We are investigating a range of sustainable technologies to incorporate on site. These include:

Combined Heat & Power – larger scale communities benefit the most from CHP plants where economies of scale can be beneficial for using biomass or other fuel.

Solar Gain – through orientation of buildings, window and roof positioning, on site solar gain can be controlled for maximum benefit. Solar Photovoltaic Cells and solar hot water heaters can be added to south facing roofs.

Sustainable Urban Drainage Systems – SUDS will be integral to the overall master plan and aesthetic quality of Chesterfield Waterside so as to integrate a ‘greener’ feel to the public realm. SUDS can enhance water quality by encouraging a more natural rate of groundwater recharging. If managed correctly such installations can also provide valuable urban habitat for native wildlife.

Ground Source Heat Pumps – these pumps exploit heat from within the ground by circulating water within a ground heat exchanger. They require energy input, with any cost benefit dependant on the cost of the energy input. The use of GSHP are greatly dependant on the ground conditions of the site.

Green Roofs – green roof technology can absorb rainfall, create habitats and increase the life span of roof membranes.

Water turbines and Micro Hydro – micro hydro is a renewable form of electricity that is greatly dependant on flow, often used in conjunction with weirs.

Car Clubs – these can be beneficial in mixed use schemes where employment uses and residential uses share them during the day and the evening respectively. Research from Bristol and London has confirmed that one car club space can replace up to the equivalent of ten privately owned cars.