Designing Buildings - User contributions [en]

Built Environment - Smarter Transformation (BE-ST)

2025-11-28T15:15:55Z

RM-BE-ST:

[http://www.be-st.build/ Built Environment – Smarter Transformation] (BE-ST) is Scotland’s national innovation centre for construction and the built environment.

Its mission is to accelerate the built environment’s just transition to net zero carbon and does this through a wide range of collaborative projects, programmes, platforms and partnerships focused on delivering tangible impact at pace. Collaboration partners can access Scotland’s innovation ecosystem and benefit from a range of flexible tools and support services including an extensive network of academic expertise and the Innovation Campus; the UK’s first built environment-focused manufacturing centre, prototyping, and future skills centre of excellence.

BE-ST is supercharging change that will help achieve the vision of a better built environment that delivers inclusive and sustainable economic, social, and environmental impact for Scotland and the planet.

We deliver impact across three interlinked programme areas: Housing & Manufacturing, Retrofit & Energy Efficiency and Skills & Training.

BE-ST has vast experience in programme delivery including the management of funding. We have delivered multiple Scottish Government and other public sector grant funded projects including the Workplace Equality Fund, United Kingdom Research and Innovation funding and projects with the Scottish Government’s Just Transition team.

As part of Edinburgh Napier University, BE-ST is regulated by the university's financial framework and HR policies. Edinburgh Napier University are committed to creating an environment where everyone feels proud, confident, challenged, and supported and are holders of Disability Confident, Carer Positive and Stonewall Diversity Champion status. All staff are paid in accordance with national living wage.

Visit: [https://www.be-st.build/ www.be-st.build]

Built Environment - Smarter Transformation (BE-ST)

2025-11-28T15:15:15Z

RM-BE-ST: Created page with "[http://www.be-st.build/ Built Environment – Smarter Transformation] (BE-ST) is Scotland’s national innovation centre for construction and the built environment. Its mission..."

[http://www.be-st.build/ Built Environment – Smarter Transformation] (BE-ST) is Scotland’s national innovation centre for construction and the built environment.

Its mission is to accelerate the built environment’s just transition to net zero carbon and does this through a wide range of collaborative projects, programmes, platforms and partnerships focused on delivering tangible impact at pace. Collaboration partners can access Scotland’s innovation ecosystem and benefit from a range of flexible tools and support services including an extensive network of academic expertise and the Innovation Campus; the UK’s first built environment-focused manufacturing centre, prototyping, and future skills centre of excellence.

BE-ST is supercharging change that will help achieve the vision of a better built environment that delivers inclusive and sustainable economic, social, and environmental impact for Scotland and the planet.

We deliver impact across three interlinked programme areas: Housing & Manufacturing, Retrofit & Energy Efficiency and Skills & Training.

BE-ST has vast experience in programme delivery including the management of funding. We have delivered multiple Scottish Government and other public sector grant funded projects including the Workplace Equality Fund, United Kingdom Research and Innovation funding and projects with the Scottish Government’s Just Transition team.

As part of Edinburgh Napier University, BE-ST is regulated by the university's financial framework and HR policies which govern expenditure, procurement and revenue generation as well as staff support and renumeration, ensuring fiscal and social responsibility, transparency and sustainability in line with public sector regulations as per the requirements of the fund.

Edinburgh Napier University are committed to creating an environment where everyone feels proud, confident, challenged, and supported and are holders of Disability Confident, Carer Positive and Stonewall Diversity Champion status. All staff are paid in accordance with national living wage.

Visit: [https://www.be-st.build/ www.be-st.build]

UK sustainable building products strategic partnership announced

2025-11-28T15:04:52Z

RM-BE-ST:

[[File:BE-ST_ASBP_partnership_1000.jpg|link=File:BE-ST_ASBP_partnership_1000.jpg]]

= Strategic partnership to drive UK built environment sustainable transformation =

ASBP and BE-ST are pleased to announce a new strategic partnership aimed at advancing the use of sustainable building products within the UK built environment and construction sectors. The agreement will build on the strengths of both organisations, fostering long-term collaboration to maximise opportunities in knowledge, skills and capabilities.

The partnership will focus on several areas where combining the expertise and network from each partner can make a tangible impact. These include collaborating on advocating for use of low-carbon, natural materials in both retrofit and new build applications; supporting the growth of timber-rich construction in the UK and encouraging greater adoption of homegrown timber products; and undertaking collaborative research into innovative sustainable building solutions.

Both organisations will also seek to expand the market for proven low-carbon products, such as those championed by the ASBP Natural Fibre Insulation Group, while supporting the low carbon skills agenda with a focus on work quality and knowledge of whole-life carbon approaches.

