Las búsquedas y las listas de rankings no necesitan credenciales; el detalle completo de esta página requiere una clave de API gratuita. Consulta la guía para desarrolladores.
Día de Entrega:
2017-03-31
Fecha de Notificación:
2017-04-30
Fecha de conferencia:
2017-07-17
Ubicación:
Canary Islands, Spain
Ediciones:
7
Vistas: 14497 Seguidores: 1 Asistentes: 0
Recibe un aviso cuando se abra la próxima edición
Esta edición ha terminado. Crea una cuenta gratuita y te avisaremos por correo en cuanto se publique la próxima convocatoria. Según la edición anterior, la próxima fecha límite se estima alrededor de 2027-03.
Cuenta gratuita. Como máximo un correo al día, y cada correo incluye un enlace de baja con un solo clic.
Solicitud de Artículos
CIIEM 2017 (International Congress of Energy and Environment Engineering and Management) is an academic conference held in Canary Islands, Spain on 2017-07-17. The paper submission deadline is 2017-03-31. Acceptance notifications are sent on 2017-04-30.
Topics
AREA 1: ENERGETIC INSTALLATIONS
1.-THERMIC MACHINES:
• Mass and Energy transfer.
• Thermic engineering
• Fluid mechanics.
• Vapour turbines.
• Gas turbines.
• Compressors.
• Industrial Heat and Cold.
• Heat transmission.
• Thermodynamics.
• Combustion and Combustibles.
• Heat exchangers.
• Boilers, mass and energy transfer.
• Numeric Simulation in thermic equipments.
• Fuel batteries.
• Energy storage.
• Teaching in thermic engineering.
2.- ENERGETIC SYSTEMS:
• Plants producing energy.
• Thermic coal centrals.
• Combined cycle centrals.
• Nuclear and radioactive installations.
• Radiological protection.
• Combustion energetic systems.
• Nuclear techniques
• Advanced energy generation and and integratedcleaning systems.
• Cogeneration and refrigeration plants.
• Thermiphysical fundaments of the energetic installations.
• Refrigeration systems.
3.- ENERGETIC EFICIENCY AND ENERGY SAVING:
• Energetic audits.
• Energetic qualification in dwellings.
• Energetic politics.
• Energetic efficiency.
• Thermoeconomic optimization of energy generation plants.
AREA 2: RENEWABLE ENERGIES
1.- SOLAR ENERGY:
• Solar architecture. Solar buildings.
• Technology of the Solar- thermal collectors.
• Photovoltaic technologies.
• Solar systems and its applications. Thermal applications of the solar energy.
• Photovoltaic technologies.
• Solar systems and its applications. Thermal applications of the solar energy.
• Photovoltaic Systems. Stand-alone Photovoltaic Systems. Grid-connected Systems.
• Applications in farming. Water pumping.
• Solar radiation. Solar radiation maps.
• Regulatory frame of Solar energy.
2.- BIOMASS:
• Available resources.
• Biomass exploitation for energetic uses.
• Pyrolisis and gasification.
• Combustion processes.
• Optimisation of the main parameters.
• Modelisation of energetic systems for biomass exploitation.
• Systems for the collecting, transport, storage and use of biomass.
• Pre-treatment and drying systems.
• Biofuels for energetic plants and transport.
• Studies about the energetic exploitation of the Biomass
• Evaluation of the energetic potential of the biomass.
• Design and calculations refered to the installations.
• Current situation and perspectives.
• Thermogravimetric analysis of the energetic conversion processes.
• Thermic conversion.
• Energetic conversion technologies.
• Removal of residues and its energetic exploitation.
• Absortion systems by energetic installations of biomass.
• Generation of H2 by biomass conversion processes.
• Energetic cultivations.
• Agroforestall residues.
• Thermic and electric production.
3.- EOLIC ENERGY:
• Technology and design of aerogenerators.
• Energetic considetarions.
• Eolic parks: viability, project and exploitation.
• Current situation and perspectives.
• Incentives for eolic energy.
• Potential of eolic energy (production of electric energy, water pumping, H2 Production, fuel batteries).
• Software tools for the Determination of the eolic potential and the gestion of projects.
• Environmental and economical perspective of eolic energy.
• Design, construction and maintenance of eolic parks.
• Integral gestión of eolic parks.
• New technologies.
4.- MINIHIDRAULIC ENERGY:
• Minihidraulic centrals.
• Technologies.
• Minihidraulic potential.
• Perspectives of future.
• Normatives.
• Analysis of the vibrations in minihidraulic devices.
