Wienerberger Sustainable Production
Wienerberger promotes environmentally friendly and safe products. Read more about this: from efficient use of energy and raw materials to protecting local residents.
Wienerberger has established a modern network of production locations: we operate in approximately 200 locations in 30 countries. Our aspiration is to produce the highest possible quality of products and in doing so, to protect the environment to the best of our ability. On these grounds, we invest in research and development, continue to improve our production processes and implement various measures across the entire supply chain.
Our goal is to strive for environmentally friendly production. We use energy, raw materials and water efficiently and responsibly and reduce our CO2 emissions. We are also trying to increase the proportion of materials that we recycle, depending on the technical and economic possibilities available to us.
Research, development and control
Research and development is a priority for Wienerberger. In 2017, we invested 11 million euros in R&D, which accounts for 0.4% of our total turnover. A core task of ours is to optimize the current production processes and product development. Furthermore, in every production area there are efficient technical control systems in place. They collect relevant data for the management of the Wienerberger Group and the internal benchmarking of production sites.
Wienerberger quality and environmental management
Quality management systems, including environmentally relevant factors, are established in all our production sites. The majority of our factories are certified according to ISO 9001. In selected production locations we meet ISO 14001 standards. All Steinzeug-Keramo and Pipelife locations in Germany are already certified for energy management according to DIN EN ISO 50001:2011. Through ongoing programmes, we optimize production processes and economise on sustainable resources and costs. Examples include the Plant Improvement Programme in the brick sector, the Production Excellence Programme in the production of concrete pavements and the Lean Six Sigma management approach in the plastic pipes division.
Sustainable supplier management
In terms of the materials we deal with, Wienerberger strives to source long-term and sustainable raw materials and products. Working closely with our suppliers, we strive to comply with environmental and social standards. Virtually every business area has defined their minimum expected standards within their Supplier Code of Conducts. These standards are binding for the suppliers from the point at which the contract is concluded. In addition, we plan to implement group-wide Supplier Code of Conducts and to further expand our supplier management based upon environmental and social criteria.
In our materiality analysis, the following sustainability factors were defined as essential for production activity areas:
In our production
- Energy efficiency and climate protection
- Resource efficiency and waste management
- Careful use of water
In our supplier chain
- Availability of raw materials
- Use of recycled materials
- Avoidance of hazardous substances
- Protection of residents, conservation and continued use of quarries
Aims and actions
Energy efficiency and climate protection
In the production of Wienerberger bricks and plastic pipes, we set out clear and measurable goals with defined deadlines to reduce specific energy consumption and CO2 emissions. To meet these internal requirements, we continuously make production processes more energy-efficient and use energy sources with the lowest possible level of emissions.
Resource efficiency and waste management
Our goal is to increase resource efficiency while improving product attributes. We aim to half the breakage rate of concrete pavements by 2018 compared to 2014.
Careful use of water
The precious commodity of water is used sparingly – for example we store it in closed circuits and use our own water sources. Water is implicit in the production of plastic pipes as it is used in the cooling process. In Europe, our goal is to reduce water consumption from public networks to 0.55 cubic metres per metric ton of product produced by 2020.
Availability of raw materials
A further important aim is to ensure the long-term availability of raw materials. To compensate for any shortage, we use early detection and source raw materials from various suppliers. Secondary raw materials are an important topic in terms of future resource efficiency. Their use depends both on the materials and on the respective areas in which they are applied.
Use of recycled materials
We are working to increase the use of recycled materials in our business. In the production of plastic pipes, we aim to increase the proportion of recycled materials used to 70 kilograms per ton produced by 2020.
Avoidance of hazardous substances
We conscientiously avoid and substitute hazardous substances in production. Wienerberger meets all legal requirements both in the EU and on national and regional levels. Compliance is constantly monitored. The necessary actions are taken immediately wherever required.
Protection of residents and nature at quarries
Residents of mining sites constitute an important stakeholder group for Wienerberger. We value cooperative dialogues with them as their safety and health are very important to us. Further important sustainability criteria are the conservation of nature and a secondary use policy. In our own clay pits, we pay attention to protected areas, re-cultivate and restore land to their original state in abandoned quarries or make them available for subsequent use. Wienerberger also takes responsibility for the collection of raw materials in the plastics industry. These responsibilities include the protection of nature and the rights of regional stakeholders in crude oil extraction to energy-efficient processing in the petrochemical industry.
The following table provides an overview of our key production-related figures.
|Production||2015||2016||2017||Chg. in %|
|Total energy consumption 1)||in GWh||7,628||7,591||7,889||3.9|
|Specific energy consumption 1) 2)||Index in % based on kWh/ton (2013 = 100 %)||101.3||100.0||99.1||-0.8|
|Total CO2 emissions 3)||in kilo tons||2,064||2,046||2,171||6.1|
|Specific CO2 emissions 3) 4)||Index in % based on kg CO2/ton (2013 = 100 %)||99.4||96.1||93.9||-2.3|
|Water consumption||in million m³||4.0||4.2||4.2||0.7|
|Water from public networks||in %||34.3||33.5||33.7||-|