= About BE-ST (Built Environment – Smarter Transformation) =

[https://www.be-st.build/ Built Environment – Smarter Transformation] (BE-ST) is Scotland’s national innovation centre for construction and the built environment. Its mission is to accelerate the built environment’s transition to zero carbon and does this through a wide range of collaborative projects, programmes, platforms and partnerships focused on delivering tangible impact at pace. Collaboration partners can access Scotland’s innovation ecosystem and benefit from a range of flexible tools and support services including an extensive network of academic expertise and the Innovation Campus; the UK’s first built environment-focused digital manufacturing centre, prototyping, and future skills centre of excellence.

BE-ST is supercharging change that will help achieve the vision of a better built environment that delivers inclusive and sustainable economic, social, and environmental impact for Scotland and the planet. Visit: [https://www.be-st.build www.be-st.build]

= About ASBP (the Alliance for Sustainable Building Products) =

Launched in 2011, the Alliance for Sustainable Building Products (ASBP) is a non-profit sustainability organisation with over 160 members from across the built environment sector within its fast-growing alliance, including manufacturers, suppliers, architects, contractors and more.

Its mission is to support the “transformation to a healthy, low carbon, resource efficient built environment with a focus on demonstrably sustainable building products”. Activities include leading campaigns, publishing best practice guidance, hosting knowledge sharing events, influencing policy and leading or partnering on research, with focusses on natural materials, timber, circular economy, material reuse, health & wellbeing, indoor air quality and more. Visit: [https://asbp.org.uk www.asbp.org.uk]

= Commenting on the partnership =

Richard Broad, Director at ASBP: “We are delighted to form this strategic partnership with BE-ST to accelerate the transition to a more sustainable built environment. By aligning our networks, knowledge and expertise on timber, natural materials and more, we can strengthen the case for sustainable products and approaches and support the sector to embed low-carbon solutions at scale.”

Louise Rogers, Impact Manager at BE-ST, added: “By working in partnership with ASBP, we are able to expand our impact, strengthen collaboration across the sector and ensure that sustainable construction products and solutions are embedded in both practice and policy. We hope to bring our expertise in MMC, timber engineering, and skills delivery together with ASBP to help shape policies, skills and markets that make low-carbon construction the industry standard.”

Through this agreement, ASBP and BE-ST will jointly explore programme development, knowledge sharing and collaborative opportunities with industry, government and research stakeholders. Together, they will work to accelerate the transition towards a low-carbon, sustainable construction sector.

-----
This article was issued via press release as "Strategic partnership announced to increase UK’s use of sustainable building products" date 25 November 2025.

= Related articles on Designing Buildings =

* Biogenic carbon
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* Embodied energy.
* Green Claims Code.
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[[Category:DCN_Commentary]] [[Category:DCN_Event]] [[Category:DCN_News]] [[Category:DCN_Organisation]] [[Category:DCN_Product_Knowledge]] [[Category:DCN_Specification]] [[Category:DCN_Standard]] [[Category:International]] [[Category:News]] [[Category:Organisations]] [[Category:Standards_/_measurements]] [[Category:Sustainability]] [[Category:Procurement]] [[Category:Products_/_components]]

Myths about UK Cross Laminated Timber

2025-11-28T15:03:50Z

RM-BE-ST:

Cross Laminated Timber (CLT) is a sustainable, high-performance construction material with the potential to improve speed and quality of builds.

However, misconceptions persist within the industry, especially around CLT and other mass timber products made from timber grown in the UK due to historic perceptions.

== Myth 1: Homegrown Timber Lacks the Structural Strength of European Timber ==

All structural timber used in UK construction must meet stringent strength grading requirements and comply with relevant engineering specifications, regardless of origin.

A widespread misconception suggests that Scottish-grown mass timber cannot match the structural performance of European alternatives, particularly for CLT applications. Research from Edinburgh Napier University has definitively disproved this assumption.

The study demonstrates that Scottish-grown timber graded to C16 exhibits enhanced properties compared to imported alternatives. Key findings include superior bending strength and greater timber density, both critical factors in CLT manufacturing and structural performance. These findings led to the establishment of the strength class C16+, specifically developed to recognise the enhanced properties of UK-grown timber. This classification enables designers to specify CLT structures with improved performance characteristics and greater material efficiency, providing significant advantages for real-world construction applications.

== Myth 2: Using Homegrown Timber for CLT Is Unsustainable Due to Deforestation ==

Responsibly managed forests deliver substantial environmental benefits, including carbon sequestration, habitat preservation, and biodiversity enhancement. Utilising timber from these forests for construction does not contribute to deforestation. Wood used in CLT and other construction applications possesses a unique capacity to sequester carbon long-term. When timber remains in a building or engineered wood product, it continues to store the carbon absorbed during tree growth, effectively removing it from the atmospheric carbon cycle and mitigating climate change impacts.

Sustainable forest management is essential to maintaining this environmental benefit. Harvesting timber for construction purposes necessitates planting replacement trees, which actively sequester carbon as they grow. This cycle ensures forests remain productive carbon sinks.

