Call for Abstract

2nd International Summit on Conventional and Sustainable Energies, will be organized around the theme “Sustaining Sustainable Energies for Sustained Growth”

Sustainable Energies 2019 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Sustainable Energies 2019

Submit your abstract to any of the mentioned tracks.

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

\r\n Endurable Development is the sorting out a guideline for meeting human enhancement objectives while in the meantime controlling the capacity of common frameworks to give the normal assets and organic system legislation whereupon the economy and society depend. Sustainable energy is clean and can be appropriate over a drawn out stretch of time. Not at all like petroleum outgrowth and biofuels that give the consignment of the universes continuity, sustainable power sources like hydroelectric, sun powered and wind has continuity conveyed far less pollution. Solar energy is commonly utilized on open stopping meters, road lights and the top of structures. Wind control has elongated immediately, its offer of overall power use toward the finish of 2014 was 3.1%.

  • Track 1-1Sustainable Energy & Environment
  • Track 1-2Agricultural Sustainability
  • Track 1-3Green Manufacturing & Infrastructures
  • Track 1-4 Zero Energy Building
  • Track 1-5Energy Security & Clean Use
  • Track 1-6Recycling & Waste Management

\r\n Power Engineering is a stifled of Energy Engineering and Electrical Engineering that preparations with the generation, conveyance, distribution and usage of electric force and the electrical apparatus associated with such frameworks including alternator, engines and transformers. However a great part of the field is concerned with the issues of three-phase AC power – the standard for acceptable scale power generation, transmission and promulgation over the cutting edge world – a conspicuous division of the field is worried with the change between AC and DC power and the improvement of particular power systems for example, those utilized in aircraft or for electric railway networks. The Power Systems were getting more productive with taking a break and have turned into a center region of Electrical Engineering field.

  • Track 2-1Power & Energy Generation
  • Track 2-2Power Systems & Automation
  • Track 2-3Hybrid Power & Energy Systems
  • Track 2-4Fault Monitoring & Predictive Maintenance
  • Track 2-5Energy Storage Technologies & Devices
  • Track 2-6Energy Storage Technologies & Devices
  • Track 2-7Energy Transmission and Distribution

\r\n Waste-to-energy or energy-from-waste is that the method of generating energy within the type of electricity and/or heat from the first treatment of waste. Waste-to-energy may be a type of energy recovery. Most Waste-to-Energy proceeding manufacture electricity and/or heat directly through combustion, or manufacture flammable fuel goods, like gas, methanol, alcohol or artificial fuels. There are over 100 thermal treatment plants victimization comparatively novel processes like direct smelting, the Ebara fluidization method and also the Thermo- select -JFE and melting technology process. Waste to energy technology incorporates aging, which may take biomass and make liquor, exploitation squander plastic or natural material. Inside the aging technique, the sugar inside the waste is changed to nursery outflow and liquor, inside a similar general strategy that is wont to assemble wine. Esterification additionally should be possible exploitation waste to vitality innovations, and furthermore the consequences of this technique are biodiesel. Along these lines the esteem adequacy of esterification can depend on the feedstock being utilized and each one the inverse important variables like transportation remove, amount of oil blessing inside the feedstock, and others.

  • Track 3-1Landfill Gas Process Flows & Methane Emissions
  • Track 3-2Energy from Municipal Solid Waste
  • Track 3-3Waste to Energy Technology Market
  • Track 3-4Utilization of Waste Materials
  • Track 3-5Pyrolysis Process
  • Track 3-6Ground Breaking Waste Treatment & Recovery Technologies

\r\n A Smart Grid  may be a comprehensive decision that employs a broad vary of knowledge technology assets, authorizing existing and new gridlines to cut back electricity waste and energy prices. Smart grids are going to be a crucial foundation for the embodiment of renewable energy into the electrical grid. Since renewable sources like star and wind square amplification variable, it'll be fundamental to possess a demand- compassionate electrical grid that uses energy expeditiously. Smart grid technologies have infinite applications and modification, together with sensible meters in individual homes to the power to access variable and distributed sources of energy based mostly upon demand and availableness. Astute meters empower electricity shoppers to use energy sustained value signals given as rates fluctuate.

