Sustainability
Responsibility Built Into Every Solution.
Environment
Committed to Our Shared Future.
Sustainability is taking responsibility for people, the environment, and the impact of every project. Progress is built through measurable actions and continuous improvement.
Net Zero 2040
Supporting Your Low-Carbon Goals.
The Net Zero by 2040 target covers Scope 1 and Scope 2 emissions, meaning direct operations and purchased energy. Certified renewable electricity and the phase-out of natural gas in production are two milestones already reached.
Sustainability in Action.
Sustainability is reflected through concrete actions across materials, energy, operations, and governance. The initiatives below show how responsibility is translated into measurable improvements and long-term impact.
Select an area to explore the approach in more detail.
Material choice plays a central role in the environmental footprint of process equipment. Low CO₂ stainless steel has been integrated into the product range to reduce material related emissions while maintaining the same mechanical strength, corrosion resistance, and hygienic properties as conventional stainless steel.
The material is produced using a high share of recycled steel and renewable energy, providing verified emission reductions and full traceability. This supports documentation requirements in regulated and performance critical environments.
Energy supply is a key factor in reducing operational emissions. Production facilities are connected to district heating systems and heat pump solutions, where the energy mix is increasingly based on renewable sources.
This transition supports lower emissions related to purchased energy and contributes to improved environmental performance in manufacturing operations.
Improving energy efficiency is a practical and measurable way to reduce environmental impact. Energy efficiency initiatives have been implemented across production facilities, including insulation upgrades covering large parts of the production area.
These measures reduce energy loss, lower overall energy consumption, and support more efficient and responsible operations.
Sustainability considerations are integrated directly into engineering and product design. ESG principles are applied early in the design process to support efficient operation, reduced resource use, and long term performance.
Design decisions consider both environmental impact and the functional requirements of demanding process applications.
Process related emissions are addressed through responsible choices in material and gas consumption. The transition to carbon neutral nitrogen in relevant production processes has reduced greenhouse gas emissions while maintaining technical performance and safety.
This measure provides documented emission reductions in daily operations.
Transparent governance and reliable ESG data are essential for sustainability management. Validated systems are used to collect, structure, and report ESG data across Scope 1, Scope 2, and Scope 3.
This supports compliance, audits, and consistent reporting for both internal and external stakeholders.
Quality, traceability, and compliance are integral to sustainable operations in regulated environments. Certified processes and structured quality assurance ensure predictable quality and responsible production.
These measures support both sustainability objectives and regulatory requirements.