== Myth 3: Scottish Timber Is Only Suitable for Low-Value Applications ==

This misconception stems from outdated perceptions regarding Scottish timber quality.

Over the past decade, extensive research and industry collaboration have demonstrated that UK-grown timber is highly suitable for engineered timber products such as mass timber, including CLT panels and beams. These advanced applications represent some of the highest-value uses for timber in modern construction.

CLT manufactured from UK timber has been successfully specified across diverse project types, from residential developments to commercial buildings and educational facilities.

A significant portion of this work has been delivered through the Transforming Timber project, a collaborative knowledge hub promoting the use of homegrown mass timber. The project has delivered some UK-first innovations, including the UK’s first two-storey homegrown mass timber house and the GenZero school prototype for the UK Government Department for Education (DfE). All these projects used UK-grown, load-bearing mass timber panels and beams in their structures. The material's proven performance in demanding structural applications has established UK-grown CLT as a viable alternative to imported engineered timber products.

== Myth 4: UK-Grown Timber Is More Expensive Than Other Construction Materials ==

It is commonly thought that building with timber is more expensive than other construction materials such as brick and block. However, this is a misconception.

Numerous factors influence the cost of a construction project, including project size, design complexities, labour requirements, and site-specific constraints. However, market reports from 2022 indicated that timber manufacturing costs were 65% of the average cost of a typical brick and block-built home.

Beyond material costs, CLT construction offers substantial cost savings through reduced build times. The prefabricated nature of CLT panels enables faster on-site assembly compared to traditional construction methods, reducing labour costs, site overheads, and project financing expenses. The lightweight properties of CLT also reduce foundation requirements, delivering further cost savings on substructure works.

In terms of cost advantages of homegrown mass timber compared to imports, homegrown C16 graded timber is currently £50m³ cheaper than imported C24. Every piece of timber used within the site to manufacture the mass timber is graded at C16. However, European imports will be C24, which is potentially over-engineered and therefore the likelihood is the client will be overpaying for a product.

== Why choose Homegrown CLT and Mass Timber for construction ==

Using UK-grown CLT, Glulam and mass timber brings compelling advantages such as speed, strength and sustainability. Understanding the evidence behind common misconceptions helps construction professionals make informed decisions about specifying homegrown CLT.

Building on the findings of the Innovate UK research project Transforming Timber, [https://www.be-st.build/mass-timber-centre-of-excellence-virtual-tour the Mass Timber Centre of Excellence] at [https://www.be-st.build/ Built Environment - Smarter Transformation] (BE-ST) provides dedicated support to help the construction industry overcome these barriers and misconceptions. The Centre enables the sector to realise the full potential and benefits of UK mass timber construction by facilitating the successful integration of UK-grown timber into projects nationwide.

For construction project teams and clients, the mass timber specialist team at BE-ST can support the specification of mass timber for construction projects, to become a viable option that supports both project objectives and sustainability goals. The Mass Timber Centre of Excellence provides support for the industry to integrate timber into projects, with access to the UK’s largest mass timber manufacturing facility, for organisations to design and build quicker, higher quality, and more effectively using this sustainable material.

[https://www.be-st.build/blogs/4-myths-uk-grown-cross-laminated-timber-clt The original published article can be found here.]

[[Category:Research_/_Innovation]] [[Category:Sustainability]] [[Category:Construction_techniques]] [[Category:Design]] [[Category:Products_/_components]] [[Category:Circular_economy]]

Myths about UK Cross Laminated Timber

2025-11-28T14:53:30Z

RM-BE-ST:

Cross Laminated Timber (CLT) is a sustainable, high-performance construction material with the potential to improve speed and quality of builds.

However, misconceptions persist within the industry, especially around CLT and other mass timber products made from timber grown in the UK due to historic perceptions.

== Myth 1: Homegrown Timber Lacks the Structural Strength of European Timber ==

All structural timber used in UK construction must meet stringent strength grading requirements and comply with relevant engineering specifications, regardless of origin.

A widespread misconception suggests that Scottish-grown mass timber cannot match the structural performance of European alternatives, particularly for CLT applications. Research from Edinburgh Napier University has definitively disproved this assumption.

The study demonstrates that Scottish-grown timber graded to C16 exhibits enhanced properties compared to imported alternatives. Key findings include superior bending strength and greater timber density, both critical factors in CLT manufacturing and structural performance. These findings led to the establishment of the strength class C16+, specifically developed to recognise the enhanced properties of UK-grown timber. This classification enables designers to specify CLT structures with improved performance characteristics and greater material efficiency, providing significant advantages for real-world construction applications.

== Myth 2: Using Homegrown Timber for CLT Is Unsustainable Due to Deforestation ==

Responsibly managed forests deliver substantial environmental benefits, including carbon sequestration, habitat preservation, and biodiversity enhancement. Utilising timber from these forests for construction does not contribute to deforestation. Wood used in CLT and other construction applications possesses a unique capacity to sequester carbon long-term. When timber remains in a building or engineered wood product, it continues to store the carbon absorbed during tree growth, effectively removing it from the atmospheric carbon cycle and mitigating climate change impacts.

