ESRS

E5 – Resource use and circular economy

Material sustainability topics for Peab

Peab and resource use and circular economy

Part of value chain   Example of impacts, risks and opportunities Description
Resource inflow
Upstream Excavation of virgin resources
  • Limestone, iron ore, crude oil are examples of virgin and finite resources critical to our construction and civil engineering projects.
  • Peab works actively to minimize and exchange these raw materials.
Upstream Use of renewable resources
  • Using, for example, renewable energy or resources that are recyclable, like reclaimed asphalt paving.
Upstream Access to critical input goods
  • Cement, bitumen, alternative binders can entail supply risks since availability is limited to a few suppliers. Supply and demand affect prices.
Own operations Reuse and use of circular products

 

  • Using circular products like our ECO-Ballast (ECO-Mineral aggregates) or ECO-Asfalt contributes to less excavation of virgin resources.
Own operations Use of virgin resources
  • Resource smart and material efficient constructions contribute to less excavation of virgin resources and increase cost efficiency.
Resource outflow
Own operations Reuse and recycling
  • Reuse and recycling generate new circular offers while contributing to less excavation of virgin resources.
  • Reparations and renovations prolong lifetimes.
Downstream Buildings’ impact over a lifecycle
  • Using long lasting material can prolong the lifecycle of infrastructure and buildings.
  • Efficient and energy smart constructions and installations reduce energy consumption.
Waste
Own operations Waste, demolition and excavation soil and other waste
  • Construction and civil engineering projects and input goods production generate waste that must be reused, recycled or become landfill.
  • Waste management can entail higher costs.

 

The table above shows examples of material impacts, risks and opportunities that occur in Peab’s own operations as well as upstream and downstream in the value chain. It is not comprehensive.

Peab’s operations are material intensive. This means we use virgin natural resources and make them into input goods and other material and resources in our projects. Environmental impact linked to resource use not only occurs in Peab’s own operations when we manufacture material and build but throughout the entire value chain including other actors like suppliers, customers, waste contractors and other manufacturing companies.

Not reusing produced resources generates greenhouse gas emissions and other air pollution through transportation and waste incineration while land is used for waste storage and landfills. This, in turn, poses risks that hazardous substances leak into land and water. We therefore work continuously to minimize the amount of waste generated and instead maximize reuse and material recycling.

Our business and its breadth means that we can also make a positive contribution in different ways and we work on seeing business potential in resource use and circular economy, in both terms of costs and revenues.

In assessing impact and financial materiality in resource use and circular economy we have determined that all sub-topics are material for us:

  • Resource inflows
  • Resource outflows
  • Waste

Regarding Peab’s operations and resource use and circular economy, here below are some examples of activities along the value chain that have or can have an impact:

Upstream: Extraction of virgin resources, consumption and use of renewable resources, waste from production of construction material.

Own operations:

  • Extraction of virgin material and circular flows, e.g. mineral aggregates and reclaimed asphalt paving.
  • Using material in projects, e.g. packaging, load carriers and material for temporary constructions.
  • Waste, demolition debris, managing and reusing excavation soil, landfill and incineration.
  • Reuse of demolition material.

Downstream: The design of buildings and facilities impact resource use and circularity (e.g. solutions for maintenance, lifetime, circular material, constructions that enable recycling and reuse).

Resource use and circular economy is linked to the UN’s 12th global goal for sustainable development: Responsible consumption and production.

Process regarding materiality

In order to evaluate Peab’s impacts, risks and opportunities in relation to resource use and circular economy in our own operations and value chains we have worked in cross-functional teams with employee representation from the entire Group. We have conducted a double materiality assessment for E5 resource use and circular economy per value chain and country and thereafter consolidated the assessments to Group level. The cross-functional teams have mainly consisted of resource use and circular economy specialists from the four business areas, financial controllers and category purchasers. In addition a number of employees from Group functions have participated in the work. The function non-financial reporting has coordinated the process regarding materiality, which has been conducted as described in the section ESRS 2 on page 49.

This is how we work

Peab has a responsibility for our resource use and to promote circular economy throughout the value chain in order to save valuable natural resources and contribute to our climate target. One of Peab’s three environmental targets adopted by executive management is that by 2040 our business will be 100 percent resource efficient. The resource efficiency target entails striving towards increasingly circular business models, optimizing resource use and minimizing waste. We have targets, metrics and strategic improvement areas regarding waste intensity, the degree of sorting and actual recycling degree as well as other key performance indicators without targets on both Group and business area levels. We see the opportunities of efficient resource use and promoting circular economy in Peab’s business models and strategies.

