Resource Use | UKGBC https://ukgbc.org/our-work/resource-use/ The voice of our sustainable built environment Fri, 21 Feb 2025 17:35:46 +0000 en-GB hourly 1 https://ukgbc.org/wp-content/uploads/2023/02/cropped-UKGBC-favicon-1.png Resource Use | UKGBC https://ukgbc.org/our-work/resource-use/ 32 32 Low-Carbon Roof Extensions to Existing Buildings https://ukgbc.org/resources/low-carbon-roof-extensions-to-existing-buildings/ Fri, 21 Feb 2025 17:35:45 +0000 https://ukgbc.org/?post_type=resource&p=63688 Construction method adding lightweight, low-carbon roof extensions to existing buildings

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Problem Addressed

Given the ongoing housing crisis, there is an urgent need to maximise the use of existing infrastructure while minimizing the environmental impact of new development. Traditional construction practices often result in significant resource consumption, waste, and carbon emissions, especially when buildings are demolished to make way for new ones. To meet the rising demand for urban housing and office space, cities must find solutions that allow for densification without expanding onto rural land. Optoppen addresses these challenges by offering a sustainable, low-carbon solution for expanding the usable space within existing urban environments.

Solution Overview

Optoppen is an innovative construction method designed to address the challenges of urban densification by adding lightweight, low-carbon roof extensions to existing buildings. The approach is rooted in the concept of “topping up” — using the space above existing structures to create additional floor area, maximizing the potential of existing buildings. This sustainable strategy helps to meet the growing demand for housing and office space in urban areas while significantly reducing the environmental impact of traditional development.

A key component of this solution is the Optoppen Web Platform, which offers an easy-to-use tool for building owners, developers, and city planners to assess the feasibility of adding storeys to their buildings. This dynamic platform allows users to model the vertical extension potential of their existing structures, providing real-time data on the additional floor space that can be added, the carbon savings achieved by using timber, and the overall environmental impact of the project.

The Optoppen tool incorporates various parameters, such as building type, structural conditions, and local planning regulations, to deliver a tailored assessment of each project’s potential. This feature helps users understand the limitations and opportunities of their existing buildings and enables them to experiment with different configurations, optimising designs before making any commitments. The tool also highlights the embodied carbon savings of using timber for the new extensions, further reinforcing the environmental benefits of the approach.

On the Optoppen website, stakeholders can access a comprehensive database of case studies, policy insights, and best practices from across Europe. This knowledge hub helps guide the decision-making process by providing detailed examples of successful projects, along with valuable lessons learnt. The platform also fosters a wider conversation on policy and regulatory frameworks that support upward extensions, addressing any potential barriers to implementation.

By focusing on existing buildings, Optoppen presents a practical solution to urban housing and office space shortages, offering a cost-effective, low-carbon alternative to demolishing old structures and constructing entirely new ones. The approach supports the efficient use of resources, reduces construction waste, and contributes to the revitalization of older urban areas. As cities continue to grow and face mounting pressure to meet housing demands, the Optoppen approach provides a scalable and sustainable way to enhance the built environment, all while adhering to carbon reduction goals.

Case Study

Located in London, the Arding & Hobbs building underwent a transformative renovation that added 1,500 m² of space through the addition of two storeys. Completed in 2023, this project was led by W.RE (W Real Estate) with architectural design by Stiff + Trevillion, and collaboration with B&K Structures, AKT II, and Knight Harwood.

The project’s new roof pavilion was constructed using Cross-Laminated Timber (CLT) framing and finished with a unique scalloped brass cladding. This addition was paired with an innovative raised curtain wall system, incorporating bespoke brass and bronze cladding, supported by a steel framing system.

The revitalised building showcases a commitment to sustainability, earning a BREEAM ‘EXCELLENT’ rating and receiving multiple accolades in 2021, including the ATA Awards for Office, Future Projects, and Stakeholder Engagement. The project highlights the potential of CLT in creating energy-efficient, low-carbon spaces while enhancing the value and functionality of existing buildings.

Facts and Figures

Up to 630,000
40 %

This page presents data, evidence, and solutions that are provided by our partners and members and should therefore not be attributed to UKGBC. While we showcase these solutions for inspiration, to build consensus, and create momentum for climate action, UKGBC does not offer commercial endorsement of individual solutions. If you would like to quote something from this page, or more information, please contact our Communications team at media@ukgbc.org.

