2025 | Autonomous DC-Link Voltage Control Strategy for 10-Switch NPC Converter Systems | Narendrababu A.; Yalla N. | International Journal of Circuit Theory and Applications |
2025 | Cellulose Based Aerogels Derived From Rice Agro Wastes with Enhanced Antifungal Activity for Topical Management of Vulvovaginal Candidiasis | Ranjan R.; Bhatt S.B.; Rai R.; Kumari S.; Tilak R.; Dhar P. | Macromolecular Chemistry and Physics |
2025 | Anodic Activation of Prussian Blue Analog Leads to Highly Active Cobalt-Doped Nickel (Oxy)Hydroxide for Organic Oxidation Reactions | Ansari T.; Bagchi D.; Ghosh S.; Niklas Hausmann J.; Indra A.; Menezes P.W. | Chemistry - A European Journal |
2025 | Metal organic framework for sustainable removal of heavy metals contamination from wastewater: a review | Qin Y.; Singh N.; Singh S.; Singh V.; Mishra V.; Li S. | Green Chemistry Letters and Reviews |
2025 | Microwave Technology: A New Frontier in Radioactive Waste Management | Bhadouria V.S.; Mishra G.; Ray D.; Yadav D.K.; Saraswat S.P.; Dixit S. | Global Waste Management |
2025 | Process parameter variation of Melia azedarach sawdust pyrolysis for fuel properties, physicochemical characterization, and in-depth speciation analysis | Agnihotri N.; Mondal M.K. | Biomass Conversion and Biorefinery |
2025 | Catalytic co-pyrolysis of waste pistachio nutshells and polystyrene: optimisation of parameters, and catalyst loading on the products yield and composition | Desai H.; Dutta R.; Panicker T.F.; Chinnam S.; Mishra R.K.; Manjeshwar S.K.; Kumar P. | RSC Advances |
2025 | Carbon quantum dots implanted sulfonated 2D-MoS2 for hydrogen evolution | Sarkar A.; Ganesh G.; Qamar U.; Singh V.K.; Sharma R.; Srivastava A.; Venugopal G.; Jose R.; Das S. | Applied Surface Science |
2025 | Achieving net zero: Enhancing maritime port efficiency through multi-objective integrated DEA-MORCOS | Singh S.; Emrouznejad A.; Pratap S. | Case Studies on Transport Policy |
2025 | Exploring the Rheological Behavior of LDPE-Modified Bitumen: Influence of Plastic Source | Singh A.; Gupta A. | Journal of Testing and Evaluation |
2025 | Tuning structural, spectroscopic and electronic properties of Mn4+ doped Y2GaSbO7 phosphor for optoelectronics and phototherapy applications | Jana Y.; Halder D.; Sarkar S.; Ghosh R.; Biswas A.; Chauhan V.; Mukherjee G.D.; Krukowski P.; Stefaniuk I.; Rudowicz C. | Journal of Alloys and Compounds |
2025 | Nano-Bioremediation via Biochar, Zeolite Nanocomposites for Water Quality Enhancement: A Review | Raut S.; Sharma A.; Mishra A. | Water Environment Research |
2025 | Experimental investigation on a novel multi-vent dry-channel integrated solar-driven indirect evaporative cooler | Ji Tripathi R.; Kumar D.; Sarkar J. | Applied Thermal Engineering |
2025 | A multi-unit miniature thermomagnetic generator using half-Heusler (MnNiSi)1−x(Fe2Ge)x alloy for harvesting low-grade waste heat | Silambarasan M.; Kadoli R.; Kondaiah P.; Deepak K. | Engineering Research Express |
2025 | Effect of Ni Incorporation in KCoPO4 on the Charge Storage Capacity of KCo1−xNixPO4 (0 ≤ x ≤ 0.5) Electrodes for the Fabrication of High-Performing Hybrid Supercapacitors | Nigam K.G.; Singh A.K.; Mukherjee S.; Gupta A.; Singh P. | Energy Storage |
2025 | Comparative Evaluation of a Construction and Industrial Waste Filler on the Performance of Asphalt Mixtures | Chaudhary M.; Thakur A.K.; Gupta A. | International Journal of Pavement Research and Technology |
