Streamline House - Revision history

Editor at 14:31, 7 December 2020

2020-12-07T14:31:58Z

← Older revision		Revision as of 14:31, 7 December 2020
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	--[[User:CIAT\|CIAT]]		--[[User:CIAT\|CIAT]]

−	~~= Find out more =~~	+	= Related articles on Designing Buildings Wiki =
−		+
−	=== Related articles on Designing Buildings Wiki ===	+

	* [[Chartered_Institute_of_Architectural_Technologists_CIAT\|Articles by CIAT on Designing Buildings Wiki.]]		* [[Chartered_Institute_of_Architectural_Technologists_CIAT\|Articles by CIAT on Designing Buildings Wiki.]]
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	* Interview with Gary Mees, CIAT.		* Interview with Gary Mees, CIAT.

−	[[Category:~~Projects_and_case_studies~~]] [[Category:~~DCN_Project_Knowledge~~]] [[Category:Sustainability]]	+	[[Category:DCN_Project_Knowledge]] [[Category:Projects_and_case_studies]] [[Category:Sustainability]]

Editor at 16:05, 1 February 2018

2018-02-01T16:05:16Z

← Older revision		Revision as of 16:05, 1 February 2018
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	* Castle Hill Event Space.		* Castle Hill Event Space.
	* Fieldsend.		* Fieldsend.
		+	* Harefield House.
	* Interview with Gary Mees, CIAT.		* Interview with Gary Mees, CIAT.

−	[[Category:Projects_and_case_studies]] [[Category:Sustainability]]	+	[[Category:Projects_and_case_studies]] [[Category:DCN_Project_Knowledge]] [[Category:Sustainability]]

Editor at 16:24, 25 January 2018

2018-01-25T16:24:04Z

← Older revision		Revision as of 16:24, 25 January 2018
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	* Architectural Technology Awards 2017.		* Architectural Technology Awards 2017.
	* Castle Hill Event Space.		* Castle Hill Event Space.
		+	* Fieldsend.
	* Interview with Gary Mees, CIAT.		* Interview with Gary Mees, CIAT.

	[[Category:Projects_and_case_studies]] [[Category:Sustainability]]		[[Category:Projects_and_case_studies]] [[Category:Sustainability]]

Editor at 08:59, 14 December 2017

2017-12-14T08:59:55Z

← Older revision		Revision as of 08:59, 14 December 2017
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	-----		-----
−	This article was originally published in AT ed. 122.	+	This article was originally published in [http://library.myebook.com/UBM/ciat-architectural-technology-122-summer-2017/727/#page/1 AT ed. 122.]

	--[[User:CIAT\|CIAT]]		--[[User:CIAT\|CIAT]]

Editor at 17:42, 13 December 2017

2017-12-13T17:42:18Z

← Older revision		Revision as of 17:42, 13 December 2017
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	=== Related articles on Designing Buildings Wiki ===		=== Related articles on Designing Buildings Wiki ===

−	* Articles by CIAT on Designing Buildings Wiki.	+	* [[Chartered_Institute_of_Architectural_Technologists_CIAT\|Articles by CIAT on Designing Buildings Wiki.]]
	* Architectural technologist.		* Architectural technologist.
	* Architectural Technology Awards 2017.		* Architectural Technology Awards 2017.

Editor at 17:39, 13 December 2017

2017-12-13T17:39:34Z

← Older revision		Revision as of 17:39, 13 December 2017
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−	In 2016, the winner of the Alan King Award for Excellence in Architectural Technology was Streamline House.	+	In 2016, the winner of the Alan King Award for Excellence in Architectural Technology was Streamline House. Brian Davies MCIAT and Mark Davies MCIAT of Arc Design look back at the project.

