Call for Abstract

3rd International conference on Water Microbiology
Water Sustainability & Reuse Technologies, will be organized around the theme “Rejuvenating Innovation in WATER”

WATER 2018 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in WATER 2018

Submit your abstract to any of the mentioned tracks.

Register now for the conference by choosing an appropriate package suitable to you.

  • Track 1-1Dynamics & Impacts of NOM in Water and Wastewater
  • Track 1-2NOM - Recycling Treatment Processes
  • Track 1-3Role of NOM in Desalination Processes
  • Track 1-4Innovative NOM removal processes in drinking water treatment
  • Track 1-5NOM in Water Supply Systems
  • Track 1-6Innovations In Characterization Measurement & Monitoring NOM
  • Track 1-7Climate Change & NOM - Aquatic Environment
  • Track 1-8Catchment Management Strategies - Reducing NOM In Raw Materials
  • Track 1-9NOM Modeling, Processes, Quantity & Quality-Trends
  • Track 2-1Analytical Biochemistry
  • Track 2-2Microfluidics
  • Track 2-3Molecular techniques based on genomics, proteomics and transcriptomics
  • Track 2-4Sequencing Technology
  • Track 3-1Detecting waterborne pathogens and toxins by biosensor based methods
  • Track 3-2Optical, electro-chemical and electo-mechanical sensors
  • Track 3-3Emerging devices
  • Track 3-4DNA amplification techniques - LAMP > PCR
  • Track 4-1Algal-Bacterial Interactions and Microbial Ecology
  • Track 4-2Harvesting Technologies
  • Track 4-3Algae-based Biorefineries
  • Track 4-4Advances In Wastewater Pond Technology
  • Track 4-5Advances In Wastewater Pond Technology
  • Track 4-6Experimental Methods, Algal Respiromentry. Monitory, Modeling and Process Control
  • Track 4-7Macroalgae-Based Technologies
  • Track 4-8Biofuels from Photosynthetic Microorganisms
  • Track 4-9Algal-Bacterial Photo-Bioreactors for Wastewater Treatment
  • Track 4-10Algae Downstream Processing - Valuable Products
 

 

  • Track 5-1Biofilms In Medical Devices
  • Track 5-2Biocorrosion, Biofouling, Bioleaching
  • Track 5-3Biofilm Ecology
  • Track 5-4Biofilm Ecology
  • Track 5-5EPS
  • Track 5-6Marine Biofilms
  • Track 5-7In Drinking Water Distribution Systems
  • Track 5-8Sampling & Quantification Methodologies
  • Track 6-1Biological Treatment of Wastewater & Wastes
  • Track 6-2Chemical Treatment of Wastewater & Wastes
  • Track 6-3Nutrient Removal & Recovery
  • Track 6-4Advanced Treatment Processes & Innovative Technological Applications
  • Track 6-5Modeling & Design Interaction
  • Track 6-6Sludge Stabilization - Utilization - Disposal
  • Track 7-1Wetlands - Water Quality & Biodiversity
  • Track 7-2Wetlands & Carbon Footprint
  • Track 7-3Urban Wetlands: Treatment of CSO
  • Track 7-4Wetlands Improvement - Aeration, Nutrient Removal, Fuel Cells
  • Track 7-5Design Tools & Modeling
  • Track 7-6Case Studies
  • Track 8-1Fecal Pollution with Next-Generation Sequencing Approach
  • Track 8-2Revolutionizing the study of microbial diversity
  • Track 8-3Challenges in the principles of technology, workflow, sequencing strategies
  • Track 8-4Pyrosequencing technology for recreational water quality
  • Track 9-1Microbial Indicators of fecal pollution
  • Track 9-2Environmental monitoring and management
  • Track 9-3Molecular diversity of microbial populations
  • Track 9-4Dynamics of Microbes - Geochips
  • Track 9-5Microbial bioreporter sensing technologies for chemical and biological detection
  • Track 10-1Diarrhoeagenic E. coli
  • Track 10-2Escherichia coli Genome Plasticity and Evolution
  • Track 10-3Bacteriophage-based Strategies to Control Pathogenic E. coli
  • Track 10-4Understanding E. coli - Whole-genome Sequencing
  • Track 11-1Aquifers and ecosystems
  • Track 11-2Aquifers in agriculture and rain-fed agriculture
  • Track 11-3Urban groundwater
  • Track 11-4Aquifers in drinking water and sanitation programmes
  • Track 12-1Environmental Biogeochemistry
  • Track 12-2Aquatic Biogeochemistry
  • Track 12-3Climate change & Aquatic chemistry
  • Track 12-4Wetland restoration and ecosystem development
  • Track 12-5Microbial metabolism and element cycles
  • Track 12-6Biodegradation of pollutants