  • Track 4-1Smart Grids Technologies
  • Track 4-2Smart Grids Applications & Challenges
  • Track 4-3Smart Grid Deployment & Demonstration Projects
  • Track 4-4Impact of Smart Grid on Energy Resources
  • Track 4-5Impact of Smart Grid on Energy Resources
  • Track 4-6 Smart Sensors & Advanced Metering Infrastructure
  • Track 4-7Smart Grids Modeling
  • Track 4-8Smart Grid Networks, Reliability & Recovery

\r\n The Sustainable Energy Policy will create an integrated policy outline for managing the social, Economic and Environment Challenges faced by the Territory to 2020 as they relate to energy production and use.


\r\n The framework consists of four key targeted outcomes:


  • \r\n Outcome one: secure and affordable energy
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  • \r\n Outcome two: smarter use of energy
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  • \r\n Outcome three: cleaner energy
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  • \r\n Outcome four: growth in the clean economy
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\r\n Recycling is the way toward changing over waste materials into new materials and items. It is another option to traditional waste transfer that can spare material and help bring down ozone-harming substance outflows. Recycling can keep the misuse of possibly helpful materials and lessen the utilization of crisp crude materials, accordingly decreasing: vitality use, air contamination and water contamination. Recycling is a key part of present-day squander decrease and is the third segment of the Reduce, Reuse and Recycle squander pecking order reusing goes for ecological maintainability by substituting crude material contributions to and diverting waste yields out of the monetary framework. 


\r\n Smart energy is a cost-effective and sustainable energy system in which renewable energy production, infrastructures, and consumption are integrated and coordinated through energy services, active users, and enabling technologies. Many energy companies are moving over to smart meters, which allow service providers to remotely monitor the consumer’s consumption, connect, and even disconnect power. While smart energy gives insight to consumers on how they are using energy in an environment, it also gives hackers the chance to exploit any vulnerability that is there.  Smart meters still lack the proper security mechanisms to defend against these malicious threats. A smart grid is an electrical grid which includes a variety of operational and energy measures including smart meters, smart appliances, renewable energy resources, and energy efficient resources.

  • Track 7-1Smart City Solutions
  • Track 7-2Smart Meter
  • Track 7-3energy efficient resources
  • Track 7-4Renewable energy resources

\r\n Marine energy or marine power (also sometimes accredit to as ocean energy, ocean power, or marine and hydrokinetic energy) refers to the energy carried by ocean waves, tides, salacity, and ocean temperature differences. The evolution of water in the world’s oceans creates a vast store of kinetic energy, or energy in motion. Some of this energy can be exploit to generate electricity to power homes, transport and industries.
\r\n The term marine energy encircles both wave power i.e. power from surface waves, and tidal power i.e. access from the kinetic energy of large bodies of moving water. Offshore wind power is not a form of marine energy, as wind power is derivational from the wind, even if the wind turbines are placed over water.
\r\n The oceans have an astounding amount of energy and are close to many if not most evaporated populations. Ocean energy has the potential of providing a consequential amount of new renewable energy around the world.

  • Track 8-1Wave Power
  • Track 8-2Energy Engineering
  • Track 8-3Ocean Current Turbines
  • Track 8-4Ocean Thermal Energy
  • Track 8-5Energy Engineering
  • Track 8-6Fuel efficiency
  • Track 9-1Industrial energy systems
  • Track 9-2Zero or Low energy buildings
  • Track 9-3Energy conservation in buildings
  • Track 9-4Smart buildings (energy system control and operation)
  • Track 9-5Distributed energy systems and micro-grid