2025 | Crumb rubber modification of soya pitch oil-based bio-binders: A study on high-temperature rheology and rutting resistance | Sharma M.; Wagh V.P.; Jukte N.; Gupta A. | Construction and Building Materials |
2025 | Facilitators and barriers to circular economy implementation in the wastewater management sector using ISM and MICMAC analysis | Srivastava R.R.; Thakur S.; Calay R.K. | Discover Sustainability |
2025 | Assessment of wind energy potential and turbine selection for sustainable energy generation in India | Gupta M.N.; Gautam A.; Yadav H.K.; Gupta P.; Sarkar J.; Sarkar A. | Energy Sources, Part A: Recovery, Utilization and Environmental Effects |
2025 | Nanotechnology’s Utility in Renewable Energy | Satyarthi S.K.; Mishra I.; Singh V.P.; Arora K.; Rai R.N.; Singh A.K. | Nanotechnology Applications for Industry 4.0 |
2025 | Analyzing Industry 4.0 Adoption Enablers for Supply Chain Flexibility: Impacts on Resilience and Sustainability | Pandey A.K.; Daultani Y.; Pratap S.; Ip A.W.H.; Zhou F. | Global Journal of Flexible Systems Management |
2025 | Energy and exergy analysis of a novel triple-tube-based organic Rankine cycle for combined heat and power generation | Sahoo R.R.; Gaur S.K. | Clean Technologies and Environmental Policy |
2025 | Introduction: Geoinformatics for Sustainable Human Settlements in Hilly Regions | Chettry V.; Kaur H.; Praharaj S.; Dahiya B. | Advances in 21st Century Human Settlements |
2025 | Production Enhancement of Bacterial Cellulase Cocktail Using Potato Peels Waste Feedstock and Combination of Water Hyacinth Root and Pea Pod Extract as Natural Nutrient Media: Application in Bioconversion of Potato Peels | Srivastava N.; Khan P.A.; Lal B.; Singh R.; Syed A.; Elgorban A.M.; Verma M.; Mishra P.K.; O’Donovan A. | Molecular Biotechnology |
2025 | Machine learning and deep learning approaches for PM2.5 prediction: a study on urban air quality in Jaipur, India | Singh S.; Suthar G. | Earth Science Informatics |
2025 | Enhanced waste heat recovery using nanofluid | Srivastava M.; Kumar K.; Sarkar J. | Waste Heat Recovery, Its Utilization and Performance Assessment: Fundamentals and Application |
2025 | Affordable and Sustainable Biosensing Technology | Chandra P. | Nanotheranostics |
2025 | Pyrolysis behavior of native and Ni-Fe treated biomass: Kinetic modeling and thermodynamic insights | Kumar R.; Manoth A.; Mondal M.K. | Thermal Science and Engineering Progress |
2025 | Substrate-Assisted Formation of ZIF-8 Crystals for Tunable Size and Morphological Characteristics: Investigating the Role of Temperature, Method, and Solvent on the Size of ZIF-8 Crystals | Shubhangi; Dhayal M. | Lecture Notes in Civil Engineering |
2025 | Advances in Mechanical Engineering and Material Sciences | Vinay K.B.; Mohankrishna S.A.; Davim J.P.; Singh O.P. | Advances in Mechanical Engineering and Material Sciences |
2025 | Current Scenario and Global Perspective of Sustainable Algal Biofuel Production | Tripathi G.; Hussain A.; Irum; Firdaus S.; Dubey P.; Ahmad S.; Ashfaque M.; Mishra V.; Farooqui A. | Recent Patents on Biotechnology |
2025 | Fabrication of Rice-Husk-Derived Silica Mediated Bioactive Glass for Antibacterial and Wound Healing Applications | Rajotia M.; Pragya P.; Bajpai P.; Upadhyay A.; Mukherjee S.; Panda S. | ACS Sustainable Resource Management |