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Innovation Showcase – Materials Passports https://ukgbc.org/events/innovation-showcase-materials-passports/ Thu, 20 Feb 2025 11:01:38 +0000 https://ukgbc.org/?post_type=event&p=63649 A webinar showcasing innovative solutions available to help track data and drive circularity over a buildings lifespan.

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About this event

UKGBC’s recent Materials Passports Guides provide an overview of materials passports and how they can be a tool to support greater circularity within the built environment. This guide’s also outline which stakeholder may need to be involved in the process and the different types of data which may want to be collected.

Building on the guides, this webinar will showcase tools and solutions to aid with collecting data over the building’s lifespan and the creation of materials passports. You should attend this webinar if you are involved with circular design and the tracking of materials over the life of built assets.

During the event, you’ll hear from the UKGBC team on the importance of the topic, after which there will be a series of quick-fire pitches from our Innovative Start-Up members and companies offering solutions in this space. UKGBC’s Solutions & Innovation team have been continuously profiling many of these in our Solutions Library.

UKGBC is therefore running this cross-team webinar to showcase some of the innovative solutions available to help built environment practitioners understand the tools available in this area.

Why attend?

Understand some of the tools available to support materials and data tracking over a buildings lifespan.
Have the opportunity to ask follow-up questions and request introductions to solution providers.
Learn about the different solutions available to support circularity.

UKGBC cancellation and refund policy

Please see our website for more details on our cancellations and refunds.

Advancing Net Zero Partners

Our Advancing Net Zero work is made possible thanks to our programme partners

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EPDs and Materials Passports in Circular Construction https://ukgbc.org/news/epds-and-materials-passports-in-circular-construction/ Wed, 19 Feb 2025 14:34:25 +0000 https://ukgbc.org/?post_type=news&p=63596 The UK Green Building Council (UKGBC) has launched its latest guidance on materials passports, reinforcing…

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The UK Green Building Council (UKGBC) has launched its latest guidance on materials passports, reinforcing the drive towards circularity in the built environment. With construction and demolition responsible for 60% of the UK’s material use and waste generation, the sector faces a pivotal challenge: transitioning from a linear ‘take-make-dispose’ model to a regenerative, circular economy. Materials passports are emerging as a tool to address this shift, but one of the key components to their success is environmental product declarations (EPDs).

The role of materials passports in circular construction

A materials passport is a digital record that captures essential data about a material’s composition, life-cycle impact, and reuse potential. By documenting these attributes, passports support informed decision-making at every stage of a building’s life-cycle — from design to deconstruction. They ensure materials retain value beyond their initial use, reducing landfill and supporting a truly circular economy. 

This aligns with the UK’s increasing focus on material reuse to lower embodied carbon. More developers and project teams now prioritise not just the upfront emissions of materials but also their potential for reclamation and reuse. However, for materials passports to function effectively, the industry needs standardised, reliable environmental and material data. While EPDs provide insights into environmental performance, a broader set of information—covering material composition, deconstructability, and circularity potential—is required to fully support their implementation. 

Why EPDs are essential to materials passports

EPDs, as defined by the European standard EN 15804, provide third-party verified data on a product’s environmental impact across its life-cycle. This independent verification ensures reliability, giving architects, engineers, and contractors confidence in their material choices. EPDs specifically measure global warming potential (GWP) — the key metric for assessing a material’s embodied carbon — alongside other environmental indicators. This data is broken down into core life-cycle stages, covering production, construction, use, and end-of-life. 

For manufacturers, this shift presents a challenge and an opportunity. As sustainability expectations grow, contractors and clients increasingly require EPDs from their supply chains. Without them, manufacturers risk exclusion from tenders where transparency on environmental impact is now a key selection criterion. 

The regulatory and market drivers for EPD adoption

Several regulatory and industry-led initiatives are accelerating EPD and materials passport adoption:

UK Net-Zero Commitments & PAS 2080: The UK’s net-zero strategy is driving stricter embodied carbon reporting, with PAS 2080 emphasizing life-cycle assessment (LCA) and material transparency.

EU Level(s) Framework & Ecodesign for Sustainable Products Regulation (ESPR): UK manufacturers selling in the European market must comply with ESPR, reinforcing the need for transparent product environmental data.

Client and investor demand: With EDG (Environmental, Social, and Governance) criteria shaping investment and procurement decisions, having EPDs can be a competitive advantage.

Mapping low-carbon products with digital tools

To fully utilise EPDs and materials passports, the industry must leverage digital tools that simplify access to environmental data. Platforms aggregating EPDs and materials passports into searchable databases allow architects, engineers, and contractors to compare materials based on carbon footprint, sourcing, and end-of-life potential. These tools also provide manufacturers with a platform to showcase their products, helping specifiers select materials aligned with sustainability targets and regulations.