Renewable Energy Resources is gathered from renewable assets, which are actually recharged on a human timescale, for example, daylight, wind, rain, tides, waves, and geothermal warmth. Renewable vitality frequently gives vitality in four imperative ranges: power era, air and water warming/cooling, transportation, and country (off-matrix) vitality administrations. A large portion of the vitality sources on Earth start from the sun which comes about because of the warmth getting away from hot shakes underneath the Earth's surface and from the impacts of radioactive rot. The developing dispersion of renewable sources is because of the electrical framework. Vital hotspot for renewable vitality is sunlight based power, wind control, geothermal power and fossil fills. Real wellsprings of renewable vitality incorporate fossil powers. The most vital component of renewable vitality is that it can be bridled without the arrival of unsafe contaminations. As these benefits supply of energy to the framework, coordinating them into lattice operations is turning out to be progressively troublesome. Thus, there is a requirement for the advancement of a profoundly dependable, automatic and productive framework which permits the combination of renewable conveyed control era.

  • Track 10-1Geothermal energy
  • Track 10-2Bio energy
  • Track 10-3Turbine Networks and Spacing
  • Track 10-4Solar collectors
  • Track 11-1Electric and Hybrid Vehicle
  • Track 11-2Conventional Vehicle
  • Track 11-3Infrastructure and Support
  • Track 11-4Alternative Green Fuel
  • Track 11-5Traffic Management
  • Track 12-1photovoltaic technologies and system
  • Track 12-2photovoltaic material
  • Track 12-3solar radiation availability and variability
  • Track 12-4solar thermal technologies
  • Track 12-5Thermal storage
  • Track 12-6Solar heating and cooling
  • Track 12-7Solar building architecture
  • Track 13-1Biomass potentials and characterization
  • Track 13-2Landfill gas
  • Track 13-3Biogas and syngas
  • Track 13-4Oil-based-biofuel
  • Track 13-5Biomass conversion technologies
  • Track 14-1Generators and turbines
  • Track 14-2Electrical systems
  • Track 14-3System stability and reliability
  • Track 14-4Assessment for power potential
  • Track 14-5Simulation and optimization tools
  • Track 14-6Hydropower infrastructure and water management
  • Track 15-1Fluid dynamics
  • Track 15-2Turbine/generator design
  • Track 15-3Driving circuits
  • Track 15-4Wind-speed explorations
  • Track 15-5Geographic aspects
  • Track 15-6Rotor and stator aerodynamics
  • Track 15-7Rotor and stator aerodynamics
  • Track 15-8Permanent magnet generators
  • Track 15-9Material engineering, speed control and cooling system
  • Track 16-1Tidal and wave explorations
  • Track 16-2Corrosion and Fouling
  • Track 16-3Fluid dynamics
  • Track 16-4Underwater transmission
  • Track 16-5Generator design
  • Track 17-1Geosciences
  • Track 17-2Geographic survey
  • Track 17-3Exploration and drilling
  • Track 17-4Reservoir engineering and management
  • Track 17-5Steam field development
  • Track 17-6Direct use and heat pumps
  • Track 18-1Smart grid
  • Track 18-2Energy mix
  • Track 18-3Cogeneration, combined cycle power plant
  • Track 18-4Energy efficiency, green building and micro generation
  • Track 18-5Climate change & forestry
  • Track 19-1Fuels and Refining
  • Track 19-2Petroleum Geology
  • Track 19-3Petroleum Distillation and Refining
  • Track 19-4Exploration, Production and Storage
  • Track 19-5Reservoir Engineering
  • Track 20-1Biodiesels
  • Track 20-2Biofuels
  • Track 20-3Shale Gas and shale Oil
  • Track 20-4Liquid Natural Gas & Compressed Natural Gas Advancements
  • Track 20-5Natural Gas Hydrates and its derivatives
  • Track 20-6Future Advancements in natural hydrocarbons
  • Track 20-7Innovative and Smart Drilling Techniques
  • Track 20-8Logistics and Supply chain management
  • Track 21-1Gasoline
  • Track 21-2Diesel
  • Track 21-3Diesel
  • Track 21-4Coal Science & Technology
  • Track 21-5Compressed natural gas (CNG)
  • Track 21-6Aviation fuel