The building envelope as a central lever for sustainability and performance​

Schüco Carbon Control provides a modular framework for investors, developers and contractors. As carbon performance across the full building life cycle becomes increasingly important, we help you follow the CRREM decarbonisation pathway and meet EU Taxonomy requirements—reducing the risk of stranded assets.​

Why plan projects with Carbon Control?

Investment security

Managing carbon performance is key to reducing investment risk and protecting the value of real estate portfolios. We are here to help.​

Obligation of proof

Tools such as SchüCal provide profile-specific EPDs and help calculate project-specific CO₂ metrics.​

Project-specific consultation

Our Carbon Control Consulting team advises on complex management requirements and building-related CO₂ metrics.​

Circular economy

Through RE:CORE, among other initiatives, we help return aluminium to the recycling loop—an essential step in recovering valuable secondary materials and enabling urban mining.​

Address CO₂-related factors throughout the building life cycle​

Schüco Carbon Control provides investors, developers and owner-occupiers with systems and services across the entire building life cycle. The goal is to safeguard both the sustainability and long-term profitability of properties as carbon requirements increase. The solution portfolio follows four building phases—design, construction, operation and deconstruction—and offers tailored products and services for each. These solutions work across phases and integrate seamlessly, enabling carbon-related factors to be managed throughout the building life cycle.​

Design to Decarb

In the early project stages, Schüco supports investors with services and system solutions for both new construction and refurbishment. The portfolio includes lower-carbon aluminium grades*, selected Cradle to Cradle Certified® systems at Bronze and Silver levels, and building-integrated photovoltaics (BIPV). This allows carbon and circularity considerations to shape planning and material selection from the outset.​

Build to Decarb

Implementation options include aluminium grades* with a 46–87% lower carbon footprint than Schüco standard aluminium, as well as polymer and hybrid solutions. Profile-specific EPDs and project-specific CO₂ calculations provide transparent assessment and documentation, making certification and reporting requirements easier to meet.​

Operate to Decarb

Digital solutions such as the Schüco IoF ID make product and building information available throughout the life cycle. This supports data-driven operations, predictive maintenance, modernisation and refurbishment. Schüco Global Service also provides maintenance, repair and upgrade services for building envelopes.​

Recycle to Decarb

Working with partners, Schüco uses RE:CORE to return materials to the resource cycle. The Schüco IoF ID also provides information about installed components, supporting efficient deconstruction and recycling. Together, these solutions enable closed-loop material flows and urban mining.​

Contact us

Do you have any questions about our products, services or solutions? Your individual contact person will be happy to advise you.

*The reference values stated for the Schüco standard aluminium profile and for Schüco Low Carbon (LC), Ultra Low Carbon (ULC) and Ultra Low Carbon+ (ULC+) aluminium and corresponding profiles are taken from the respective Environmental Product Declarations (EPDs).​

Low Carbon, Ultra Low Carbon and Ultra Low Carbon+ aluminium are supplied under the Schüco quota allocation method. The individual material grades are not physically segregated during delivery; profiles may therefore be made from standard, LC, ULC or ULC+ aluminium regardless of the specific order. The environmental attributes shown correspond to the quantity of material allocated through the quota method.​

FAQs

What is the Schüco IoF ID?

The IoF ID (Internet of Façades) is a smart digital solution developed specifically for building operators to manage façade assets. A scannable label with a QR code or NFC chip provides access to all relevant information about installed building-envelope elements, including materials, system details and maintenance history.​

For operators, the IoF ID enables more resource-efficient management through optimised maintenance cycles and product upgrades, helping extend system service life. It also facilitates end-of-life recycling: each element is clearly documented, can be separated by material type and returned to the appropriate material cycle.​

Combined with Schüco Carbon Control, the IoF ID helps operators manage buildings efficiently and sustainably—from installation through to recycling—by providing reliable data across the façade life cycle.​

What is meant by Cradle to Cradle?

Cradle to Cradle is both a design concept and a certification framework. It aims to create materials and products that can be fully recycled or returned to biological or technical cycles. Unlike the traditional “cradle-to-grave” model, it seeks to retain material quality over repeated use, conserving valuable resources and reducing CO₂ emissions.​

For investors, Cradle to Cradle certification helps demonstrate alignment with EU circular-economy requirements. Certified building and façade systems also preserve material value, acting as the raw-material banks of the future. Certification requires all system materials to remain recyclable at a consistently high level of quality. This supports environmental goals while delivering long-term economic benefits through resource efficiency and more future-ready real estate.​

Schüco offers selected Cradle to Cradle Certified® systems at Bronze and Silver levels to support circularity, reduce carbon emissions and create high-quality, future-ready buildings.​

How does the EU classify sustainable economic activities?

The EU Taxonomy is a common classification system for environmentally sustainable economic activities. It helps investors, companies and financial institutions make informed decisions by defining which activities contribute substantially to EU climate and environmental goals, including carbon reduction and the transition to a circular economy.​

It covers six objectives: climate-change mitigation; climate-change adaptation; sustainable use and protection of water resources; transition to a circular economy; pollution prevention and control; and protection of biodiversity and ecosystems. An activity can qualify as sustainable if it supports at least one objective while doing no significant harm to the others. For investors, the framework provides greater clarity on which investments are environmentally sound and economically viable over the long term.​

What does BREEAM stand for?

BREEAM stands for Building Research Establishment Environmental Assessment Method. Introduced in 1990, it is a widely recognised framework for assessing the sustainability performance of real estate. BREEAM evaluates factors including energy and water use, construction and materials, occupant health and comfort, and environmental impacts across the building life cycle. It also highlights opportunities to improve a property’s environmental performance.​

For investors, BREEAM certification provides a credible indicator of a property’s sustainability. It can increase appeal to environmentally conscious tenants and buyers, while lower operating costs may support stronger long-term returns.​

What does EPD stand for?

EPD stands for Environmental Product Declaration. It is a standardised document that reports the environmental characteristics of a specific construction material using data. It covers the material’s entire life cycle—from raw-material extraction and production to use and end-of-life—and includes indicators such as global warming potential (GWP), assessed in relation to the material and design.​

For investors, EPDs provide essential data for environmental building assessments and certification. They support both sustainability evaluation and long-term value retention. Schüco enables transparent assessment and documentation through profile-specific EPDs and project-specific CO₂ calculations.​​