CORREA CANTALOUBE, ERICA NORMA

Principal researcher

SPECIALITY:

Diseño Urbano Sustentable, Clima Urbano, Uso Racional de la Energía, Impacto Ambiental.

Scientific discipline:

Habitat and Design - Technological and social development complex projects

Topic:

Energy and Environmental Sustainability of Urban Design. Efficiency of Strategies for Mitigation of Urban Heat Island in Cities of Arid Climate.Generation of qualification tools and predictive evaluation.

Workplace

INSTITUTO DE AMBIENTE, HABITAT Y ENERGIA (INAHE, CONICET) Depends on

CONSEJO NACIONAL DE INVESTIGACIONES CIENTIFICAS Y TECNICAS (CONICET)

CENTRO CIENTIFICO TECNOLOGICO CONICET - MENDOZA (CCT MENDOZA)

	Address:
	AV. RUIZ LEAL S/N, 5500 - Mendoza - Argentina

Contact:

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S&T Expertise*

Diseño Urbano Sustentable. Clima Urbano. Isla de Calor. Estrategias de mitigación en zonas áridas. Bioclimatología urbana y edilicia. Transición Energética en ciudades. Uso racional de la Energía. Indicadores de eficiencia energética y sustentabilidad ambiental. Vegetación urbana. Eficiencia energética de Materiales. Confort. Energías Renovables. Tecnologías de Enfriamiento. Ventilación urbana. *Information provided by the agent in SIGEVA

Lines of Investigation

Diseño urbano sustentable. Indicadores de sustentabilidad. Etiquetado y certificación energética. Engineering and technologies - Other engineering and technologies - Other engineering and technologies

Clima urbano. Isla de calor. Confort Térmico. Espacios Urbanos Vegetados Engineering and technologies - Environmental engineering - Other environmental engineering

Materiales fríos. SRI. Caracterización termofísica de materiales. Etiquetado Engineering and technologies - Materials engineering - Other materials engineering

Technological Capacities

2. Industrial manufacturing, material and transport technologies

6. Construction Technology

6.7. Installations related to construction (energy, lighting...)
6.5. Construction maintenance and monitoring methods & equipment
6.4. Materials, components and systems for construction
6.2. Construction engineering (design, simulation)

4. Energy

1. Energy storage and transport

1.2. Heat transport and supply, district heating

2. Energy production, transmission and conversion

2.12. Cooling technologies

5. Renewable Sources of Energy

5.4. Solar/Thermal energy

6. Rational use of energy

6.2. Thermal insulation
6.1. Low, zero and plus energy rating
6.4. Energy management

9. Carbon capture and energy
8. Energy Efficiency

5. Physical and exact sciences

2. Meteorology/Climatology

2.1. Biosensors

9. Measurements and standards

1. Measurement Tools

1.10. Thermal material testing
1.8. Other Non Destructive Testing
1.2. Analyses/Test Facilities and Methods

6. Standards

6.2. Technical Standards

10. Protecting man and the environment

2. Environment

2.9. Climate Change mitigation
2.8. Capture and Storage of CO2
2.3. Measurement and Detection of Pollution
2.12. Life Cycle Assessment
2.2. Environmental Engineering/Technology
2.11. Clean Production / Green Technologies

Key Words

Energías RenovablesTransición Energética en ciudadesCiudades FrescasMitigación y Adaptación al cambio climáticoCool citiesBioclimatología Urbana y EdiliciaRenewable EnergyUrban and Bulding BioclimatologyUrban Energy TransitionsMitigation and Adaptation to Climate ChangeDiseño Urbano sustentableClima UrbanoEficiencia energética y ambiental.Isla de CalorSustainable Urban DesignUrban ClimateEnergy and environmental efficiencyUrban Heat Island