Overview

The First International Conference on Emerging Materials and Strategies for Energy and Environment (ICEMSE2) will be held in Dong Nai Technology University (DNTU), Bien Hoa City, Vietnam, from February 17 - 19, 2025.

ICEMSE2 offers plenary and keynotes, thematic scientific tracks, student presentations, networking opportunities, a field trip and an academic scientific writing workshop for the delegates. We anticipate the presence of 150 delegates from over 20 countries at the conference. Academic and industrial stakeholders from around the globe will convene at the conference to present and deliberate on critical issues concerning the circular bioeconomy, environmental sciences, clean energy, and the United Nations Sustainable Development Goals.

Your research team is cordially invited by the organizers to participate in this event, which will further your professional and personal development.

2025 tentative journals

Environment, Energy and Nano technology

Tentative Themes for ICEMSE2

Track I - Energy

• Different Biomasses for bioenergies
• Renewable Energy and alternative fuel technologies
• Biodiesel, bioethanol, biobutanol, Biogas, biohydrogen, Biohythane
  
• Engine performance and Emissions from ICE fuelled by biofuels
  
• Hydrogen and fuel cells, Fuel additives. NG as fuel for rural transportation. Combined ABE biofuels.
  
• CO2 capture, conversion, utilization and storage. Carbon peak and carbon neutrality. Efficiency improvement and CO2 reduction
  
• Green fuel/energy for mobility
  
• Chemical, Biochemical, thermochemical processes for fuel production
  
• Energy market and ancillary services
  
• CFD applications for renewable energy applications
  
• Wind Energy Systems: Propeller design Process optimization, integration and scale-up in biofuels industry
  
• Integrated biorefinery routes for bioenergy production Bioreactors design and optimization
  
• Metabolic engineering of algae or biosystems for biofuels. Genetic improvement of microbial systems for energy overproduction
  
• Physical and environmental approaches for economically feasible bioenergy production.
  

Track II - Materials & Strategies

• Batteries and Supercapacitors and hydrogen Storage
  
• Photo catalysis solar fuels, DSSC, Nanomaterials for Dye-Sensitized Solar Cells. Solar materials High temperature materials of energy applications
  
• Thermo solar power. Thermoelectric water splitting.
  
• Ceramics, composites, Perovskite Materials, Sensors based on emerging devices
  
• Nanocatalysts and nanoparticles for clean production and its commercial application. Nanocomposites for biofuels, Nanotechnlogy for photovoltaic systems. Nanomaterials for suppressing inhibitory compounds. Development of engineered nanoparticles with enhanced efficiency
  
• Integrating multiple energy systems. Biomass processing using nanomaterial supports. Biomass as the common building materials
  
• Natural and synteic zeolites Nano and mesoporpus materials Phase changing materials for energy building and storage materials
  
• Elucidation of critical metabolic nodes underpinning intricate metabolic circuits. Development of biotechnology toolkit for genetic enhancement. Novel engineering strategies for simultaneous production of biochemicals and biomass. High-throughput screening of organisms for energy applications
  
• Hyperaccumulation of value-added products. Exploration of non-model organisms with biotechnological features. Laboratory adaptive evolution for bioengineering
  
• Biochemical approaches for enhancing valuable biochemical. Applications of engineered biological systems as biosensors and biodevices Multi-omic strategies to decipher promising metabolic candidates
  
• Genomic engineering tools for trait improvement. Metabolic engineering of intricate biochemical circuits.
  
• Green approaches for the synthesis of commodity components. Chemical modulators for enhanced biochemical synthesis
  

Track III - Environment

• Environmental Pollution & Management, phycoremediation of wastewater
  
• Energy Policy, Planning & Management. Low Carbon policy and planning Remote Sensing and Environment, Environmental Process Simulation
  
• Emerging hazardous pollutants. Hazardous waste and Industrial waste treatment, Solid waste management.
  
• Water pollution and treatment, Water Treatment and water Reclamation. Identification of major sources of pollutants that contribute to public health risk
  
• Environmental management systems. Environmental toxicology
  
• Pollution prevention in industry. Technological advancements for minimizing toxic and hazardous waste
  
• Waste reduction, recycling, and reuse. Carbon footprint, audit and transaction
  
• Experimental and theoretical investigation on pollutant interaction and NEPs formation
  
• Strategies for removal of the toxic chemicals. Indigenous microbes and their potential for the removal of toxic chemicals.
  
• Impact of anthropogenic pollution on ecosystems. Detection and monitoring of environmental pollutants
  
• Environmental pollution reduction using AI. Pollutant monitoring and tracing using AI
  
• Physico-chemical and microbial methods for removal of toxic chemicals. Socio-economic impact of emerging pollutants
  
• Pollutants on antibiotic-resistant microbes Pollutants on cellular metabolic circuits. Optimization of crucial factors for biological waste treatment such as hydraulic retention time
  
• Biosynthesis of biodegradable materials. Genetic empowerment of biological systems for enhanced biosorption. Circular bioeconomy.
  
• Impact of microplastics and engineering nanoparticles on biodiversity. Engineered organisms for toxic component removal. Bio-reduction of toxic materials into nanoparticles biogenesis
  

Conference Chair

Prof. Arivalagan Pugazhendhi

• Tecnologico de Monterrey, Centre of Bioengineering, NatProLab, Plant Innovation Lab, School of Engineering and Sciences, Queretaro 76130, Mexico
• Faculty of Technology, Dong Nai Technology University, Bien Hoa City 76100, Vietnam.

Conference Co - Chairs

Dr. Phan Ngoc Son

Dong Nai Technology University, Vietnam

Dr. Nguyen Thuy Lan Chi

Vice President, Dong Nai Technology University, Vietnam

Dr. Tran Thien Khanh

Head of the Department of Science, Technology and International Cooperation, Dong Nai Technology University, Vietnam

Dr. Ashutosh Sharma

Tecnologico de Monterrey, Centre of Bioengineering, NatProLab, Plant Innovation Lab, School of Engineering and Sciences, Queretaro 76130, Mexico

Conference Academic Writing Workshop and Networking

Dr. Eldon R. Rene

IHE Delft Institute for Water Education, The Netherlands

Dr. Mythili Saravanan

BRITE, North Carolina Central University, North Carolina, USA

International Conference on Emerging Materials and Strategies for Energy and Environment

February 17 - 19, 2025

Day 1: Feb 17, Monday

Day 2: Feb 18, Tuesday

Morning Session

Afternoon Session

Thematic scientific tracks

Day 3: Feb 19, Wednesday

Morning Session

Afternoon session – Student presentations

Thematic scientific tracks

The ICEMSE2 Conference Committee invites you to be part of this transformative event by submitting your abstract for inclusion in the scientific program. The official language of the conference is English. Please download the abstract submission template here:

• Link to the abstract template word file

• Platform to upload the abstract (ask for the full name, authors email ID)

Register Here

Registration fees

The registration fee includes the following:

• Conference lunch and gala dinner
• Certificate of attendance
• Field trip
• Conference proceedings/abstract book
• Opportunity to submit your full paper to the supporting special issue journals

Live onsite presentation:

Virtual presentation:

MS/PhD students: