Timber's Key Role in Achieving Zero Carbon Buildings

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The journey towards zero carbon is now underway, and where once, it appeared to be a very long time away in the future, it is now only 5 years away. Zero carbon for new builds will become mandatory in 2016 and many window manufacturers are working closely with building designers to assess their requirements now and to provide low U values for windows to meet or exceed current requirements.

To make zero carbon a reality in 2016 for all new homes, rapid changes within the window industry are taking place and there are likely to be some major moves away from current practice to meet these requirements.

Timber has always been an appealing building component, but its unique and natural carbon properties mean it will have a major role to play in achieving “zero carbon”, giving it a significant advantage over other materials.

In a “zero carbon” building, timber windows not only add to the carbon store effect but bring great benefits in terms of the thermal performance that can be achieved, both by using the latest triple glazing technology and advanced window design.

The fact is that the new code for sustainable homes level 6 developments would previously only have been associated with European window manufacturers, but now UK joinery has advanced significantly as manufacturers recognise the need to dramatically reduce energy loss and reduce the carbon footprint of new and existing UK housing stock.

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Frequently Asked Questions

1 How does utilizing timber in construction contribute to achieving zero carbon targets?

Timber is a renewable material that sequesters carbon during its growth, making it a low-carbon alternative to traditional building materials. Its use can significantly reduce a project's embodied carbon, which is a crucial step towards meeting overall zero carbon objectives in construction.

2 What is the importance of a Whole Life Cycle Carbon Assessment for timber-based zero carbon projects?

A Whole Life Cycle Carbon Assessment evaluates all carbon emissions from material production to end-of-life. For timber projects, it quantifies the carbon benefits of using timber and helps identify strategies to further minimize environmental impact throughout the building's entire lifespan, ensuring a comprehensive zero-carbon approach.

3 What consultancy services support the implementation of timber-based net zero carbon strategies?

Services like Net Zero Carbon Consultancy, Whole Life Cycle Carbon Assessment, and Passivhaus Design Consultancy are available. These services help integrate timber effectively, assess its carbon impact, and ensure projects comply with stringent net zero carbon standards and certifications.