EPDS and materials passports in building certifications

EPDs and materials passports contribute to key sustainability certifications. EPDs support compliance with embodied carbon reduction targets in BREEAM, LEED, RICS, and Level(s), while materials passports enhance circularity by tracking material provenance and reuse potential. Though not yet mandatory, they are increasingly recognised as essential for meeting sustainability benchmarks and certification requirements.

Streamlining EPD generation for materials passports

For EPDs to drive widespread materials passport adoption, the process of generating them must be efficient and accessible. Historically, EPD production was time-consuming and costly, but advancements in life-cycle assessment (LCA) software are streamlining and semi-automating the process.

Manufacturers can now generate and publish EPDs more efficiently, ensuring their products are market-ready and compliant with evolving regulations. By leveraging such tools, construction professionals can integrate materials passports into workflows more seamlessly, reducing complexity and improving traceability. 

Beyond EPDs: enabling circular construction through digital solutions

Beyond EPDs, digital platforms play a key role in promoting low-carbon materials. Global material databases, like Material Compass provided by One Click LCA, help AEC professionals assess materials based on environmental impact while allowing manufacturers to showcase their lower-carbon products. By integrating these tools, the industry can build a structured, accessible pathway from EPD creation to materials passport adoption, embedding sustainability within material selection and procurement.

From data to action: embedding materials passports in practice

To fully realise the potential of materials passports, stakeholders across the built environment must collaborate to standardise data collection, enhance material traceability, and integrate passports into Building Information Modelling (BIM) workflows. This involves:

Manufacturers prioritising EPD generation to ensure materials are eligible for passports and suitable for reuse.
Architects and engineers incorporating materials passports into specifications, considering end-of-life material value at the design stage.
Contractors and developers leveraging material databases to select circular products that align with sustainability goals.

A call to action for a circular future

As circular construction gains momentum, materials passports are emerging as a critical tool in the transition. However, without the foundational data provided by EPDs, their full potential remains unrealised.

For real progress, manufacturers, specifiers, and policymakers must work together to ensure environmental data is not only available but actively used to support material reuse and carbon reduction. By embracing materials passports and the EPDs that enable them, the UK’s construction sector can take a more meaningful step towards a truly sustainable, resource-efficient future.

How EPDs support materials passports

How EPDs support materials passportsWhy should you have an EPD to obtain a materials passport?Benefit to materials passport
Standardised environmental dataEnsures that all environmental impacts are measured consistently across materials.Facilitates accurate life-cycle impact assessments, which are essential for evaluating reuse and recycling potential.
Third-party verificationConfirms that the environmental claims made about materials ate independently verified.Enhances the reliability and credibility of material information in the materials passport.
Embodied carbon measurement (GWP)Quantifies the greenhouse gas emissions associated with a material’s life-cycle.Supports informed decision-making in carbon-conscious construction and design projects.
Compliance with industry frameworksEPDs often comply with recognised standards and certifications, such as PAS 2080, LEED, BREEAM, and Level(s).Ensures the material’s data complies with relevant regulatory and sustainability frameworks.
Market competitivenessManufacturers with verified EPDs are more likely to be preferred in tenders and procurement processes.Enhances a material’s market appeal, making it more competitive in sustainable building projects.

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Materials Passports Platforms https://ukgbc.org/resources/materials-passports-platforms/ Wed, 12 Feb 2025 09:49:23 +0000 https://ukgbc.org/?post_type=resource&p=63542 Solutions which facilitate the creation, storage, and use of materials passports

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Problem Addressed

61% of waste comes from construction, demolition, and excavation, much of which could be recovered and reused. Materials Passports act as identity cards for materials and products and can reduce waste by storing key information over their life-cycle. This information can also support reporting requirements, assist in the maintenance of the materials, and offer options for material recovery and reuse at end-of-life.

Solution Overview

A wide range of solutions exist which can facilitate the creation, storage, and use of materials passports, making it easier for manufacturers, designers, and owners to store and reference valuable information about the composition of their products and buildings. Many of these solutions can help collect key product and sustainability information including data from EPDs, health and wellbeing information, circularity metrics, and more. Additionally, materials passports can include information related to the manufacture, testing, and warranty of products to enable better due diligence and improve insurability.

These solutions can facilitate the creation of materials passports at a variety of levels from individual materials and products to wider building systems. Many also provide some level of interoperability with other digital tools like BIM, LCA calculators, digital twins, or digital reuse hubs. By utilising these solutions, valuable information can be better collected and utilised across the built environment supply chain to encourage more sustainable and circular decisions in the future.