Sustainable forest management is essential to maintaining this environmental benefit. Harvesting timber for construction purposes necessitates planting replacement trees, which actively sequester carbon as they grow. This cycle ensures forests remain productive carbon sinks.

== Myth 3: Scottish Timber Is Only Suitable for Low-Value Applications ==

This misconception stems from outdated perceptions regarding Scottish timber quality.

Over the past decade, extensive research and industry collaboration have demonstrated that UK-grown timber is highly suitable for engineered timber products such as mass timber, including CLT panels and beams. These advanced applications represent some of the highest-value uses for timber in modern construction.

CLT manufactured from UK timber has been successfully specified across diverse project types, from residential developments to commercial buildings and educational facilities.

A significant portion of this work has been delivered through the Transforming Timber project, a collaborative knowledge hub promoting the use of homegrown mass timber. The project has delivered some UK-first innovations, including the UK’s first two-storey homegrown mass timber house and the GenZero school prototype for the UK Government Department for Education (DfE). All these projects used UK-grown, load-bearing mass timber panels and beams in their structures. The material's proven performance in demanding structural applications has established UK-grown CLT as a viable alternative to imported engineered timber products.

== Myth 4: UK-Grown Timber Is More Expensive Than Other Construction Materials ==

It is commonly thought that building with timber is more expensive than other construction materials such as brick and block. However, this is a misconception.

Numerous factors influence the cost of a construction project, including project size, design complexities, labour requirements, and site-specific constraints. However, market reports from 2022 indicated that timber manufacturing costs were 65% of the average cost of a typical brick and block-built home.

Beyond material costs, CLT construction offers substantial cost savings through reduced build times. The prefabricated nature of CLT panels enables faster on-site assembly compared to traditional construction methods, reducing labour costs, site overheads, and project financing expenses. The lightweight properties of CLT also reduce foundation requirements, delivering further cost savings on substructure works.

In terms of cost advantages of homegrown mass timber compared to imports, homegrown C16 graded timber is currently £50m³ cheaper than imported C24. Every piece of timber used within the site to manufacture the mass timber is graded at C16. However, European imports will be C24, which is potentially over-engineered and therefore the likelihood is the client will be overpaying for a product.

== Why choose Homegrown CLT and Mass Timber for construction ==

Using UK-grown CLT, Glulam and mass timber brings compelling advantages such as speed, strength and sustainability. Understanding the evidence behind common misconceptions helps construction professionals make informed decisions about specifying homegrown CLT.

Building on the findings of the Innovate UK research project Transforming Timber, [https://www.be-st.build/mass-timber-centre-of-excellence-virtual-tour the Mass Timber Centre of Excellence] at Built Environment - Smarter Transformation (BE-ST) provides dedicated support to help the construction industry overcome these barriers and misconceptions. The Centre enables the sector to realise the full potential and benefits of UK mass timber construction by facilitating the successful integration of UK-grown timber into projects nationwide.

For construction project teams and clients, the mass timber specialist team at BE-ST can support the specification of mass timber for construction projects, to become a viable option that supports both project objectives and sustainability goals. The Mass Timber Centre of Excellence provides support for the industry to integrate timber into projects, with access to the UK’s largest mass timber manufacturing facility, for organisations to design and build quicker, higher quality, and more effectively using this sustainable material.

[https://www.be-st.build/blogs/4-myths-uk-grown-cross-laminated-timber-clt The original published article can be found here.]

[[Category:Research_/_Innovation]] [[Category:Sustainability]] [[Category:Construction_techniques]] [[Category:Design]] [[Category:Products_/_components]] [[Category:Circular_economy]]

Myths about UK Cross Laminated Timber

2025-11-28T14:52:47Z

RM-BE-ST:

== Cross Laminated Timber (CLT) is a sustainable, high-performance construction material with the potential to improve speed and quality of builds. ==

However, misconceptions persist within the industry, especially around CLT and other mass timber products made from timber grown in the UK due to historic perceptions.

== Myth 1: Homegrown Timber Lacks the Structural Strength of European Timber ==

All structural timber used in UK construction must meet stringent strength grading requirements and comply with relevant engineering specifications, regardless of origin.

A widespread misconception suggests that Scottish-grown mass timber cannot match the structural performance of European alternatives, particularly for CLT applications. Research from Edinburgh Napier University has definitively disproved this assumption.

The study demonstrates that Scottish-grown timber graded to C16 exhibits enhanced properties compared to imported alternatives. Key findings include superior bending strength and greater timber density, both critical factors in CLT manufacturing and structural performance. These findings led to the establishment of the strength class C16+, specifically developed to recognise the enhanced properties of UK-grown timber. This classification enables designers to specify CLT structures with improved performance characteristics and greater material efficiency, providing significant advantages for real-world construction applications.