−	[[File:Streamlinehouse1.jpg]]	+	[[File:Streamlinehouse1.jpg\|link=File:Streamlinehouse1.jpg]]

	The client’s existing house was a thermally efficient 2000 standard timber frame dormer bungalow. The clients wanted planning permission to sub-divide their 1.1-acre site and construct a new modern ‘A’-rated house for themselves. Once planning permission had been granted, they would sell their existing house to finance the new build project.		The client’s existing house was a thermally efficient 2000 standard timber frame dormer bungalow. The clients wanted planning permission to sub-divide their 1.1-acre site and construct a new modern ‘A’-rated house for themselves. Once planning permission had been granted, they would sell their existing house to finance the new build project.
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	Fortunately, the site was relatively level, however the intended location of the new house was very close to a fast-flowing stream with banking along the eastern boundary, which we took advantage of within our building design.		Fortunately, the site was relatively level, however the intended location of the new house was very close to a fast-flowing stream with banking along the eastern boundary, which we took advantage of within our building design.

−	[[File:Streamlinehouse2.jpg]]	+	[[File:Streamlinehouse2.jpg\|link=File:Streamlinehouse2.jpg]]

	The brief was to design a unique modern art deco-influenced house as a retirement home. The house with its subtle curves takes advantage of the natural curvature of the stream whilst incorporating the soft sound of water rushing underneath the overhanging balcony, with a view towards an existing secret garden.		The brief was to design a unique modern art deco-influenced house as a retirement home. The house with its subtle curves takes advantage of the natural curvature of the stream whilst incorporating the soft sound of water rushing underneath the overhanging balcony, with a view towards an existing secret garden.
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	The monolithic concrete building construction was designed to be extremely resilient to flood damage, and incorporated low maintenance components and finishes. Triple glazed AluClad windows and door units were fitted. The house is fitted with a sophisticated Mechanical Heat Recovery Ventilation System (MVHR) supplying fresh air to all habitable rooms. A sustainable electric solution for the heating and hot water was provided to work alongside the MVHR. A water source heat pump was located in the stream providing heat energy to the house all year round.		The monolithic concrete building construction was designed to be extremely resilient to flood damage, and incorporated low maintenance components and finishes. Triple glazed AluClad windows and door units were fitted. The house is fitted with a sophisticated Mechanical Heat Recovery Ventilation System (MVHR) supplying fresh air to all habitable rooms. A sustainable electric solution for the heating and hot water was provided to work alongside the MVHR. A water source heat pump was located in the stream providing heat energy to the house all year round.

−	[[File:Streamlinehouse3.jpg]]	+	[[File:Streamlinehouse3.jpg\|link=File:Streamlinehouse3.jpg]]

	The hot water and under floor heating was provided via a water source heat pump with an open loop system using stream water which passes into an underground concrete holding tank to raise the temperature of water to the required minimum of eight degrees. Stream water enters the heat pump through the heat exchanger; the heat is removed and disbursed throughout the house through under floor heating pipes. The used water is then dumped back into the stream without any contamination, making the system environmentally friendly.		The hot water and under floor heating was provided via a water source heat pump with an open loop system using stream water which passes into an underground concrete holding tank to raise the temperature of water to the required minimum of eight degrees. Stream water enters the heat pump through the heat exchanger; the heat is removed and disbursed throughout the house through under floor heating pipes. The used water is then dumped back into the stream without any contamination, making the system environmentally friendly.

Editor: Created page with "In 2016, the winner of the Alan King Award for Excellence in Architectural Technology was Streamline House. File:Streamlinehouse1.jpg The client’s existing house was a th..."

2017-12-13T17:38:44Z

Created page with "In 2016, the winner of the Alan King Award for Excellence in Architectural Technology was Streamline House. File:Streamlinehouse1.jpg The client’s existing house was a th..."

New page

In 2016, the winner of the Alan King Award for Excellence in Architectural Technology was Streamline House.

[[File:Streamlinehouse1.jpg]]

The client’s existing house was a thermally efficient 2000 standard timber frame dormer bungalow. The clients wanted planning permission to sub-divide their 1.1-acre site and construct a new modern ‘A’-rated house for themselves. Once planning permission had been granted, they would sell their existing house to finance the new build project.

