The Department of Communities and Local Government (DCLG) are leading the drive for better more energy efficient construction.
The Innovare structure, with only minor alterations to it's standard format, can help to reduce CO² emissions by 40% and reduce the energy consumption from the 62 KWh/m² required by regulations to an outstanding level of only 22KWh/m²/year for a detached house. This is acheived with assistance from a developed supply chain network that can supply heating systems, air exchange systems (that can be maximised in their efficiency due to air tightness levels of almost 1m³/m²/hour against a requirement of 10m³/m²/hour) and solar heating panels.
All these benefits are demonstrated in a real construction situation at the Osborne House on the BRE Innovation Park, Garston, Watford, which was awarded Eco-points Excellent, exceeding the standard by 18 points.
Innovare Systems provide solutions whilst delivering long term
benefits and sustainability:

Reduced carbon emissions
minimal heating assists in the reduction of Carbon emissions
Reduced heat loss
the pre - insulated system far exceeds 2006 building regulations, assisting with energy conservation
View technical information here
PEFC certificated timbers
the floor cassettes can be provided with a plywood deck obtaining an 'A' rated construction as assessed by BRE. All timbers used in the Innovare building product for panels, floors, roofs and partitions are obtained from PEFC certificated sources - copies can be made available on request
A' rated components
Green Guide 'A' rated materials make up the building components
EPS
product 100% recyclable
Ozone Depletion Potential (ODP)
zero HCFC/CFC product use or emissions
Global Warming Potential (GWP)
zero
Reduced Waste
virtually zero waste on site by using off site manufacturing optimising material usage
Ecohomes
assists with obtaining higher results
OSB
the manufacturing process utilises virtually 100% of the tree
Treatments
all treatments are water based tanalised or similar
Embodied energy
the production of SIP's panels is such that there are very low levels of embodied energy. Details can be made available on request