Call for Abstracts

We invite researchers, academicians, and industry professionals to submit their abstracts for ASREEM 2026.

Submission Guidelines

  • Abstracts should be 250-300 words
  • Include title, authors, affiliations, and keywords
  • Clearly state objectives, methodology, results, and conclusions
  • Format of Abstract and Camera Ready Paper is given below in the template

Important Dates

  • Last Date of Abstract Submission:
    31 Jan. 2026
  • Last Date of Abstract Acceptance:
    15 Feb. 2026
  • Last Date of Fees Payment:
    28 Feb. 2026
  • Conference Dates:
    15-17 May 2026

Presentation Formats

Oral Presentation

10 minutes presentation + 3 minutes Q&A

Poster Presentation

Poster size: A0 (841 x 1189 mm), portrait orientation

Virtual Presentation

Pre-recorded video presentation (10-12 minutes)

Ready to Submit Your Abstract?

Submit your abstract through our online submission system. For any queries, please contact the conference secretariat.

Conference Tracks & Topics

Research papers, review papers, case studies, etc. are welcome on the below topics. The following list is not inclusive; nearby topics based on the theme are welcome.

Track 1: Sustainable Water Governance, Policy, and Management

  • Water governance and regulatory frameworks at local, regional, and national levels
  • Integrated Water Resources Management (IWRM) and challenges for efficient urban water management
  • Water security and access for all (SDG 6)
  • Water economics, pricing, and financing mechanisms
  • Role of stakeholders and participatory decision-making
  • Policy implementation for sustainable water and sanitation systems

Track 2: Innovative Technologies and Digital Solutions for Water Conservation and Environmental Management

  • Smart systems and Digital Twin technology for Reduce, Reuse & Recycling
  • Remote sensing and data analytics for monitoring
  • Decentralized and modular water treatment systems
  • AI and machine learning-driven predictive tools for environmental management
  • Digitalization and traceability using Blockchain, IoT, and AI towards best practices
  • Net-Zero strategies (carbon capture, utilization, storage, pathways to net-zero for cities and industries)

Track 3: Environmental Conservation, Treatment & Sustainability

  • Sustainable water resource management and conservation practices
  • Pollution control & waste management for air, water, and solid waste
  • Wastewater treatment technologies and recycling/reuse with resource recovery
  • Membrane technology advancements for separation, purification & reuse
  • Advanced and hybrid technologies for waste management and resource recovery
  • Sustainable fuels, green hydrogen, fuel cells, and eco-friendly industrial practices

Track 4: Emerging Materials, Nanotechnology, and Advanced Treatment Technologies

  • Nanotechnology for waste management and energy conservation
  • Nano-medicine and healthcare: drug delivery systems, nanotoxicity and environmental impacts
  • Advanced oxidation processes and sonochemistry for emerging contaminants
  • Smart materials, 3D printing, and energy storage (electrochemical devices, batteries) for environmental applications
  • Biotechnology, Bioinformatics and Biocatalyst

Track 5: Waste Management and Circular Economy

  • Solid waste, E-waste, and hazardous waste management
  • Waste-to-energy concepts and sustainable practices
  • Plastics waste and biodegradable polymers: challenges and innovations
  • Thermochemical and hydrothermal techniques for waste management
  • Biofuel cells and bioenergetics towards sustainable development
  • Segregation of waste: challenges & innovations

Track 6: Sustainable and Green Process Technologies

  • Sustainable and green chemistry for environmental remediation
  • Catalysis and reaction engineering for clean product formation
  • Refining and petrochemical sustainability
  • Chemicals derived from biomass, waste valorization using green extraction techniques & environmental impact
  • Microfluidics, process intensification using microreactors and applications
  • Process intensification, modelling, and simulation (CFD) for waste management
  • Techno-economic and environmental impact considerations

Track 7: Sustainable Development Goals, Policy, and Entrepreneurship

  • Sustainable Development Goals (SDGs), smart cities, and climate change
  • Advances in renewable energy technologies (solar, wind, hydro, geothermal, biomass, etc.)
  • Energy efficiency & conversion strategies for buildings, industries, & transportation
  • Entrepreneurship and innovation in environmental management
  • Environmental policy, health assessment, regulation, and implementation strategies
  • Sustainable resource management, life cycle analysis (LCA), Techno-Economic Assessment (TEA) and supply chain topics

Track 8: Industrial Best Practices towards Waste Management and Environmental Restoration

  • Zero Liquid Discharge (ZLD) practices and reject management
  • Industrial wastewater management and sustainable practices (circular economy models)
  • Environmental monitoring, policies, regulations, governance, and Water–Energy Nexus
  • Industry-specific sessions: case studies and best practices from various sectors
  • Waste-to-Energy (WtE) technologies, innovations & digitalization
  • Industry–Academia symbiosis towards sustainable practices (challenges & solutions)