Fortunately, the site was relatively level, however the intended location of the new house was very close to a fast-flowing stream with banking along the eastern boundary, which we took advantage of within our building design.

[[File:Streamlinehouse2.jpg]]

The brief was to design a unique modern art deco-influenced house as a retirement home. The house with its subtle curves takes advantage of the natural curvature of the stream whilst incorporating the soft sound of water rushing underneath the overhanging balcony, with a view towards an existing secret garden.

The internal ground floor accommodation includes a large open plan living/dining/kitchen space, utility room, separate lounge room and a spectacular curved staircase leading to the first floor. The first floor comprises of a master suite with access to the balcony overlooking the stream, three additional bedrooms, one with en suite and a family bathroom. It was important for our clients to have a uniquely designed house with an energy efficient building fabric and a renewable heating system giving low annual running costs.

As the design team, we evaluated the best approach to construct the building, which incorporated external curves with large areas of glazing, internal open plan layouts and cantilevered balconies. We decided to use an insulated concrete formwork (ICF) walling system, connected to reinforced concrete floors, balconies and curved feature staircase. All floors, balconies and staircase are finished in polished Italian marble. A full heat recovery system was concealed within the ceilings and connected to a heat exchanger unit.

It was essential for the house to achieve sustainable performance along with a comfortable all year round living environment. ICF construction provides a high level of thermal insulation and air tightness (air permeability rating resulting in excellent low annual energy running costs), by combining CFC/HCFC free insulation and concrete thermal mass, minimises temperature fluctuations by absorbing and storing heat. The complete building envelope is thermally designed to approximately 25% above the minimum Irish Building Regulation Standards.

The monolithic concrete building construction was designed to be extremely resilient to flood damage, and incorporated low maintenance components and finishes. Triple glazed AluClad windows and door units were fitted. The house is fitted with a sophisticated Mechanical Heat Recovery Ventilation System (MVHR) supplying fresh air to all habitable rooms. A sustainable electric solution for the heating and hot water was provided to work alongside the MVHR. A water source heat pump was located in the stream providing heat energy to the house all year round.

[[File:Streamlinehouse3.jpg]]

The hot water and under floor heating was provided via a water source heat pump with an open loop system using stream water which passes into an underground concrete holding tank to raise the temperature of water to the required minimum of eight degrees. Stream water enters the heat pump through the heat exchanger; the heat is removed and disbursed throughout the house through under floor heating pipes. The used water is then dumped back into the stream without any contamination, making the system environmentally friendly.

ICF walling system is seen to be the most user friendly, due to its innovative design, which increases speed of construction, reduces labour costs and provides the highest level of performance during and after construction. Purity of the external design was paramount so exposed external rainwater downpipes were eliminated. Drainage from the balconies were concealed within the vertical hollow structural steel supports.

The local stream water temperature was deemed ideal for using the water source heat pump providing sustainable efficient hot water and heating throughout the year. We incorporated the Amvic ICF system, awarded an A+ by the BRE under its Green Guide to Specification assessment scheme. The A+ demonstrated that the ICF system was one of the most environmental friendly and sustainable ways to build. A sustainable wood burning appliance was incorporated into the formal lounge and relaxation area.

The site is level and the building is fully accessible and compliant under the Irish Building Regulations. The external cantilevered balconies incorporate an adjustable raised pedestal system allowing occupants level access from the building interior.

-----
This article was originally published in AT ed. 122.

--[[User:CIAT|CIAT]]

= Find out more =

=== Related articles on Designing Buildings Wiki ===

* Articles by CIAT on Designing Buildings Wiki.
* Architectural technologist.
* Architectural Technology Awards 2017.
* Castle Hill Event Space.
* Interview with Gary Mees, CIAT.

[[Category:Projects_and_case_studies]] [[Category:Sustainability]]