Oxypod - Revision history

Designing Buildings at 11:18, 15 December 2021

2021-12-15T11:18:09Z

← Older revision		Revision as of 11:18, 15 December 2021
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−	Oxypod™ was Premier Award Winner, Innovation Achiever's Award, in the ~~[http://iandrawards.ciob.org/winners/2014~~ 2014 CIOB International Innovation & Research Award].	+	Oxypod™ was Premier Award Winner, Innovation Achiever's Award, in the 2014 CIOB International Innovation & Research Award.

	The judges said, "The judging panel was impressed with this self-contained product which combines innovation and simplicity in equal measure. It promises a significant potential impact on the efficiency of central heating systems across a wide proportion of the housing stock. The panel was especially impressed by the tenacity of the applicants in pursuing the innovation journey. Their commitment to the product is inspirational. The panel wish them the very best of success with this innovative and yet enticingly simple product in the future.”		The judges said, "The judging panel was impressed with this self-contained product which combines innovation and simplicity in equal measure. It promises a significant potential impact on the efficiency of central heating systems across a wide proportion of the housing stock. The panel was especially impressed by the tenacity of the applicants in pursuing the innovation journey. Their commitment to the product is inspirational. The panel wish them the very best of success with this innovative and yet enticingly simple product in the future.”

Designing Buildings at 08:03, 29 December 2020

2020-12-29T08:03:44Z

← Older revision		Revision as of 08:03, 29 December 2020
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	--[[User:CIOB\|CIOB]]		--[[User:CIOB\|CIOB]]

−	[[Category:~~Research_/_Innovation~~]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:~~Products_~~/~~_components~~]] [[Category:~~DCN_Product_Knowledge~~]]	+	[[Category:DCN_Commentary]] [[Category:DCN_Definition]] [[Category:DCN_Guidance]] [[Category:DCN_Product_Knowledge]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:Research_/_Innovation]] [[Category:Products_/_components]]

CIOB at 14:12, 15 May 2018

2018-05-15T14:12:36Z

← Older revision		Revision as of 14:12, 15 May 2018
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		+	Oxypod™ removes entrained air from closed looped heating systems. The device removes trapped and dissolves air down to a level that prevents the build-up of black sludge (magnetites). It is achieved without the need of magnets, filters, inhibiters or any further maintenance.

−	~~Oxypod™ removes entrained air from closed looped heating systems.~~ The ~~device removes trapped and dissolves air down to a level that prevents the build-up~~ of ~~black sludge (magnetites). It is achieved without the need of magnets, filters, inhibiters or any further maintenance.~~	+	The benefits of installing Oxypod™ include:

−	~~The benefits of installing Oxypod™ include:<br/>~~	+	* Significant energy reduction in all types of systems.
−	*Significant energy reduction in all types of systems.~~<br/>~~	+	* Faster heat up and recovery times.
−	*Faster heat up and recovery times.~~<br/>~~	+	* Lower running temperatures and greater comfort levels.
−	*Lower running temperatures and greater comfort levels.~~<br/>~~	+	* Radiators hold heat for longer, reducing the frequency of boiler ignition and burn times.
−	*Radiators hold heat for longer, reducing the frequency of boiler ignition and burn times.~~<br/>~~	+	* Systems are quieter and circulation pumps run without any vibration.
−	*Systems are quieter and circulation pumps run without any vibration.~~<br/>~~	+

	Research has shown that not only will Oxypod™ reduce system friction, but it will also reduce the viscosity of the heating water. As a result, cold spots in heating systems are eliminated. Modelling done by Hull University has demonstrated that Oxypod™ is a genuine crossover to light commercial use: its shape allows it to run in systems with a flow rate of up to 200 litres per minute.		Research has shown that not only will Oxypod™ reduce system friction, but it will also reduce the viscosity of the heating water. As a result, cold spots in heating systems are eliminated. Modelling done by Hull University has demonstrated that Oxypod™ is a genuine crossover to light commercial use: its shape allows it to run in systems with a flow rate of up to 200 litres per minute.

