ENVIRONMENTAL GOALS
MEDITE SMARTPLY is committed to becoming a recognised leader in sustainable manufacturing, with sustainability embedded across all levels of the business with the long term goal of becoming a net zero manufacturer by 2050, aligned with UK, Irish, and EU climate targets.
The company has already made strong progress, including transitioning to 100% green electricity, supported by a renewable energy guarantee of origin, and currently sourcing 95% of its operational energy from renewable sources.
In parallel, MEDITE SMARTPLY recognises that meaningful climate action extends beyond its direct operations. It is actively working to support customers, partners and suppliers in their environmental activities.
This collaborative approach is intended to drive broader carbon reductions across the value chain while strengthening understanding of industry-wide challenges.
Overall, MEDITE SMARTPLY’s strategy combines operational improvements with value chain
collaboration to deliver measurable carbon reductions and long-term sustainability leadership.
The Importance of Building with Timber
Timber has an important role to play in lower-carbon construction.
When sourced from sustainably managed forests, timber is one of the few mainstream building materials that is renewable. It also has one of the lowest embodied carbon profiles of any widely used construction material, making it an important choice for more sustainable building design.
Building with timber supports a more efficient and forward-looking approach to construction.
Used in the right applications, timber can help reduce reliance on more carbon-intensive materials while supporting high-performance building systems, modern methods of construction and long-term environmental thinking.
For MEDITE SMARTPLY, building with timber is about combining renewable raw materials with technical performance, helping support construction that is practical, efficient and more aligned with the needs of a lower-carbon future.
Why Embodied Carbon Matters
Embodied carbon is now a critical part of the sustainability conversation in construction.
It refers to the carbon emissions associated with the sourcing, harvesting, extraction, transport and manufacture of building materials, along with the impacts of maintenance, replacement and end-of-life processing. These emissions occur before and throughout the life of a building, and they can represent a substantial share of its overall carbon footprint.
As operational emissions improve, embodied carbon is becoming increasingly important.
This makes early design and specification decisions even more influential. Reducing the amount of material used, reusing existing buildings where possible and selecting lower-carbon materials are all important ways to reduce the overall impact of construction. Life cycle assessment also plays an important role in understanding and improving environmental performance.
Timber-based products can help support this approach.
Because timber stores carbon as trees grow, wood-based construction materials can contribute to a lower embodied carbon strategy when responsibly sourced and used effectively within the building envelope or structural system.