• Hidraulic microturbines.
• Project of installations.
• Connection systems.
• Regulation and control systems.
• Legal trámites for the implantation of minihidraulic systems.
• Study and implantation of the main parameters (flow, available salto and power).
• Study of the viability of minihidraulic installations and costes control.
• Maintenance and control.
AREA 3: ENVIRONMENTAL MANAGEMENT. ENVIRONMENTAL ENGINEERING
• Environment and natural resources.
• Environmental impact of the energetic conversion systems.
• Actions for the conservation and recovery of the environment.
• Biomassic residues. Environmental Impact and recycling.
• Systems for the treatment of solid, liquid and gaseous efluents.
• Eolic energy. Environmental impact.
• Environmental noise.
• Environmental gestion systems.
• Evaluation of the environmental impact of the energetic systems.
• Normative.
• European Agency of Environment.
• Environment and sostenible development.
• Current situation and perspective.
• Aportación of Renewable Energies.
• Emissions of gases which cause greenhouse effect.
• Environmental evaluation of renewable energies.
• Biogas recovery in municipal solid waste.
• Treatment of residues and energetic valoration.
• Environmental engineering and sustainable development.
• Integrated ecosystems management.
• Environmental restoration and ecological engineering.
• Landscape degradation and restoration.
• Ground water remediation.
• Soil decontamination.
• Environmental sustainability.
• Environmental systems approach.
• Clean technologies.
• Adsorption.
• Advanced Oxidation Processes.
• Removal of pollutants.
• Health and the Environment.
• Biodegradation of hazardous substances.
• Indoor air pollution.
• Water resources and river basin management.
• Regulatory practice, water quality objectives standard setting, water quality classification.
• Ground water management.
• Water and Wastewater treatment.
• Nutrients removal.
• Suspended and fixed film biological processes.
• Anaerobic treatment.
• Sludge treatment and reuse.
• Industrial wastewater treatment.
AREA 4: ENVIRONMENTAL EDUCATION. HUMAN ECOLOGY
AREA 5: MATERIALS FOR ENERGY. CLEAN MATERIALS
• Surfaces and interfaces in materials and science and phisics/chemistry applied to solid state, structure and reactivity.
• Nanomaterials, nanotubes, fullerens and nanostructures materials.
• Coatings and advanced materials.
• Engineering of surfaces and interface for devices and systems.
• Thermodynamics of applied surface: contact angles and surface energy.
• Superficial properties of colloidal systems.
• Superficial images techniques.
• Applied microscopy.
• Surfaces of biomaterials and Superficial interactions Cell-proteins.
• Computational phisics-chemistry of surfaces and particles.
• Modelization of the interaction nanostructure- surface.
• Reply-surfaces (surfaces which reply to light, potential, pH and similar stimulus).
AREA 6: ENVIRONMENTAL AND ENERGETIC PROJECT MANAGEMENT
• Design of product engineering (prototypes, industrial design, ergonomics, reliability, total quality, industrial normalization (CAD, CAM, CAE, CAI, ICAD).
• Project science and methodology (education, design process).
• Project organization and direction (project control and planning, project direction, contracts).
• Informatics engineering projects, telecommunications and multimedia (telematics, radiocomunication, television, telephony, CASE tools, languages).
• Construction and urban planning projects ( urban and industrial planning and town planning, urbanism).
• Techniques for construction, transit.
• Prevention, safety and ergonomics (reliability, industrial hygiene, looses prevention). • Professional activity (free exercise, professional deontology).
• Environment and natural resources (environmental impact, actions for conservation,recovery of the environment).
• Topography and cartography (digital modelization of the ground, digital ortophotographies, treatment of satellite images, ect.).
• Geographic information systems.
• Infography, computational geometry, graphic modelization, multimedia, virtual reality (animation and simulation).
AREA 7: COMPUTATIONAL FLUID DYNAMICS
• Applications in Computational Fluid Dynamics
• Bio-Inspired Fluid Mechanics
• Cavitation and Multiphase Flow Forum
• Convective Heat Transfer in Single Phase Flow
• Drop Formation and Spray Dynamics
• Environmental and biological flows
• Flows in porous media
• Fluid Flows in Tissues and Biomedical Devices
• Fluid Machinery
• Fluid Power
• Fluid-Structure Interaction and Flow-Induced Noise in Industrial Applications
• Gas-Liquid Two-Phase Flows
• Heat and Mass Transfer
• Industrial and Environmental Applications of Fluid Mechanics
• Reacting flows and combustion
Aún no hay comentarios.