== Myth 2: Using Homegrown Timber for CLT Is Unsustainable Due to Deforestation ==

Responsibly managed forests deliver substantial environmental benefits, including carbon sequestration, habitat preservation, and biodiversity enhancement. Utilising timber from these forests for construction does not contribute to deforestation. Wood used in CLT and other construction applications possesses a unique capacity to sequester carbon long-term. When timber remains in a building or engineered wood product, it continues to store the carbon absorbed during tree growth, effectively removing it from the atmospheric carbon cycle and mitigating climate change impacts.

Sustainable forest management is essential to maintaining this environmental benefit. Harvesting timber for construction purposes necessitates planting replacement trees, which actively sequester carbon as they grow. This cycle ensures forests remain productive carbon sinks.

== Myth 3: Scottish Timber Is Only Suitable for Low-Value Applications ==

This misconception stems from outdated perceptions regarding Scottish timber quality.

Over the past decade, extensive research and industry collaboration have demonstrated that UK-grown timber is highly suitable for engineered timber products such as mass timber, including CLT panels and beams. These advanced applications represent some of the highest-value uses for timber in modern construction.

CLT manufactured from UK timber has been successfully specified across diverse project types, from residential developments to commercial buildings and educational facilities.

A significant portion of this work has been delivered through the Transforming Timber project, a collaborative knowledge hub promoting the use of homegrown mass timber. The project has delivered some UK-first innovations, including the UK’s first two-storey homegrown mass timber house and the GenZero school prototype for the UK Government Department for Education (DfE). All these projects used UK-grown, load-bearing mass timber panels and beams in their structures. The material's proven performance in demanding structural applications has established UK-grown CLT as a viable alternative to imported engineered timber products.

== Myth 4: UK-Grown Timber Is More Expensive Than Other Construction Materials ==

It is commonly thought that building with timber is more expensive than other construction materials such as brick and block. However, this is a misconception.

Numerous factors influence the cost of a construction project, including project size, design complexities, labour requirements, and site-specific constraints. However, market reports from 2022 indicated that timber manufacturing costs were 65% of the average cost of a typical brick and block-built home.

Beyond material costs, CLT construction offers substantial cost savings through reduced build times. The prefabricated nature of CLT panels enables faster on-site assembly compared to traditional construction methods, reducing labour costs, site overheads, and project financing expenses. The lightweight properties of CLT also reduce foundation requirements, delivering further cost savings on substructure works.

In terms of cost advantages of homegrown mass timber compared to imports, homegrown C16 graded timber is currently £50m³ cheaper than imported C24. Every piece of timber used within the site to manufacture the mass timber is graded at C16. However, European imports will be C24, which is potentially over-engineered and therefore the likelihood is the client will be overpaying for a product.

== Why choose Homegrown CLT and Mass Timber for construction ==

Using UK-grown CLT, Glulam and mass timber brings compelling advantages such as speed, strength and sustainability. Understanding the evidence behind common misconceptions helps construction professionals make informed decisions about specifying homegrown CLT.

Building on the findings of the Innovate UK research project Transforming Timber, [https://www.be-st.build/mass-timber-centre-of-excellence-virtual-tour the Mass Timber Centre of Excellence] at Built Environment - Smarter Transformation (BE-ST) provides dedicated support to help the construction industry overcome these barriers and misconceptions. The Centre enables the sector to realise the full potential and benefits of UK mass timber construction by facilitating the successful integration of UK-grown timber into projects nationwide.

For construction project teams and clients, the mass timber specialist team at BE-ST can support the specification of mass timber for construction projects, to become a viable option that supports both project objectives and sustainability goals. The Mass Timber Centre of Excellence provides support for the industry to integrate timber into projects, with access to the UK’s largest mass timber manufacturing facility, for organisations to design and build quicker, higher quality, and more effectively using this sustainable material.

[https://www.be-st.build/blogs/4-myths-uk-grown-cross-laminated-timber-clt The original published article can be found here.]

[[Category:Research_/_Innovation]] [[Category:Sustainability]] [[Category:Construction_techniques]] [[Category:Design]] [[Category:Products_/_components]] [[Category:Circular_economy]]

Myths about UK Cross Laminated Timber

2025-11-28T14:49:30Z

RM-BE-ST:

== Cross Laminated Timber (CLT) is a sustainable, high-performance construction material with the potential to improve speed and quality of builds. ==

However, misconceptions persist within the industry, especially around CLT and other mass timber products made from timber grown in the UK due to historic perceptions.

== Myth 1: Homegrown Timber Lacks the Structural Strength of European Timber ==

All structural timber used in UK construction must meet stringent strength grading requirements and comply with relevant engineering specifications, regardless of origin.

A widespread misconception suggests that Scottish-grown mass timber cannot match the structural performance of European alternatives, particularly for CLT applications. Research from Edinburgh Napier University has definitively disproved this assumption.