Responsibility and policies

The Group’s Head of Environment coordinates and drives joint environmental matters, including resource use and circular economy, together with business area environmental managers and climate specialists. The Group has a so-called Circularity Council to ensure a holistic perspective and efficient management of a country’s and/or Group-wise matters. The Group’s environmental functions support the responsible managers in making decisions about resource use and circular economy in order to turn plans into action and generate progress.

The majority of Peab’s operations work within the framework of a management system that is environmentally certified according to ISO 14001. The management system contains procedures that describe how we work with resource use and circular economy. The environmental management system is integrated into our business management system which, among other things, comprises Peab’s Environmental Policy. The four business areas are responsible for implementation and compliance with the management system and policies in day-to-day work. There are company specific procedures and guidance concerning resource and waste management to steer daily operations towards our target. Environmentally certifying a building, through for example Swan ecolabelling, means we also take resource use and circular economy into consideration.

We ensure that waste management is safe and secure by making sure that our waste contractors have the required permits to operate before we sign a contract.

Work method and focus areas

We work to reduce the environmental impact of waste based on waste hierarchy. This means that we primarily strive to minimize the amount of waste generated and secondly steer the waste that, despite our efforts, is created into preparation for reuse or material recycling like reclaimed asphalt pavement. We also strive to reduce how hazardous waste is and increase the use of recycled material in the products we manufacture and use along with the possibility to recycle the products after use.

We strive for resource efficient production by caution with non-renewable resources, efficient use of material, responsible management of residual products and work methods that reduce waste while increasing the degree of circularity in our business. This includes designing resource efficient constructions, minimizing and recycling waste, reusing construction material and ensuring left over material is used, managing excavated soil efficiently and circularly, a higher degree of sorting in preparation for recycling material and procuring circular products.

From waste to circular material

When it comes to taking advantage of business potential in resource use and circular economy Peab offers the market, for example, ECO-Ballast (ECO-Mineral aggregates). The product has the equivalent properties of virgin mineral aggregates and is quality-ensured with an environmental and health declaration. ECO-Ballast can be used in the manufacture of asphalt and concrete or as a construction material and is a significant contribution to circular community building.

Innovation and design are important elements in all work connected to resource use and circular economy.

There are several construction projects with reuse targets where Peab together with the customers explore new ways to reuse construction products. We regularly evaluate opportunities for circular material flows, regarding both input raw material in production and the recyclability of manufactured products. In addition to ECO-Ballast, the binder Merit which is based on slag which is a byproduct from the steel industry and the use of reclaimed asphalt pavement in our pavement production are other examples of circular material flows.

Dialogues early on with material suppliers are crucial to being able to use more products that contain a higher degree of reused material. We have supplier dialogues aimed at creating action plans for greater circularity through, among other things, a higher level of reused material in products and packaging. Peab also has contracts with reuse companies in around 70 different locations and we are constantly on the lookout for more. We have several construction projects focused on reuse such as the Arctic Center of Energy in Skellefteå, the Botanical Gardens and the Administrative Court in Gothenburg as well as Varvstaden in Malmö. This provides important experience for more circular construction. In the Peab company Lambertsson the circular economic idea of renting instead buying is the basis for our electrical equipment range and fossil free transportation machines. Lambertsson has a comprehensive portfolio of machines and services that we regularly renew and environmentally adapt as products and technology develops.

With so-called C&D Recycling Wash Plants Swerock contributes to circular material flows by upgrading surplus excavation soil to usable products. This reduces the amount of surplus excavation soil that becomes landfill by up to 80 percent. Peab’s civil engineering operations work increasingly with so-called in situ remediation which entails remediating contaminated land and dredged soil on site instead of removing the soil. This also means transporting less replacement soil for filling. According to our life ­cy­cle calculations in­ si­tu remediation and stabilization of polluted soil can lower carbon emissions by 80 per­cent. During the year we have carried out in situ remediation at, among other places, Bobergsgatan and Norra Djurgårdsstaden in Stockholm.

