This important regeneration project on the 23ha site sits former colliery in North Staffordshire, near Stoke-on-Trent in England. It is allocated for development by Newcastle Borough Council and Advantage West Midlands, with sustainable economic regeneration plays a key role in this project.
This scheme aims not only to concentrate on sustainable technologies, but also to focus on other important sustainability criteria including social needs, economy and society. Thus, one of the main design goal is to ensure that the scheme to add something to the local environment and community. Blue Planet Chatterley Valley is the first building ever 'circulating' BREEAM rating, with exemplary scores in four areas of assessment and achieve exceptional standards of sustainability as the development of carbon-positive.
35 500 m² of The Blue Planet is projected to save up to £ 300,000 a year running cost is reduced as a result of environmental features incorporated into the design. This proves once again that the building environment not only benefits the environment but achieving high investment.
This scheme aims not only to concentrate on sustainable technologies, but also to focus on other important sustainability criteria including social needs, economy and society. Thus, one of the main design goal is to ensure that the scheme to add something to the local environment and community. Blue Planet Chatterley Valley is the first building ever 'circulating' BREEAM rating, with exemplary scores in four areas of assessment and achieve exceptional standards of sustainability as the development of carbon-positive.
35 500 m² of The Blue Planet is projected to save up to £ 300,000 a year running cost is reduced as a result of environmental features incorporated into the design. This proves once again that the building environment not only benefits the environment but achieving high investment.
Blue Planet renewable energy sources
100% of Blue Planet and the heat energy supplied by renewable sources - a bio-mass boilers, photovoltaic panels installed in the ETFE roof lights and electro-plate road provide enough kinetic energy excess heat and electricity to 3100 local homes. Besides having a water-efficient fittings, rainwater-harvesting system is installed for the storage and reuse in buildings, saving 60% of water demand. A water strategy at the site-wide allows attenuation of water must be controlled on site, catering to the flood risk in the 100-year-while providing additional features of the ecology.
Most of the materials used on the Blue Planet is A + or A rated in Bre Green Guide to Specification and all FSC approved timber. These include composite wall and roof panels and ETFE rooflights. More than 40% of ingredients sourced from local suppliers within a radius of 35 miles, while the internal material mostly from organic sources and recycling and / or recycled. Development targets zero waste to landfill. The tonnage of waste generated was minimal and any waste produced is recycled, with most suppliers to manage their waste and return it to their factory for recycling.
100% of Blue Planet and the heat energy supplied by renewable sources - a bio-mass boilers, photovoltaic panels installed in the ETFE roof lights and electro-plate road provide enough kinetic energy excess heat and electricity to 3100 local homes. Besides having a water-efficient fittings, rainwater-harvesting system is installed for the storage and reuse in buildings, saving 60% of water demand. A water strategy at the site-wide allows attenuation of water must be controlled on site, catering to the flood risk in the 100-year-while providing additional features of the ecology.
Most of the materials used on the Blue Planet is A + or A rated in Bre Green Guide to Specification and all FSC approved timber. These include composite wall and roof panels and ETFE rooflights. More than 40% of ingredients sourced from local suppliers within a radius of 35 miles, while the internal material mostly from organic sources and recycling and / or recycled. Development targets zero waste to landfill. The tonnage of waste generated was minimal and any waste produced is recycled, with most suppliers to manage their waste and return it to their factory for recycling.
A number of ecological enhancements have been incorporated into the scheme for the benefit of the site. This includes an increase of native species and the incorporation of public space 'green' new adjacent building. The development also connects two public areas by creating a 'linear park environment', which includes additional landscape and play areas.
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