The study demonstrates that Scottish-grown timber graded to C16 exhibits enhanced properties compared to imported alternatives. Key findings include superior bending strength and greater timber density, both critical factors in CLT manufacturing and structural performance. These findings led to the establishment of the strength class C16+, specifically developed to recognise the enhanced properties of UK-grown timber. This classification enables designers to specify CLT structures with improved performance characteristics and greater material efficiency, providing significant advantages for real-world construction applications.

== Myth 2: Using Homegrown Timber for CLT Is Unsustainable Due to Deforestation ==

Responsibly managed forests deliver substantial environmental benefits, including carbon sequestration, habitat preservation, and biodiversity enhancement. Utilising timber from these forests for construction does not contribute to deforestation. Wood used in CLT and other construction applications possesses a unique capacity to sequester carbon long-term. When timber remains in a building or engineered wood product, it continues to store the carbon absorbed during tree growth, effectively removing it from the atmospheric carbon cycle and mitigating climate change impacts.

Sustainable forest management is essential to maintaining this environmental benefit. Harvesting timber for construction purposes necessitates planting replacement trees, which actively sequester carbon as they grow. This cycle ensures forests remain productive carbon sinks.

== Myth 3: Scottish Timber Is Only Suitable for Low-Value Applications ==

This misconception stems from outdated perceptions regarding Scottish timber quality.

Over the past decade, extensive research and industry collaboration have demonstrated that UK-grown timber is highly suitable for engineered timber products such as mass timber, including CLT panels and beams. These advanced applications represent some of the highest-value uses for timber in modern construction.

CLT manufactured from UK timber has been successfully specified across diverse project types, from residential developments to commercial buildings and educational facilities.

A significant portion of this work has been delivered through the Transforming Timber project, a collaborative knowledge hub promoting the use of homegrown mass timber. The project has delivered some UK-first innovations, including the UK’s first two-storey homegrown mass timber house and the GenZero school prototype for the UK Government Department for Education (DfE). All these projects used UK-grown, load-bearing mass timber panels and beams in their structures. The material's proven performance in demanding structural applications has established UK-grown CLT as a viable alternative to imported engineered timber products.

== Myth 4: UK-Grown Timber Is More Expensive Than Other Construction Materials ==

It is commonly thought that building with timber is more expensive than other construction materials such as brick and block. However, this is a misconception.

Numerous factors influence the cost of a construction project, including project size, design complexities, labour requirements, and site-specific constraints. However, market reports from 2022 indicated that timber manufacturing costs were 65% of the average cost of a typical brick and block-built home.

Beyond material costs, CLT construction offers substantial cost savings through reduced build times. The prefabricated nature of CLT panels enables faster on-site assembly compared to traditional construction methods, reducing labour costs, site overheads, and project financing expenses. The lightweight properties of CLT also reduce foundation requirements, delivering further cost savings on substructure works.

In terms of cost advantages of homegrown mass timber compared to imports, homegrown C16 graded timber is currently £50m³ cheaper than imported C24. Every piece of timber used within the site to manufacture the mass timber is graded at C16. However, European imports will be C24, which is potentially over-engineered and therefore the likelihood is the client will be overpaying for a product.

== Why choose Homegrown CLT and Mass Timber for construction ==

Using UK-grown CLT, Glulam and mass timber brings compelling advantages such as speed, strength and sustainability. Understanding the evidence behind common misconceptions helps construction professionals make informed decisions about specifying homegrown CLT.

Building on the findings of the Innovate UK research project Transforming Timber, the Mass Timber Centre of Excellence at Built Environment - Smarter Transformation (BE-ST) provides dedicated support to help the construction industry overcome these barriers and misconceptions. The Centre enables the sector to realise the full potential and benefits of UK mass timber construction by facilitating the successful integration of UK-grown timber into projects nationwide.

For construction project teams and clients, the mass timber specialist team at BE-ST can support the specification of mass timber for construction projects, to become a viable option that supports both project objectives and sustainability goals. The Mass Timber Centre of Excellence provides support for the industry to integrate timber into projects, with access to the UK’s largest mass timber manufacturing facility, for organisations to design and build quicker, higher quality, and more effectively using this sustainable material.

[[Category:Research_/_Innovation]] [[Category:Sustainability]] [[Category:Construction_techniques]] [[Category:Design]] [[Category:Products_/_components]] [[Category:Circular_economy]]

Myths about UK Cross Laminated Timber

2025-11-28T14:47:39Z

RM-BE-ST:

Cross Laminated Timber (CLT) is a sustainable, high-performance construction material with the potential to improve speed and quality of builds.

However, misconceptions persist within the industry, especially around CLT and other mass timber products made from timber grown in the UK due to historic perceptions.

== <br />
Myth 1: Homegrown Timber Lacks the Structural Strength of European Timber ==

All structural timber used in UK construction must meet stringent strength grading requirements and comply with relevant engineering specifications, regardless of origin.