Collaboration in focus

Peab has the greatest opportunity to steer the extent of environmental impact in our own production but we can also influence other actors’ environmental impact through dialogue, requirements and our product and service range. We also collaborate with suppliers and manufacturers, within and outside of our traditional value chains in order to continually improve and develop resource use and circular material flows. Three good examples are reclaimed asphalt paving, ECO-Ballast and reuse in construction projects.

We hold environmental dialogues with our material suppliers that include reviewing how they work with reused raw materials in their products and packaging, if they use returnable load carriers and if they plan to develop their circular flows. Our goal is to have an environmental dialogue in connection with framework procurements in categories  of major importance to the environment that result in an action plan for suppliers with follow-up a few times a year.

We are also active in different initiatives to develop knowledge and drive issues concerning resource use and circular economy together with other actors in our industry. For example, we participate in The Swedish Construction Federation’s reference group that develops the industry’s resource and waste guidelines.

Material and waste flows as well as waste avoidance measures

For Peab and the construction industry relevant waste flows and material waste consist of:

  • In construction large construction material, such as concrete and other types of mineral materials, wood and steel, create the greatest waste flows. Waste is also generated from frame supplementation like plasterboard and insulation.
  • In civil engineering the greatest amounts of waste are related to excavation soil.
  • In industrial operations waste is created in the production phase of, for example, concrete, steel and asphalt.

The upstream flows describe material flows into Peab, for example material deliveries from suppliers and surplus material from other actors taken in for recycling while downstream flows describe material flows out of Peab, for example finalized products to customers, components to reuse by another actor and waste sent to external waste contractors. The figure below provides an overview of Peab’s material and waste flows.

1. Virgin material

Peab has considerable operations in supplying raw material providing society with essential construction material such as mineral aggregates used, for example, in building railroads and manufacturing concrete. We strive to increase the use of circular material but we also use gravel and rock from our own quarries.

In our projects, we try to reduce the need for construction material and soil for filling by, for instance, optimizing designs and in-situ remediation of contaminated soil that render the pollutants harmless onsite.

2. Input goods

We use input goods in our production in the form of chemical products, materials and goods from a large number of suppliers. Many of the input goods generate varying degrees of waste such as material, packaging and loading carriers.

In order to reduce the environmental impact of input goods, we strive for optimized construction that diminishes the need for materials and streamlined working methods that minimize waste and the occurrence of surplus or damaged material. We look for products and packaging with more recycled material and that are in of themselves recyclable. We also strive to increase the use of return packaging such as pallets.

3. Byproducts

We use byproducts from other actorʼs operations as raw material in our own production.

We work continually to increase the amount of byproducts as raw material, thereby contributing to reducing the amount of material that becomes waste. An example of this is the slag from manufacturing steel that we use in our own production. We use it to make Merit, a binder that can replace cement in concrete.

4. Surplus material

Peab runs its own recycling operations focused on surplus materials from our own and others’ operations.

Through efficient recycling of surplus materials, including use of C & D Recycling Wash Plants, the amount of surplus materials from excavation and infrastructure projects that becomes landfill can be reduced by up to 80 percent. We can instead use it as raw material in new products, wich reduces the use of virgin material.

5. Material and products

Peab manufactures number of different materials and products for our customers – everything from mineral aggregates, asphalt and concrete to finished bridges, schools and hospitals.

We strive for all our products to contain more recycled material. One example is our use of reclaimed asphalt pavement as a raw material in our asphalt production which lowers the amount of both bitumen and mineral aggregates needed. We also try to use products and material with long lives and to enable reuse and recycling of them at the end of their lives. For example, we are phasing out environmentally and health hazardous products that contain substances we do not want in the circular flow. We also work on further dismantling, which will enable future reuse of included components.

6. Retrieval and waste returns

Despite avoidance measures, production still generates some material waste and leftover material.

First and foremost, we try to return this material to the supplier by retrieving leftover, undamaged products that can be resold or return material waste that can go back into the supplierʼs production as raw material. Examples of material waste that can be returned to suppliers for recycling are glass wool, stone wool and plasterboard.

7. Reuse

If leftover material and products cannot be returned to the supplier, we strive to reuse them so that they do not become waste. They might be leftover material and products, temporary material only needed during the production phase or products that have been dismantled in connection with renovation or demolition.

We can use some of it in our own operations. An example of systematic reuse is our project Varvsstaden, a former shipyard now being transformed into a new city district in the middle of Malmö. Here we have developed “The Material Bank”, a database that contains information about all the material onsite while displaying the environmental gains of reusing and retrieving it. We want to make leftover material and products we cannot use in our operations available to other actors and have therefore signed partnering contracts with several external reuse actors and are members in industry forums for circular construction like CC Build.