The table below includes information about many of the solutions in this area with information provided by the solution provider. Please click on the company names to see more information about each solution.

Company nameUpcycleaMadasterCirculand
Data includedPhysical and technical, manufacturer, health and safety, warranty, EPDs/sustainability, end-of-life options, next lives options, amount of recycled materials, amount of biobased material, material/component composition, version number, manufacturing locations, reliability rating, indexes compatible with AI-based algorithms to connect with needs in reuse/recycling/upcyclingPhysical and technical, manufacturer, health and safety, warranty, EPDs/sustainability, reuse, end-of-life, detachability, amount of recycled materials, amount of bio-based material, material/component composition, manufacturing locationPhysical and technical, manufacturer, health and safety, warranty, EPDs/sustainability, reuse, end-of-life, and more
OwnershipManufacturers own their material/component/product passports; architects or main contractors own system passports; asset owners own building passportsThe entity that creates the passport – or who it is transferred to at completionThe data is produced by users is owned by the user
Intended usersDevelopers and asset owners (read), design or project teams (read), contractors  (read), manufacturers or material suppliers (read/write), facilities managers (read), PDA auditors (read)Developers and asset owners, design or project teams, contractors, manufacturers or material suppliers, facilities managers, local authoritiesDevelopers and asset owners, design or project teams, contractors, manufacturers or materials suppliers, facilities managers, and more
Business modelDigital Product Passports: free and unlimited access, Building Passports: subscription per project or per portfolio/yearAnnual licence to use the platform; there are additional (lower) annual costs to store the data over the building’s lifetime; users can also buy additional support; product passports: from freeSubscription based depending on: number of users, number of projects, scope of projects
Passport levels providedMaterial/component/product via a digital product passport, system via a local or generic passport, building via a digital building passportBuilding (asset) and product/material/component; can be ‘nested’ using a bill of materialsProduct, Building (including whole building, element categories, systems, elements, bill of materials, and bill of products); portfolio passports; area passport
Building-level insightsLocation within the building, quantity of prducts within a building; at deposed level: state of wear, degree of demountability, availability data, reuse potential, source (new or reused); at building level: inflow ESG indicators like embodied carbon, carbon intensity (scope 3), non-toxicity rate, circularity & reuse rate, recycled/biobased rate, demountability rate, economic residual valueInsights are aggregated from individual products and materials to the whole building (and portfolio if desired); insights include mass, circularity attributes such as recycled rate, reused rate, renewable rate, % able to be recovered for reuse/recycling, circularity score, detachability score, whole life carbon, etc; can show all insights at the whole building, split by shearing level or by material/product; where 3D information is provided, can project a heatmap of the results onto the 3D model; with BIM, full data and info can be accessed through a 3D viewerBuilding Passport includes: Whole Building Dashboard (automatically calculated view of building’s performance around carbon, circularity, and compliance); Building Elements Categories Dashboard (performance against indicators per RICs Element Category (Level 1&2); 3D Model – Passports; Element Level Passports including data for the design stage, manufacturing information, construction stage, use stage, and end-of-life stage; Bill of Products; Bill of materials
Interoperability with other digital toolsBIM tools, digital twins, and portfolio toolsCan import information from BIM; can perform an LCA calculation and send data to other digital twin systems or reuse hubs via an APICovers full interoperability in 2 ways: excel output from the platform, APIs
Classification systemsRICS, LCBI and RE2020 categorisation, Unique passport numberCan use a range of classification systems including Uniclass, Omniclass, RICS WLCA, NRM and the Shearing layers; can store unique identifiers in the form of GTINs and provide unique identifiers within the system. QR codes can be generated at a product or asset level.Uniclass classification (products, systems, materials); RICS classification (alignment with BREEAM, GLA, costing); project-specific classification; unique identifier for each product passport, element passport, building passport; QR code for each product passport, element passport, building passport; GS1 – GTIN for products; Products Categories Classification (in line with the EU Harmonised Standards)
Additional servicesPassport system comes along with a holistic platform that provides the following functionalities: EPD generation platform, product selection platform, LCA calculation for concept design, LCA calculation for buildings, LCA calculation as built, material reuse platform, PDA tool, Brokerage services, LCA calculation for reuse materials, resource management during the operation phase, portfolio management, meta-marketpalce, urban mine management (with City of London)Can deliver material passports, LCA calculations at all stages, can connect to reuse platforms; offer ‘track & trace; for manufacturers so they can see where their products are in use and when they are likely to become available againLCA Calculations for products (remanufactured, reused, industry averages, composite products); LCA Calculations for Buildings (generic data, EPD-specific); Pre-demolition Audits; Internal Marketplace (available resources for reuse – within organisations); data links with external marketplaces
Stage of developmentBeyond Technology Readiness Level (TRL) 9, meaning the platform has been fully developed, validated in operational environments, and is commercially availableBeyond Technology Readiness Level (TRL) 9, meaning the platform has been fully developed, validated in operational environments, and is commercially availableFully functional tool already used in flagship projects