A widespread misconception suggests that Scottish-grown mass timber cannot match the structural performance of European alternatives, particularly for CLT applications. Research from Edinburgh Napier University has definitively disproved this assumption.

The study demonstrates that Scottish-grown timber graded to C16 exhibits enhanced properties compared to imported alternatives. Key findings include superior bending strength and greater timber density, both critical factors in CLT manufacturing and structural performance. These findings led to the establishment of the strength class C16+, specifically developed to recognise the enhanced properties of UK-grown timber. This classification enables designers to specify CLT structures with improved performance characteristics and greater material efficiency, providing significant advantages for real-world construction applications.

== Myth 2: Using Homegrown Timber for CLT Is Unsustainable Due to Deforestation ==

Responsibly managed forests deliver substantial environmental benefits, including carbon sequestration, habitat preservation, and biodiversity enhancement. Utilising timber from these forests for construction does not contribute to deforestation. Wood used in CLT and other construction applications possesses a unique capacity to sequester carbon long-term. When timber remains in a building or engineered wood product, it continues to store the carbon absorbed during tree growth, effectively removing it from the atmospheric carbon cycle and mitigating climate change impacts.

Sustainable forest management is essential to maintaining this environmental benefit. Harvesting timber for construction purposes necessitates planting replacement trees, which actively sequester carbon as they grow. This cycle ensures forests remain productive carbon sinks.

== Myth 3: Scottish Timber Is Only Suitable for Low-Value Applications ==

This misconception stems from outdated perceptions regarding Scottish timber quality.

Over the past decade, extensive research and industry collaboration have demonstrated that UK-grown timber is highly suitable for engineered timber products such as mass timber, including CLT panels and beams. These advanced applications represent some of the highest-value uses for timber in modern construction.

CLT manufactured from UK timber has been successfully specified across diverse project types, from residential developments to commercial buildings and educational facilities.

A significant portion of this work has been delivered through the Transforming Timber project, a collaborative knowledge hub promoting the use of homegrown mass timber. The project has delivered some UK-first innovations, including the UK’s first two-storey homegrown mass timber house and the GenZero school prototype for the UK Government Department for Education (DfE). All these projects used UK-grown, load-bearing mass timber panels and beams in their structures. The material's proven performance in demanding structural applications has established UK-grown CLT as a viable alternative to imported engineered timber products.

== Myth 4: UK-Grown Timber Is More Expensive Than Other Construction Materials ==

It is commonly thought that building with timber is more expensive than other construction materials such as brick and block. However, this is a misconception.

Numerous factors influence the cost of a construction project, including project size, design complexities, labour requirements, and site-specific constraints. However, market reports from 2022 indicated that timber manufacturing costs were 65% of the average cost of a typical brick and block-built home.

Beyond material costs, CLT construction offers substantial cost savings through reduced build times. The prefabricated nature of CLT panels enables faster on-site assembly compared to traditional construction methods, reducing labour costs, site overheads, and project financing expenses. The lightweight properties of CLT also reduce foundation requirements, delivering further cost savings on substructure works.

In terms of cost advantages of homegrown mass timber compared to imports, homegrown C16 graded timber is currently £50m³ cheaper than imported C24. Every piece of timber used within the site to manufacture the mass timber is graded at C16. However, European imports will be C24, which is potentially over-engineered and therefore the likelihood is the client will be overpaying for a product.

== Why choose Homegrown CLT and Mass Timber for construction ==

Using UK-grown CLT, Glulam and mass timber brings compelling advantages such as speed, strength and sustainability. Understanding the evidence behind common misconceptions helps construction professionals make informed decisions about specifying homegrown CLT.

Building on the findings of the Innovate UK research project Transforming Timber, the Mass Timber Centre of Excellence at Built Environment - Smarter Transformation (BE-ST) provides dedicated support to help the construction industry overcome these barriers and misconceptions. The Centre enables the sector to realise the full potential and benefits of UK mass timber construction by facilitating the successful integration of UK-grown timber into projects nationwide.

For construction project teams and clients, the mass timber specialist team at BE-ST can support the specification of mass timber for construction projects, to become a viable option that supports both project objectives and sustainability goals. The Mass Timber Centre of Excellence provides support for the industry to integrate timber into projects, with access to the UK’s largest mass timber manufacturing facility, for organisations to design and build quicker, higher quality, and more effectively using this sustainable material.

[[Category:Research_/_Innovation]] [[Category:Sustainability]] [[Category:Construction_techniques]] [[Category:Design]] [[Category:Products_/_components]] [[Category:Circular_economy]]

Myths about UK Cross Laminated Timber

2025-11-28T14:46:24Z

RM-BE-ST: Created page with "Cross Laminated Timber (CLT) is a sustainable, high-performance construction material with the potential to improve speed and quality of builds. However, misconceptions persist w..."

