1-7 of 7 results for subject:Heating
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To ask the Secretary of State for Business, Energy and Industrial Strategy, pursuant to the Answer of 22 December 2022 to Question 110605 on Heating: Technology, how much funding his Department has provided to research nanotechnology in heat pipes through the Energy Entrepreneurs Fund scheme in each year between 2009...
To ask the Secretary of State for Business, Energy and Industrial Strategy, pursuant to the Answer of 22 December 2022 to Question 110605 on Heating: Technology, how much funding his Department has provided to research nanotechnology in heat pipes through the Energy Entrepreneurs Fund scheme in each year between 2009...
Heat pipes are heat-conduction devices that employ phase transition of materials to remove heat from hot bodies. The use of nano-boron technology in heat pipes is in early-stage research which has not been demonstrated on a large scale. Consequently, there are no plans for a UK-wide roll out of heat pipes utilising nano-boron technology.
BEIS has not funded any work through the Energy Entrepreneurs Fund specifically on heat pipes and expects that other projects funded will improve solutions such as heat pipes. One example is the £806,000 project by Oxford Nanosystems Ltd to develop nano technology coatings for heat exchangers, funded through the Energy Entrepreneurs Fund.
To ask the Secretary of State for Business, Energy and Industrial Strategy, pursuant to the Answer of 22 December 2022 to Question 110605 on Heating: Technology, if his Department will take steps to provide grants to companies looking to establish facilities in the UK to manufacture heat pipes utilising nano-boron...
To ask the Secretary of State for Business, Energy and Industrial Strategy, pursuant to the Answer of 22 December 2022 to Question 110605 on Heating: Technology, if his Department will take steps to provide grants to companies looking to establish facilities in the UK to manufacture heat pipes utilising nano-boron...
Heat pipes are heat-conduction devices that employ phase transition of materials to remove heat from hot bodies. The use of nano-boron technology in heat pipes is in early-stage research which has not been demonstrated on a large scale. Consequently, there are no plans for a UK-wide roll out of heat pipes utilising nano-boron technology.
BEIS has not funded any work through the Energy Entrepreneurs Fund specifically on heat pipes and expects that other projects funded will improve solutions such as heat pipes. One example is the £806,000 project by Oxford Nanosystems Ltd to develop nano technology coatings for heat exchangers, funded through the Energy Entrepreneurs Fund.
To ask the Secretary of State for Business, Energy and Industrial Strategy, pursuant to the Answer of 22 December 2022 to Question 110605 on Heating: Technology, whether his Department plans to take steps facilitate a UK-wide roll out of heat pipes utilising nano-boron technology.
To ask the Secretary of State for Business, Energy and Industrial Strategy, pursuant to the Answer of 22 December 2022 to Question 110605 on Heating: Technology, whether his Department plans to take steps facilitate a UK-wide roll out of heat pipes utilising nano-boron technology.
Heat pipes are heat-conduction devices that employ phase transition of materials to remove heat from hot bodies. The use of nano-boron technology in heat pipes is in early-stage research which has not been demonstrated on a large scale. Consequently, there are no plans for a UK-wide roll out of heat pipes utilising nano-boron technology.
BEIS has not funded any work through the Energy Entrepreneurs Fund specifically on heat pipes and expects that other projects funded will improve solutions such as heat pipes. One example is the £806,000 project by Oxford Nanosystems Ltd to develop nano technology coatings for heat exchangers, funded through the Energy Entrepreneurs Fund.
To ask the Secretary of State for Business, Energy and Industrial Strategy, whether his Department has made an assessment of the potential merits of nano-boron heat transfer technology in lowering the UK's overall energy use.
To ask the Secretary of State for Business, Energy and Industrial Strategy, whether his Department has made an assessment of the potential merits of nano-boron heat transfer technology in lowering the UK's overall energy use.
The use of nanotechnology in heat pipes and heat exchange is an early stage research which has the potential to improve the efficiency of low carbon heat pumps and thereby reducing the resulting demand on the electricity system. The Department is funding some promising research through its Energy Entrepreneurs Fund scheme and hopes to see this leads to improvements in the technology in the near future.
To ask the Secretary of State for Business, Energy and Industrial Strategy, whether his Department has made an assessment of the potential merits of nano-boron heat transfer technology for lowering the UK's overall carbon emissions.
To ask the Secretary of State for Business, Energy and Industrial Strategy, whether his Department has made an assessment of the potential merits of nano-boron heat transfer technology for lowering the UK's overall carbon emissions.
The use of nanotechnology in heat pipes and heat exchange is an early stage research which has the potential to improve the efficiency of low carbon heat pumps and thereby reducing the resulting demand on the electricity system. The Department is funding some promising research through its Energy Entrepreneurs Fund scheme and hopes to see this leads to improvements in the technology in the near future.
To ask the Secretary of State for Business, Energy and Industrial Strategy, whether he has a strategy for the roll-out of nano-boron technology in heat pipes and heat exchange technologies across the UK.
To ask the Secretary of State for Business, Energy and Industrial Strategy, whether he has a strategy for the roll-out of nano-boron technology in heat pipes and heat exchange technologies across the UK.
The use of nanotechnology in heat pipes and heat exchange is an early stage research which has the potential to improve the efficiency of low carbon heat pumps and thereby reducing the resulting demand on the electricity system. The Department is funding some promising research through its Energy Entrepreneurs Fund scheme and hopes to see this leads to improvements in the technology in the near future.
To ask the Secretary of State for Environment, Food and Rural Affairs whether she has taken steps to promote the use of carbon-neutral wood burning stoves in the home.
[112090]
To ask the Secretary of State for Environment, Food and Rural Affairs whether she has taken steps to promote the use of carbon-neutral wood burning stoves in the home.
[112090]
I have been asked to reply on behalf of the Department for Environment, Food and Rural Affairs.
The Renewable Heat Premium Payment (RHPP) currently supports the installation of wood burning stoves in off gas grid dwellings where they are connected to a back boiler and supply the majority of space heating in the home.
In September 2012, we will consult on how we can support renewable heating for households over the longer term.