This page presents data, evidence, and solutions that are provided by our partners and members and should therefore not be attributed to UKGBC. While we showcase these solutions for inspiration, to build consensus, and create momentum for climate action, UKGBC does not offer commercial endorsement of individual solutions. If you would like to quote something from this page, or more information, please contact our Communications team at media@ukgbc.org.

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Collated guidance for reducing carbon in buildings https://ukgbc.org/resources/collated-guidance-for-reducing-carbon-in-buildings/ Wed, 29 Jan 2025 15:22:41 +0000 https://ukgbc.org/?post_type=resource&p=63335 Free online resource providing access to over 1000 international and regional guidance and resources for managing carbon reduction in buildings mapped against project stage.

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Problem Addressed

The decarbonisation of our buildings and cities is a priority, but planning this through the building life cycle is complex with an overwhelming range of reports, documents and guidance available. The responsibility of decarbonisation of our buildings and understanding whole life carbon is equally complex, and clients, investors, project teams and the supply chain need a way to effectively come together to identify and manage actions across building stages and different sectors for a better outcome focused workflow.

Solution Overview

Minoro is a free online resource providing access to over 1000 guidance and resources for managing carbon reduction in buildings – the first time this information has been collated and centralised. Developed by Grimshaw in collaboration with over 20 supporting organisations including World Building Council for Sustainable Development (WBCSD)RIBAArchitecture 2030, the World Green Building Council (WorldGBC) and several national Green Building Councils from across the globe, Minoro, links the resources to a series of actions that will decarbonise new and existing buildings.

By collating the best international and regional resources and guidance in one place, Minoro makes navigating and delivering carbon reduction more achievable. Adopting the actions set out in the platform will help to unlock opportunities and outcomes and provides a stepwise approach: a carbon management toolkit is also available for download to support live projects.

Curated by experts from across the built environment and construction value chain, the platform is designed to help and be accessed by asset owners, investors, design teams, consultants, contractors, and building operators. The information is organised into different actions which can be sorted by region (including the UK, EU, and seven other countries with more including Ireland to be added), by project stage (from pre-design to end-of-life), or by core activity or stakeholder.  The content is regularly updated ensuring that the most relevant guidance is available and feedback for improvement or input is welcomed through the platform.

Case Study

The new civil engineering building for the University of Cambridge is a world-class research space, and home to the Department of Engineering’s civil engineering division and the newly established National Research Facility for Infrastructure. The building is the first phase of the Grimshaw-designed new engineering campus which, when complete, will consolidate the entire department into a single site, providing 100,000 sqm of research, teaching and collaboration space.

The guidance and stepwise approach provided by Minoro was instrumental in enabling the comprehensive sustainability outcomes of the Engineering Building across RIBA stages 0–7, from definition to in-use. The team leveraged the guidance within the Minoro platform which, organised across the RIBA stages for this UK project, created a team comprising the University, Grimshaw, Max Fordham, Smith & Wallwork, Turkington Martin, and Montressor LLP— that was linked by the shared objectives for the building.

The Minoro activities and guidance included:

Minoro Stage + GuidanceStrategies + Outcomes
Leadership & Governance
Minoro Stage 0-01 and 0-03
An energy group was established during the project’s briefing stage to govern decision-making in relation to the energy and carbon performance of different materials and systems.
During design development, the team identified operational and embodied carbon hotspots, informed by actions 2-05 and 2-10. This analysis led to significant carbon reductions.