Cross Laminated Timber (CLT) is a sustainable, high-performance construction material with the potential to improve speed and quality of builds. However, misconceptions persist within the industry, especially around CLT and other mass timber products made from timber grown in the UK due to historic perceptions.

== <br />
Myth 1: Homegrown Timber Lacks the Structural Strength of European Timber ==

All structural timber used in UK construction must meet stringent strength grading requirements and comply with relevant engineering specifications, regardless of origin.

A widespread misconception suggests that Scottish-grown mass timber cannot match the structural performance of European alternatives, particularly for CLT applications. Research from Edinburgh Napier University has definitively disproved this assumption.

The study demonstrates that Scottish-grown timber graded to C16 exhibits enhanced properties compared to imported alternatives. Key findings include superior bending strength and greater timber density, both critical factors in CLT manufacturing and structural performance. These findings led to the establishment of the strength class C16+, specifically developed to recognise the enhanced properties of UK-grown timber. This classification enables designers to specify CLT structures with improved performance characteristics and greater material efficiency, providing significant advantages for real-world construction applications.

== Myth 2: Using Homegrown Timber for CLT Is Unsustainable Due to Deforestation ==

Responsibly managed forests deliver substantial environmental benefits, including carbon sequestration, habitat preservation, and biodiversity enhancement. Utilising timber from these forests for construction does not contribute to deforestation. Wood used in CLT and other construction applications possesses a unique capacity to sequester carbon long-term. When timber remains in a building or engineered wood product, it continues to store the carbon absorbed during tree growth, effectively removing it from the atmospheric carbon cycle and mitigating climate change impacts.

Sustainable forest management is essential to maintaining this environmental benefit. Harvesting timber for construction purposes necessitates planting replacement trees, which actively sequester carbon as they grow. This cycle ensures forests remain productive carbon sinks.

== Myth 3: Scottish Timber Is Only Suitable for Low-Value Applications ==

This misconception stems from outdated perceptions regarding Scottish timber quality.

Over the past decade, extensive research and industry collaboration have demonstrated that UK-grown timber is highly suitable for engineered timber products such as mass timber, including CLT panels and beams. These advanced applications represent some of the highest-value uses for timber in modern construction.

CLT manufactured from UK timber has been successfully specified across diverse project types, from residential developments to commercial buildings and educational facilities.

A significant portion of this work has been delivered through the Transforming Timber project, a collaborative knowledge hub promoting the use of homegrown mass timber. The project has delivered some UK-first innovations, including the UK’s first two-storey homegrown mass timber house and the GenZero school prototype for the UK Government Department for Education (DfE). All these projects used UK-grown, load-bearing mass timber panels and beams in their structures. The material's proven performance in demanding structural applications has established UK-grown CLT as a viable alternative to imported engineered timber products.

== Myth 4: UK-Grown Timber Is More Expensive Than Other Construction Materials ==

It is commonly thought that building with timber is more expensive than other construction materials such as brick and block. However, this is a misconception.

Numerous factors influence the cost of a construction project, including project size, design complexities, labour requirements, and site-specific constraints. However, market reports from 2022 indicated that timber manufacturing costs were 65% of the average cost of a typical brick and block-built home.

Beyond material costs, CLT construction offers substantial cost savings through reduced build times. The prefabricated nature of CLT panels enables faster on-site assembly compared to traditional construction methods, reducing labour costs, site overheads, and project financing expenses. The lightweight properties of CLT also reduce foundation requirements, delivering further cost savings on substructure works.

In terms of cost advantages of homegrown mass timber compared to imports, homegrown C16 graded timber is currently £50m³ cheaper than imported C24. Every piece of timber used within the site to manufacture the mass timber is graded at C16. However, European imports will be C24, which is potentially over-engineered and therefore the likelihood is the client will be overpaying for a product.

== Why choose Homegrown CLT and Mass Timber for construction ==

Using UK-grown CLT, Glulam and mass timber brings compelling advantages such as speed, strength and sustainability. Understanding the evidence behind common misconceptions helps construction professionals make informed decisions about specifying homegrown CLT.

Building on the findings of the Innovate UK research project Transforming Timber, the Mass Timber Centre of Excellence at Built Environment - Smarter Transformation (BE-ST) provides dedicated support to help the construction industry overcome these barriers and misconceptions. The Centre enables the sector to realise the full potential and benefits of UK mass timber construction by facilitating the successful integration of UK-grown timber into projects nationwide.

For construction project teams and clients, the mass timber specialist team at BE-ST can support the specification of mass timber for construction projects, to become a viable option that supports both project objectives and sustainability goals. The Mass Timber Centre of Excellence provides support for the industry to integrate timber into projects, with access to the UK’s largest mass timber manufacturing facility, for organisations to design and build quicker, higher quality, and more effectively using this sustainable material.

[[Category:Research_/_Innovation]] [[Category:Sustainability]] [[Category:Construction_techniques]] [[Category:Design]] [[Category:Products_/_components]] [[Category:Circular_economy]]