2025 | Nanofabrication of Biochar from Cellulosic Waste for Bio-Sensing Application of Waste Water Treatment: Process, Challenges and Future Update | Singh R.; Bansal S.L.; Tripathi S.C.; Ahmad I.; Srivastava N. | Indian Journal of Microbiology |
2025 | Recovery of copper oxide nanostructures from waste printed circuit boards for environmental remediation: synthesis, characterization, and photocatalytic application investigation | Gautam P.; Yadav M.; De A.K.; Sinha I.; Meshram A.; Behera C.K.; Singh K.K. | Journal of Materials Science: Materials in Electronics |
2025 | Performance Evaluation of Black Cotton Soil Using Alccofine | Kumar P.; Sinha K.; Paramkusam B.R. | Lecture Notes in Civil Engineering |
2025 | Lignocellulosic Biomass Inspired Fabrication of Carbon Quantum Dots for Biomedical and Environmental Applications: A Review | Tripathi M.; Bansal S.; Tripathi S.C.; Singh R.; Singh T.; Rab S.O.; Srivastava N.; Gupta V.K. | Waste and Biomass Valorization |
2025 | A Review on Sustainable Enhancement in Microbial Dynamics and Pollutant Removal in Constructed Wetlands: The Role of Agricultural Waste-Derived Biochar | Singh A.; Singh S.; Parashar D.; Kulshreshtha N.M.; Gaur S.; Gupta A.B. | Water, Air, and Soil Pollution |
2025 | Solid Waste Management Through High Solids Anaerobic Digestion: An Overview and Recent Developments | Rani J.; Pandey K.P.; Kushwaha J.; Priyadarsini M.; Acharya S.; Dhoble A.S. | Solid Waste Management: A Roadmap for Sustainable Environmental Practices and Circular Economy |
2025 | Many objective simulation optimization for managing groundwater supply system for sustainable river-aquifer exchanges in alpine river Basin: Perceptions from water-energy-food-environment (WEFE) nexus | Mishra S.; Bajpai M.; Ohri A.; Kacem M.; Gaur S. | Journal of Cleaner Production |
2025 | Titania stabilized Pickering emulsion for photocatalytic degradation of o-xylene | Maji N.C.; Kaisare N.S.; Basavaraj M.G. | Colloids and Surfaces A: Physicochemical and Engineering Aspects |
2025 | Social Inequality in the Context of Gender: a Study of Rural West Bengal, India | Chatterjee B.; Dwivedi A. | Global Social Welfare |
2025 | Advances in inorganic anode materials and progress in sodium-ion batteries: a comprehensive review | Dagar T.; Arya R.; Singh A.K.; Sinha A.K. | Journal of Power Sources |
2025 | Preliminary studies into polypropylene composites reinforced with fruit waste biomass: a choice towards sustainability | Sharma H.; Gairola S.; Misra J.P.; Singh I. | Physica Scripta |
2025 | Investigation of Land Use and Land Cover Using Google Earth Engine Machine Learning Algorithms Surrounding a Major Open Cast Coal Mining Complex, Chhattisgarh (India) | Gond A.K.; Jamal A.; Verma T. | Journal of the Indian Society of Remote Sensing |
2025 | Novel DMEA/3-DMAPA blend for efficient post-combustion CO2 capture: Absorption-desorption performance, thermodynamic modeling, kinetics, 13C NMR and FTIR analysis | Gupta A.K.; Mondal M.K. | Journal of Environmental Chemical Engineering |
2025 | Spatio-Temporal Variation of Air Pollutants, Rainfall, and Land Surface Temperature Over Open-Pit Korba Coalfield, Chhattisgarh (India), Using Google Earth Engine | Gond A.K.; Jamal A.; Verma T. | Environmental Quality Management |
2025 | Energy-Aware and QoS-Enhanced Routing With Node Fault Prediction for Consumer IoT Networks Using ML Frameworks | Sharma N.; Agarwal U.; Singh K.; Chanak P.; Pandey O.J. | IEEE Transactions on Consumer Electronics |