When considered alongside the guidance provided in actions 2-02 and 3-02 around evaluating and refining the environmental strategies and systems deployed, the project was able to carry out the following.
Optimise In-Use Energy
Minoro Stage 2-02, 2-04 and 2-05
Integrated zero-combustion technologies, installed on-site renewables and adopted a ground source heat pump array to achieve a 66% reduction in annual energy use against the university’s baseline for labs. The building was operationally net-zero carbon-ready upon completion.
Optimise Embodied Carbon
Minoro Stage 2-08, 2-09, 2-10
Achieved a 50% reduction in embodied carbon of the cement used to form the sub-structure.
Procurement
Minoro Stage 8-01
Circular design principles adopted, enabling 90% of the steel frame used to be recoverable at end-of-life.
Measure & Manage
Minoro Stage 1-05, 2-11
To optimise whole-life energy and carbon while maintaining cost efficiency, the project adopted the Energy Cost Metric, a comparative analysis tool developed in collaboration with the university’s engineers.
Monitor, Report & Verify
Minoro Stage 2-06, 5-04
An extended two-year commissioning and handover phase facilitated through the adoption of the UK governments soft landings framework. 

Facts and Figures

Free
1000 +
Multiple

This page presents data, evidence, and solutions that are provided by our partners and members and should therefore not be attributed to UKGBC. While we showcase these solutions for inspiration, to build consensus, and create momentum for climate action, UKGBC does not offer commercial endorsement of individual solutions. If you would like to quote something from this page, or more information, please contact our Communications team at media@ukgbc.org.

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Materials Passports https://ukgbc.org/resources/materials-passports-guides/ Wed, 29 Jan 2025 09:30:00 +0000 https://ukgbc.org/?post_type=resource&p=63155 In the UK, construction, demolition, and excavation account for 60% of material use and waste…

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In the UK, construction, demolition, and excavation account for 60% of material use and waste generation. Addressing the over-extraction and under-utilisation of building materials is crucial in protecting the world’s finite resources and the interlinked climate and nature crisis. Materials passports are an innovative digital tool that can help reduce emissions, minimise waste, and encourage reuse and circularity across the built environment.

We need to move to a new way of thinking, working, and delivery; a circular economy must be part of the equation. We must revaluate the way we think about and approach the building cycle by considering everything from design all the way to end-of-life planning.

In recent years, materials passports have gained prominence in the built environment sector for their use in promoting circularity, climate mitigation, and waste reduction. These ‘passports’ digitally store key information on construction materials and products, supporting the recovery and reuse of these materials over their life cycle. In the built environment sector, these lifecycle documents act as a tool for data and understanding end-of-life options for materials. By digitally logging the trajectory of these components, materials passports are crucial in unlocking circularity and promoting material reuse in the built environment.

Materials Passports Practical Guide

Our practical guide covers key principles of materials passports, such as why they’re important, key considerations, key stakeholders to engage with, and more.

Materials Passports Information Reference Guide

Our information reference guide is mainly aimed at clients, design teams, contractors, and manufacturers. It outlines the way in which materials passports will be most beneficial and which data/information is considered essential, recommended, and optional to include in a passport.

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Annual Keystone Members Event   https://ukgbc.org/events/annual-keystone-members-event/ Fri, 24 Jan 2025 13:22:17 +0000 https://ukgbc.org/?post_type=event&p=63206 Our annual Keystone Meeting will be hosted by RICS at Surveyors House in the heart of Westminster, on the afternoon of 19th March from 1-5pm. This year’s event will focus on understanding and realising the UK Governments 7th carbon budget through industry action and policy. We are looking forward to welcoming you.

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About this event 

Our annual Keystone Meeting will be hosted by RICS at Surveyors House in the heart of Westminster, on the afternoon of 19 March from 1-5pm.  This year’s event will focus on understanding and realising the UK Governments 7th carbon budget through industry action and policy.  We are looking forward to welcoming you. 

With over 100 guests invited, the afternoon will include a light lunch followed by a Keynote speech, a panel discussion, and a challenge for our members.  Speaker and Panellists will be announced shortly.  Please secure your place now to receive more information. 

All of the UK must meet net zero by 2050, in line with the target set out in legislation. In addition to the UK-wide target, Scotland has set its own and is aiming to become a net zero economy by 2045. 

The UK has also committed to a 68% reduction in emissions by 2030, as part of its Nationally Determined Contribution towards the Paris Agreement. 
Alongside these headline targets, the UK has set interim ‘carbon budgets’ which cap the emissions within different carbon budgetary periods. The current fourth carbon budget requires a 52% reduction in emissions by 2027, while the sixth carbon budget requires a 78% reduction by 2037. 
Between November 2024 and February 2025, the government needs to set a new Nationally Determined Contribution for 2035. Additionally, in 2025 the government is due to agree the seventh carbon budget, which will cover the period from 2038-2042. 

