A building’s thermal performance is now as important an aspect of the building’s design and construction as its structure. Energy prices and climate change are often cited as the principal reasons for the increased energy and CO2 reduction standards required of our built environment. Less known is the fact that insulation can also play a major role in our health, safety, comfort and wellbeing.
Guidance
Zero Carbon Homes—Zero Carbon Timber Solutions for Wales
What is the zero carbon timber housing solution for Wales? This document proposes a range of timber build solutions. Results are based on the analysis of an appropriate and future proofed definition for ‘zero carbon’, followed by design and calculation to develop an understanding of the quantifiable factors of embodied and operational carbon. Using a […]
More and Better Home-Grown Timber—The financial case for existing landowners to plant woodland
From the TV presenters of Countryfile to the ever-escalating claims of political parties in the last UK elections, it seems everyone wants to plant more trees. Reasons vary from carbon capture, amenity, and biodiversity to production of usable timber, as do levels of ambition. Amongst the most widely quoted targets, The Committee on Climate Change […]
Carbon Storage Contract
The future building stock is the most effective and most immediate opportunity for carbon reduction and long-term carbon storage. By creating a new economic model for monetising the carbon reduction and storage capacity of the future building stock, the use and specification of low-carbon and carbon-storing materials could be incentivised. Woodknowledge Wales have been working […]
Capturing Carbon: Investing in Woodlands—An Options Analysis for Welsh Housing Associations
New woodland creation is one of the most cost-effective ways of reducing carbon emissions and offsetting our nation’s carbon footprint. The combination of an undersupply of our own timber in Wales and the ambitions of Wales and the Welsh Government to create new woodlands means that an organisation interested in creating new woodlands can play […]
Timber Cladding—Specification Guidance for Social Housing
Timber cladding has become increasingly popular, mainly for its sustainability credentials and low environmental impact: It has a low carbon footprint as it requires less energy to produce than any other construction material and helps lock carbon into the building fabric. It is made from renewable material – wood – and can be reused, recycled […]
Making the Right Choices—A Guide to Improving the Build Quality of New Build Timber Frame Social Housing
Making the right decisions for the benefit of a building’s long term performance and user experience can be compromised by cost, lack of experience, and poor understanding of timber frame construction. This guide aims to highlight some of the key points to consider along the pathway of designing, constructing and maintaining timber frame housing. These […]
Embodied Carbon Guidance for Welsh Social Housing Developers, their design teams, contractors and suppliers
This guidance has been written for those wanting to both increase their knowledge of Embodied Carbon in the housing sector and to understand how to reduce it.
Net-Zero targets for Wales
Building on the work of the UKGBC and LETI, the Home-Grown Homes Project have developed a graphical net-zero guide with a set of targets & principles that we believe are achievable within a Welsh context. The guide is aimed at helping developers, designers and manufacturers achieve net-zero whole life carbon. This means tackling upfront carbon, […]
