​​​​​OBJECTIVE OF ICSEE'17

​             The objective of the conference is to promote sustainability through Waste Management, Hydrogen Recovery and Storage, use of Sustainable Materials in Construction to encourage the harnessing of renewable energy resources and Generation of Renewable Energy. The conference provides a platform for the participants from across the globe to pitch in their innovative ideas related to sustainable environment and energy. Paper presentation, exchange of ideas by international experts in the specialized areas will enhance the perspectives of the sustainable environment and energy resources. This would be extremely beneficial to the entire gamut of participants of the ICSEE 2017 Conference.

CONFERENCE GOALS


  • Evolution of future strategies in development of sustainable materials and renewable energy sources.
  • Integration of existing technologies with renewable energy sources.
  • Familiarization with the recent developments in waste management, sustainable building materials, energy storage technologies,renewable energy sources, smart grid and power electronics.


 
CONFERENCE TOPICS

SUSTAINABILITY IN BUILT ENVIRONMENT

  • Design of Wind, fire and blast resistant structures
  • Sustainable construction
  • Health monitoring of structural systems
  • Reuse of waste materials in construction
  • Energy efficient buildings
  • Repair, rehabilitation and retrofitting of structures


SUSTAINABILITY IN WASTE MANAGEMENT

  • Recent trends in water and wastewater treatments
  • Advanced oxidation technologies
  • Sustainable development techniques
  • Air Pollution prevention and control
  • Solid waste management
  • CO2 sequestration


 
HYDROGEN PRODUCTION AND STORAGE

  • Solar based hydrogen production
  • Development of stable materials for hydrogen production
  • Sustainable materials for hydrogen storage
  • Novel hydrogen production techniques
  • Materials development and characterization techniques


ENERGY SOURCES

  • Wind energy
  • Solar energy
  • Fuel cells
  • Storage systems
  • Energy conservation


POWER SYSTEMS

  • Deregulation
  • FACTS and HVDC
  • Evolutionary algorithm application to power system
  • Distributed generation
  • High voltage power apparatus
  • Power system reliability


POWER ELECTRONICS AND DRIVES

  • Converter / Inverter Topologies
  • Traction and automotive systems
  • Power quality
  • Motor drives and motion control
  • Special machine drives


 SMART GRIDS

  • Micro grids
  • Grid control
  • Demand management
  • Energy management system
  • Energy efficient equipment & Environmental issues
  • Grid integration of renewable energy sources