The Experts below are selected from a list of 21 Experts worldwide ranked by ideXlab platform

Francisco Arteaga - One of the best experts on this subject based on the ideXlab platform.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, Jordi-roger Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits. In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, J. Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits.\ud \ud In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.Peer ReviewedPostprint (published version

J. A. Cusidó - One of the best experts on this subject based on the ideXlab platform.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, Jordi-roger Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits. In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, J. Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits.\ud \ud In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.Peer ReviewedPostprint (published version

M. Celebrovsky - One of the best experts on this subject based on the ideXlab platform.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, Jordi-roger Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits. In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, J. Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits.\ud \ud In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.Peer ReviewedPostprint (published version

M. Devant - One of the best experts on this subject based on the ideXlab platform.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, Jordi-roger Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits. In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, J. Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits.\ud \ud In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.Peer ReviewedPostprint (published version

Jordi-roger Riba - One of the best experts on this subject based on the ideXlab platform.

  • Ecobrick(R): A new ceramic material for Solar buildings
    Renewable Energy, 1996
    Co-Authors: J. A. Cusidó, M. Devant, M. Celebrovsky, Jordi-roger Riba, Francisco Arteaga
    Abstract:

    Ceramic materials technology has been known for a very long time. In the construction field, ceramics are considered ecological or natural materials with acceptable structural and thermal characteristics. Besides, these characteristics can be improved by changing the composition of the raw material. In this respect the Ecobrick(R) Project aims at optimizing some of those properties and achieving thereby important environmental benefits. In our study, we used sludges from urban wastewater treatment plants together with other wastes and clays, to produce a new ceramic material suitable for construction. When using Ecobrick(R), energy consumption can be reduced up to 49% and the Solar Saving Fraction will increase up to 14% compared both to conventional ceramics.