 

  • Track 13-1Nitrogen Mapping
  • Track 13-2Nutrient Management Case Studies
  • Track 13-3Nutrient Recovery
  • Track 13-4Sustainable Watersheds & Nutrient Pollution
  • Track 14-1Water Resource Management - Government Laws
  • Track 14-2Rain Water Harvesting & Use
  • Track 14-3Aerobic & Anaerobic Treatment
  • Track 14-4Environmental Management Systems
  • Track 14-5Operation & Monitoring of Small Wastewater Treatment Plants
  • Track 14-6Decentralized Domestic & Industrial Wastewater - Collection & Treatment Systems
  • Track 14-7Risk Assessment
  • Track 14-8Wastewater Reclamation & Reuse
  • Track 14-9Resources Oriented Sanitation
  • Track 14-10Effective & Efficient Wastewater Value Management
  • Track 15-1Forward Osmosis Technology
  • Track 15-2Zwitterionic polymer hydrogel
  • Track 15-3Solar desalination
  • Track 15-4Direct potable reuse
  • Track 15-5Renewable Desalination Units
  • Track 16-1Technology development and implement process
  • Track 16-2Biological Wastewater Treatment Solutions
  • Track 16-3Advancements in Technology
  • Track 16-4Advanced Oxidation Technology
  • Track 16-5Biological Filtration
  • Track 16-6Ion Exchange Technology
  • Track 16-7Ultraviolet Irradiation Technology
  • Track 16-8Two-Stage Membrane Filtration
  • Track 16-9Membrane Filtration Technology
  • Track 16-10Energy Saving
  • Track 16-11Technology Evaluation
  • Track 16-12Reverse Osmosis
  • Track 17-1Emerging Successful Bioremediation - Emerging Technologies
  • Track 17-2Biofilm Survival Strategies in Polluted Environments
  • Track 17-3Modern Methods in Microscopy for the Assessment of Biofilms in Bioremediation
  • Track 17-4Biofilm-mediated Degradation of PAHs & Pesticides
  • Track 17-5Hydrocarbonoclastic Biofilms
  • Track 18-1Articifial Intelligence in Robot Microscopes for detecting microbes in their natural environment
  • Track 18-2Observing Microbes in their own environment with AI powered Robot Microscopes
  • Track 18-3Planktons being the major source of water food-chain
  • Track 18-4Planktons loss will be reduced with AI & IT
  • Track 19-1Primary Production - Farming & Agriculture
  • Track 19-2Cleaning and Sanitation
  • Track 19-3Water source, treatment and quality
  • Track 19-4Effects of Reduced aw on Food Safety
  • Track 19-5Analysis of Water Activity
  • Track 19-6Water Use & Waste Minimization
  • Track 20-1Water Microbiology Tests
  • Track 20-2Water Testing & Analysis
  • Track 20-3Bacterial Pathogens
  • Track 20-4Cleaning & Disinfection
  • Track 20-5Proficiency Testing for Food & Water Microbiology Laboratories
  • Track 20-6Infection Prevention & Control