This is a Keystone Member Only event.  Each Keystone member is allocated three places and one of the places must be used by a Director/Executive Director if not the CEO of your organisation.  Tickets are limited and this is invitation only event, please secure your places today. 

UKGBC cancellation and refund policy

Please see our website for more details on our cancellations and refunds.

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UKGBC at Futurebuild 2025 https://ukgbc.org/events/ukgbc-at-futurebuild-2025/ Wed, 22 Jan 2025 15:41:02 +0000 https://ukgbc.org/?post_type=event&p=63132 UKGBC is partnering with Futurebuild 2025, for a 3 day event on sustainability, collaboration and impact.

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Celebrating its 20th anniversary, FutureBuild will take place from March 4-6, 2025, in London. This year’s theme, Impact, underscores two decades of driving positive change in construction and community development. 

FutureBuild brings together around 15k professionals committed to sustainability, innovation, and collaboration in the built environment – architect, engineer, contractor, policy makers – and offers insights, cutting-edge products, and networking opportunities to support sustainability goals. 

In partnership with: Mitsubishi Electric UK, Interface and Chetwoods Architects, we are returning to Futurebuild with our award winning stand, where you can learn more about our work, and our network.  As part of the 3-day event,  we are participating in two main stage events, and leading on three panel discussion as well as hosting a materials workshop on stand. See below for our full activity calendar.

Day 1 – Tuesday 4th March

12:00-12:45 How the circular economy and degrowth can avoid catastrophic tipping points

We have known about ‘limits to growth’ since at least 1972. We know that society’s use of materials for all purposes has increased from 7 billion tons in 1900 to 92 billion tons in 2017, and this is just not sustainable. We can recycle as much as we can but if we keep trying to grow GDP no matter the environmental and social costs, we risk missing our climate targets and triggering catastrophic tipping points. We then try to put a price on nature that doesn’t prohibit growth. Thinking ‘circular’ goes beyond waste and influences every decision that we make particularly for those working in the built environment. Time for an honest conversation about where we should be in 12 months? By 2030? by 2035?

Chair: Smith Mordak, UKGBC

Panel: Dr David Greenfield, SOENECS; Elwyn Grainger-Jones, Cradle to Cradle Products Innovation Institute; Teresa Domenech, University College London

Day 2 – Wednesday 5th March 

13:30-14:15 How resilient is the UK built environment to climate impacts?

A session around the UKGBC Climate Resilience Roadmap, with a sneak peek at the roadmap content looking at how resilient and vulnerable the UK built environment is to climate impacts, including results of the Roadmap research as well as key insights.  We will explore ‘where should we be in 12 months / 2030 / 2035’ as we will tease the actions and recommendations. 

Chairs: Hannah Giddings, UKGBC; Macarena Cardenas, UKGBC

Panel: Ashely Bateson, Hoare Lea; Christine Cambrook, Buro Happold; Anna Oxenham, Mace

Location: Buildings Impact Stage

14:30-15:20 Material Matters Workshop delivered by Chetwoods Architects (UKGBC Stand)

Chetwoods Architects dive into all things sustainability when it comes to materials, including embodied carbon, health and wellbeing, and the circular economy. Information and exploration of a range of exciting material samples for an interactive session where you can challenge yourself to pick out the more sustainable material options, and identify the red herrings.

16:15-17:00 The Futurebuild Conversation – Achieving our low carbon future? Why aren’t we there yet? 

As we transition to our low carbon future we find ourselves at a pivotal moment as it is only 25 years to 2050 when we need to get to the legally binding target of reducing carbon emissions to net zero. So what are the opportunities and the barriers?Heating, Ventilation and Air Conditioning are major consumers of energy in any building and the HVAC equipment that is designed and installed over the next 5 years is likely to still be in use in 2050. That means that the decisions we all make now on both new-build, and more importantly retrofit must align with those net zero goals if clients are to avoid ending up with stranded assets.  Yet the technology that can help on the road to net zero already exists.

Chair: Dr Anastasia Mylona, Technical Director, CIBSE

Panel: Yetunde Abdul, UKGBC; Steff Wright, Gusto Group; Chris Newman, Mitsubishi Electric

Location: Futurebuild Arena

Day 3: Thursday 6th March

10:30-11:15 What is a ‘Regenerative Place’? and how do we get there? 