−	Oxypod™, was 11 years in development with financial support from The Goodwin Development Trust.~~<br/>~~	+	Oxypod™, was 11 years in development with financial support from The Goodwin Development Trust.

−	----	+	-----
		+	Oxypod™ was Premier Award Winner, Innovation Achiever's Award, in the [http://iandrawards.ciob.org/winners/2014 2014 CIOB International Innovation & Research Award].

−	~~Oxypod™ was Premier Award Winner, Innovation Achiever's Award~~, in the ~~[http://iandrawards~~.~~ciob~~.~~org/winners/2014 2014 CIOB International Innovation & Research Award]~~.~~<br/>~~	+	The judges said, "The judging panel was impressed with this self-contained product which combines innovation and simplicity in equal measure. It promises a significant potential impact on the efficiency of central heating systems across a wide proportion of the housing stock. The panel was especially impressed by the tenacity of the applicants in pursuing the innovation journey. Their commitment to the product is inspirational. The panel wish them the very best of success with this innovative and yet enticingly simple product in the future.”

−	~~The judges said, "The judging panel was impressed with this self~~-contained product which combines innovation and simplicity in equal measure. It promises a significant potential impact on the efficiency of central heating systems across a wide proportion of the housing stock. The panel was especially impressed by the tenacity of the applicants in pursuing the innovation journey. Their commitment to the product is inspirational. The panel wish them the very best of success with this innovative and yet enticingly simple product in the future.”<br/>	+	--[[User:CIOB\|CIOB]]

−	--[[~~User%3ACIOB\|User~~:~~CIOB~~]]	+	[[Category:Research_/_Innovation]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:Products_/_components]] [[Category:DCN_Product_Knowledge]]
−		+
−	[[Category:~~Research_/_Innovation~~]]	+
−	[[Category:Products_/_components]]	+

Designing Buildings at 07:12, 17 May 2015

2015-05-17T07:12:05Z

Designing Buildings: Created page with " Oxypod™ removes entrained air from closed looped heating systems. The device removes trapped and dissolves air down to a level that prevents the build-up of black sludge (mag..."

2015-05-17T07:09:32Z

Created page with " Oxypod™ removes entrained air from closed looped heating systems. The device removes trapped and dissolves air down to a level that prevents the build-up of black sludge (mag..."

New page

Oxypod™ removes entrained air from closed looped heating systems. The device removes trapped and dissolves air down to a level that prevents the build-up of black sludge (magnetites). It is achieved without the need of magnets, filters, inhibiters or any further maintenance. 

The benefits of installing Oxypod™ include: 
*Significant energy reduction in all types of systems. 
*Faster heat up and recovery times. 
*Lower running temperatures and greater comfort levels. 
*Radiators hold heat for longer, reducing the frequency of boiler ignition and burn times. 
*Systems are quieter and the circulation pump runs without any vibration. 

Research has shown that not only will Oxypod™ reduce system friction, but it will also reduce the viscosity of the heating water. As a result, cold spots in heating systems are eliminated. Modelling done by Hull University has demonstrated that Oxypod™ is a genuine crossover to light commercial use: its shape allows it to run in systems with a flow rate of up to 200 litres per minute.

Oxypod™, was 11 years in development with financial support from The Goodwin Development Trust. 

----

Oxypod™ was Premier Award Winner, Innovation Achiever's Award, in the 2014 CIOB International Innovation & Research Award. 

The judges said, "The judging panel was impressed with this self-contained product which combines innovation and simplicity in equal measure. It promises a significant potential impact on the efficiency of central heating systems across a wide proportion of the housing stock. The panel was especially impressed by the tenacity of the applicants in pursuing the innovation journey. Their commitment to the product is inspirational. The panel wish them the very best of success with this innovative and yet enticingly simple product in the future.” 