8. Waste

The waste that is generated in our operations, despite all the above efforts, is sorted and handled by professional waste management companies. They can have other options for reuse and recycling of the material. If not, the waste is sent to incineration, usually with energy recovery, or as a last resort to landfill. There are instances where material and products are not fit for reuse and recycling, for example, hazardous waste derived from demolition or soil remediation. This is also handled by professional waste management companies for treatment and/or disposal.

Looking ahead

We continue to develop processes and work methods for resource use and circular economy as well as our ability to report in accordance with the disclosure requirements in CSRD legislation. An example of this is our intention to review Peab’s Environmental Policy to evaluate the need for governance regarding resource use and circular economy.

Targets and metrics

On Group level we monitor the resource efficiency target by targeting key performance indicators with sub-targets for 2026:

Metric Sub-target 2026
Waste intensity (ton/MSEK) 5% reduction, cf. 2023
Sorting degree (%) 90
Actual recycling degree (%) 80

The three key performance indicators exclude hazardous waste and excavated soil. See table below for waste data.

Waste intensity refers to waste flows managed via waste contractors that invoice Peab.

The definition of sorted is: mixed waste, waste sent to incineration (mixed), landfill (mixed), other waste is not considered sorted waste.

The degree of recycling is based on the treatment codes the waste is given by the waste contractor. Recycling includes all kinds of recycling, even construction material at landfills and actors that fill their pits with filling material. Recycling also includes the treatment code “prepared for recycling/prepared for reuse”.

Peab’s products should contain growing portions of recycled material and we currently recycle asphalt, mineral aggregates and soil, among others. The portion of reclaimed asphalt pavement in Peab’s Nordic asphalt production in 2024 was 28 (28) percent (cf. 14 percent 2015).

Based on the target of resource efficiency we have set broken down targets per business area. They are linked to legislation since our work is based on the waste hierarchy and the goal is to reach as high as possible in the hierarchy. Different measures stem from different steps in the hierarchy.

Generated waste

During 2024 Peab has continued to refine the compilation process for waste data and ensure good compilation of statistics, including increased standardization of waste type categories and treatment methods. The reported data include all of the major suppliers that together represent over 90 percent of the purchased volumes of waste management services.

Compared to the data for 2023, the amount of waste in tones increased by 26.4 percent in 2024. Changes in the amount of waste between the years are largely due to variations in the number of projects and the scope and structure of the projects during the reporting year. The increase in 2024 stems mainly from five major civil engineering projects where the landslide on E6 outside Stenungsund was the project with the most waste.

Total waste for the Group in 2024 was 1,250,000 (991,000) tons.

Waste data is collected from Peab’s waste contractors and soil managers and is data from direct measurements that compile how the waste is sorted and treated in each project/operational segment and can also be aggregated on various organization levels. Regarding treatment codes in some cases waste contractors may work with standards/estimates.

Waste generated by waste type for the Peab Group

2024 2023 2022
2024 2023 2022
Total amount of waste generated (ton) Total mängd uppkommet avfall (ton) 1,250,000 991,000 901,000
Asphalt Asfalt 144,000 155,000 124,000
Mineral material Mineraliska massor 84,500 100,000 86,000
Excavated soil Schaktmassor 925,500 588,000 608,800
Mixed waste (to be sorted) Blandat avfall
(för eftersortering)
8,000 21,500 10,000
Waste sent to incineration (sorted out) Brännbart avfall
(utsorterat)
8,200 8,700 11,000
Electrical and electronic waste Elektriskt och elektroniskt avfall 190 210 130
Hazardous waste Farligt avfall 2,200 12,000 17,000
Plaster board Gips 3,400 5,100 4,600
Glass Glas 150 260 290
Mineral wool Mineralull 670 800 580
Paper Papper 700 1,300 800
Park and garden waste Park- och trädgårdsavfall 12,100 7,400 4,000
Plastic Plast 1,400 2,300 1,100
Scrap and metal Skrot och metall 11,000 6,200 6,400
Wood Trä 14,700 15,700 14,800
Landfill Deponi 8,600 6,500 4,000
Other waste Övrigt avfall 24,700 60,200 7,000
Generated waste, non-hazardous and hazardous
Treatment method for generated waste