D8 Guidelines for equipment, methods and calibration. Part 1. Measurement of thermal conductivity.

Inga Sørensen; Maria Alberdi Pagola; Claus Becher Ditlefsen

D8 Guidelines for equipment, methods and calibration. Part 1. Measurement of thermal conductivity.

Inga Sørensen
, Maria Alberdi Pagola
, Claus Becher Ditlefsen

Research output: Book/Report › Report (publicly available)

Abstract

Heat-pump systems based on closed-loop, geothermal boreholes, has a potential for CO₂reduction and energy efficiency. The application in Denmark, however, is limited compared to our neighbouring countries and we still lack know-how and experience. The objective of the project “GeoEnergy, Tools for ground-source heating and cooling based on closed-loop boreholes” is to pave the way for a wider use of the technology by acquiring know-how and developing tools and best practice for the design and installation of plants as well as providing training and dissemination.

Original language	English
Publisher	EUDP / GeoEnergi
Number of pages	44
Publication status	Published - 3 Mar 2014

Programme Area

Programme Area 3: Energy Resources

Access to Document

https://geoenergi.org/xpdf/d8_guidelines_for_eguipment-thermal-conductivity-ver_2-03-2014.pdfLicence: Unspecified

Cite this

@book{ccb6c0ed44774121b7526abba366fab4,

title = "D8 Guidelines for equipment, methods and calibration. Part 1. Measurement of thermal conductivity.",

abstract = "Heat-pump systems based on closed-loop, geothermal boreholes, has a potential for CO2 reduction and energy efficiency. The application in Denmark, however, is limited compared to our neighbouring countries and we still lack know-how and experience. The objective of the project “GeoEnergy, Tools for ground-source heating and cooling based on closed-loop boreholes” is to pave the way for a wider use of the technology by acquiring know-how and developing tools and best practice for the design and installation of plants as well as providing training and dissemination.",

author = "Inga S{\o}rensen and Pagola, \{Maria Alberdi\} and Ditlefsen, \{Claus Becher\}",

year = "2014",

month = mar,

day = "3",

language = "English",

publisher = "EUDP / GeoEnergi",

}

TY - BOOK

T1 - D8 Guidelines for equipment, methods and calibration. Part 1. Measurement of thermal conductivity.

AU - Sørensen, Inga

AU - Pagola, Maria Alberdi

AU - Ditlefsen, Claus Becher

PY - 2014/3/3

Y1 - 2014/3/3

N2 - Heat-pump systems based on closed-loop, geothermal boreholes, has a potential for CO2 reduction and energy efficiency. The application in Denmark, however, is limited compared to our neighbouring countries and we still lack know-how and experience. The objective of the project “GeoEnergy, Tools for ground-source heating and cooling based on closed-loop boreholes” is to pave the way for a wider use of the technology by acquiring know-how and developing tools and best practice for the design and installation of plants as well as providing training and dissemination.

AB - Heat-pump systems based on closed-loop, geothermal boreholes, has a potential for CO2 reduction and energy efficiency. The application in Denmark, however, is limited compared to our neighbouring countries and we still lack know-how and experience. The objective of the project “GeoEnergy, Tools for ground-source heating and cooling based on closed-loop boreholes” is to pave the way for a wider use of the technology by acquiring know-how and developing tools and best practice for the design and installation of plants as well as providing training and dissemination.

M3 - Report (publicly available)

BT - D8 Guidelines for equipment, methods and calibration. Part 1. Measurement of thermal conductivity.

PB - EUDP / GeoEnergi

ER -

D8 Guidelines for equipment, methods and calibration. Part 1. Measurement of thermal conductivity.

Abstract

Programme Area

Access to Document

Fingerprint

Cite this