The word ‘Regenerative’ is being used with increasing frequency across industry, with a growing number of perspectives on what it the concept means. There is less understanding so far, of how it translates into practice and especially how we retrofit our homes and urban spaces to bring the vision into reality for UK communities.  The session will focus on Improving biodiversity and green space; offering health and social value benefits, strengthening climate resilience 

Chaired by: Joanne Wheeler, UKGBC; Anna Hollyman, UKGBC

Panel: Miles Lewis, Clarion Housing Group; Carl Walker, Hoare Lea

Location: Placemaking Impact Stage

13:30-14:15 Towards a nature-positive built environment 

A reflection on the built environment’s role in the global transition to a nature positive future. This session will outline our current understanding of what nature positive entails and focus specifically on addressing embodied ecological impacts from materials. It will showcase best practice examples and key principles to make a difference. 

Chair: Kai Liebetanz, UKGBC

Panel: Aaron Grainger, Buro Happold; Julia Baker, Mott Macdonald; Becky Gordon, Interface 

Deep Dive into Supply Chain Decarbonisation

UKGBC will be showcasing Supply Chain Decarbonisation on our stand at Futurebuild, in a series of five sessions. We will be sharing details of our work to date including the aim, scope, plans, activity to date and our desired outcomes from this workstream. UKGBC programme leads will be heading this event, with support from Partners and Task Group members in attendance.

In addition, attendees will have the opportunity to contribute to our testing of initial ideas for action, shaping our developing plans for future work. Whilst also learning how, as stakeholders in the built environment, you can get more involved in helping to drive progress.

The Deep Dive event will take place during the following time periods:
Tuesday 4 March 11:00-12:00, 14:00-15:00
Wednesday 5 March 11:00-12:00, 14:00-15:00
Thursday 6 March 11:00-12:00

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Trends in Sustainable Solutions for the Built Environment – Reflecting on 2024 https://ukgbc.org/resources/2024-trends-in-solutions/ Wed, 22 Jan 2025 15:00:23 +0000 https://ukgbc.org/?post_type=resource&p=63127 This report summarises a range of sustainable solution trends that UKGBC has seen over the…

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This report summarises a range of sustainable solution trends that UKGBC has seen over the course of 2024, provides context on their use, and comments on the relevant driving forces in the UK market. The solutions discussed range from innovative new platforms and materials to transformative business models and processes. The analysis is based on engagement with innovation-focused UKGBC members (including input from UKGBC’s Solutions & Innovation Advisory Group), interviews with UKGBC topic leads, and desktop research.

Key themes of 2024

Fundamental change, regenerative design and organisational transformation

Densification and democratisation of space

Place-based approaches and community co-design

Supply chain sustainability

Renewable energy systems

Retrofit

Net Zero Buildings and Whole Life Carbon

Carbon offsetting and storage

Nature, biodiversity and embodied ecological impacts

Funding for nature, adaptation and resilience

Resilience and adaptation technology

Water use

Reuse hubs and marketplaces

Material passports

UKGBC does not formally endorse any of the solutions presented in this report. It is intended as a signpost and a source of inspiration for built environment stakeholders, who should always carry out their own due diligence before adoption.While this is a summary of some of the notable solutions of which UKGBC has become aware, there are likely to be other solutions available but not mentioned. Discover more solutions in our Solutions Library

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Innovation Showcase – Embodied Carbon calculation tools   https://ukgbc.org/events/innovation-showcase-embodied-carbon-calculation-tools/ Tue, 21 Jan 2025 11:45:39 +0000 https://ukgbc.org/?post_type=event&p=63052 A free webinar showcasing innovative solutions available to measure the embodied carbon of built assets, from design, to practical completion.

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About this event 

UKGBC’s recent Embodied Carbon modelling and reporting project aims to improve the transparency and consistency of embodied carbon assessment.  

Building on the report, this webinar will showcase tools and solutions to aid with designing low-embodied carbon buildings and undertake whole life carbon assessments. You should attend this webinar if you are involved with low embodied carbon design and the measurement of whole life carbon of built assets.  

During the event, you’ll hear from the UKGBC team on the importance of the topic, after which there will be a series of quick-fire pitches from our Innovative Start-Up members and companies offering solutions in this space. UKGBC’s Solutions & Innovation team have been continuously profiling many of these in our Solutions Library. 

UKGBC is therefore running this cross-team webinar to showcase some of the innovative solutions available to help built environment practitioners understand the tools available in this area.  

Why attend?

Understand some of the embodied carbon design and measurement solutions available.
Have the opportunity to ask follow-up questions and request introductions to solution providers.
Learn about the different tools for measuring embodied carbon.

UKGBC cancellation and refund policy

Please see our website for more details on our cancellations and refunds.

Advancing Net Zero Partners

Our Advancing Net Zero work is made possible thanks to our programme partners

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