--[[User:CIOB|User:CIOB]]

[[Category:Research_/_Innovation]]
[[Category:Products_/_components]]

← Older revision		Revision as of 07:12, 17 May 2015
Line 1:		Line 1:

−	Oxypod™ removes entrained air from closed looped heating systems. The device removes trapped and dissolves air down to a level that prevents the build-up of black sludge (magnetites). It is achieved without the need of magnets, filters, inhibiters or any further maintenance. ~~<br/>~~	+	Oxypod™ removes entrained air from closed looped heating systems. The device removes trapped and dissolves air down to a level that prevents the build-up of black sludge (magnetites). It is achieved without the need of magnets, filters, inhibiters or any further maintenance.

−	The benefits of installing Oxypod™ include: <br/>	+	The benefits of installing Oxypod™ include:<br/>
	*Significant energy reduction in all types of systems.<br/>		*Significant energy reduction in all types of systems.<br/>
	*Faster heat up and recovery times.<br/>		*Faster heat up and recovery times.<br/>
−	*Lower running temperatures and greater comfort levels. <br/>	+	*Lower running temperatures and greater comfort levels.<br/>
−	*Radiators hold heat for longer, reducing the frequency of boiler ignition and burn times. <br/>	+	*Radiators hold heat for longer, reducing the frequency of boiler ignition and burn times.<br/>
−	*Systems are quieter and ~~the~~ circulation ~~pump runs~~ without any vibration.<br/>	+	*Systems are quieter and circulation pumps run without any vibration.<br/>

	Research has shown that not only will Oxypod™ reduce system friction, but it will also reduce the viscosity of the heating water. As a result, cold spots in heating systems are eliminated. Modelling done by Hull University has demonstrated that Oxypod™ is a genuine crossover to light commercial use: its shape allows it to run in systems with a flow rate of up to 200 litres per minute.		Research has shown that not only will Oxypod™ reduce system friction, but it will also reduce the viscosity of the heating water. As a result, cold spots in heating systems are eliminated. Modelling done by Hull University has demonstrated that Oxypod™ is a genuine crossover to light commercial use: its shape allows it to run in systems with a flow rate of up to 200 litres per minute.

−	Oxypod™, was 11 years in development with financial support from The Goodwin Development Trust. <br/>	+	Oxypod™, was 11 years in development with financial support from The Goodwin Development Trust.<br/>

	----		----

−	Oxypod™ was Premier Award Winner, Innovation Achiever's Award, in the 2014 CIOB International Innovation & Research Award.<br/>	+	Oxypod™ was Premier Award Winner, Innovation Achiever's Award, in the [http://iandrawards.ciob.org/winners/2014 2014 CIOB International Innovation & Research Award].<br/>

−	The judges said, "The judging panel was impressed with this self-contained product which combines innovation and simplicity in equal measure. It promises a significant potential impact on the efficiency of central heating systems across a wide proportion of the housing stock. The panel was especially impressed by the tenacity of the applicants in pursuing the innovation journey. Their commitment to the product is inspirational. The panel wish them the very best of success with this innovative and yet enticingly simple product in the future.” <br/>	+	The judges said, "The judging panel was impressed with this self-contained product which combines innovation and simplicity in equal measure. It promises a significant potential impact on the efficiency of central heating systems across a wide proportion of the housing stock. The panel was especially impressed by the tenacity of the applicants in pursuing the innovation journey. Their commitment to the product is inspirational. The panel wish them the very best of success with this innovative and yet enticingly simple product in the future.”<br/>

−	--[[User~~:CIOB~~\|User:CIOB]]	+	--[[User%3ACIOB\|User:CIOB]]

	[[Category:Research_/_Innovation]]		[[Category:Research_/_Innovation]]
	[[Category:Products_/_components]]		[[Category:Products_/_components]]