2025 | An Overview on Thermal Characterization of Lithium-Ion Batteries for Enhancing the Durability | Chaubey V.; Kumar A.; Sinha S.; Verma R. | Heat Transfer Enhancement Techniques: Thermal Performance, Optimization and Applications |
2025 | Investigating and analyzing the causality amid tourism, environment, economy, energy consumption, and carbon emissions using Toda–Yamamoto approach for Himachal Pradesh, India | Manisha K.; Singh I.; Chettry V. | Environment, Development and Sustainability |
2025 | Expert Perspectives on Climate Change and Public Health in Port Cities: A Case Study of Mumbai | Sanyour A.; Chaturvedi S. | Climate Change Management |
2025 | DC/RF and Intermodulation Distortion Analysis of Hetero-Gate-Dielectric Double Gate TFET | Singh A.K.; Kumar R.; Sinha S.; Jit S.; Dhawan S.; Malhotra V. | Nano-FET Devices: Miniaturization, Simulation, and Applications: (Part 1) |
2025 | Two-stage cultivation of microalga for sustainable biofuel production | Tripathi G.; Dubey P.; Osama K.; Ahmad S.; Irum; Singh V.; Farooqui A.; Vamanu E.; Nand Rai S.; Mishra V. | Green Chemistry Letters and Reviews |
2025 | MoS2 nanosheet electrodes for capacitive deionization-based water purification | Kumar R.; Yadvendu V.; Gupta R.K.; Mishra A.K. | Ionics |
2025 | Efficient bio-valorization of rice straw via integrated fungal biorefinery: Linking lignocellulose fractionation and nanomaterial development for sustainable agricultural application | Sarkar J.; Mandal S.S.; Maiti P.; Acharya K. | Chemical Engineering Journal |
2025 | Mesoporous nanocarbon derived from low-grade coal for efficient removal of dyes from aqueous media | Sharma V.; Sahani S.; Kumari P.; Jangir L.K.; Han S.S.; Sharma Y.C. | Journal of Molecular Liquids |
2025 | Energy Sources, Its Role, and Use in Metallurgical Industries | Gupta R.C. | Treatise on Process Metallurgy: Volume 5: Energy, Environment, and Future Aspects of Process Metallurgy |
2025 | Evaluation of bioprocess parameters for pilot scale fermentative biohydrogen production using organic waste: Environmental remediation, techno-economic challenges & future solutions | Srivastava N.; Singh R.; Lal B.; Haque S. | International Journal of Hydrogen Energy |
2025 | A review on waste heat and its utilization through Organic Rankine Cycle systems | Maurya S.; Shukla S.K.; Pathak S. | Sadhana - Academy Proceedings in Engineering Sciences |
2025 | Eco-Friendly Paint for Sustainable Building Applications to Enhance Thermal Life Comfort | Chaubey V.; Kumar A.; Singh A.; Yadav S. | Heat Transfer Enhancement Techniques: Thermal Performance, Optimization and Applications |
2025 | Utilization of Dairy Industry Waste for Biofuels and Chemicals | Shukla P.; Srivastava P.; Mishra A. | Valorization of Solid Wastes to Biofuels and Chemical Products for Sustainable World |
2025 | A decadal review of carbon-based sustainable materials: chemistry, mechanisms, and environmental applications | Kumar R.; Singh R.; Mishra A.; Singh R.S. | Waste Disposal and Sustainable Energy |
2025 | Redefining Sustainable Performance: Life Cycle Cost and CO2 Footprint Analyses of Two Distinct Affordable Green Homes Located in India | Donthu E.V.S.K.K.; Puranik S.; Sahoo K.; Sastry M. | Sustainable Building Performance: Towards a Greener India |
2025 | Modern Machine Learning Solution for Electricity Consumption Management in Smart Buildings | Gautam S.K.; Shrivastava V.; Udmale S.S.; Singh A.K.; Singh S.K. | IEEE Engineering Management Review |