Datalog, a Spanish technology company operating within the digital industries sector, has successfully embedded circular economy principles into its operations, offering a compelling example of sustainable innovation in practice.

The company leverages data analytics and IoT technologies to optimise the use of resources, monitor equipment performance, and implement predictive maintenance strategies. This has significantly improved operational efficiency and reduced waste. By shifting towards product-as-a-service models, Datalog retains ownership of its hardware, enabling more effective recovery, refurbishment, and reuse of components at the end of their life cycle.

Sustainability is integrated from the design stage, with products developed for ease of disassembly and recycling. Modular designs and the use of environmentally responsible materials extend the life span of digital infrastructure and simplify upgrades. Datalog also prioritises collaboration with local suppliers and partners, which supports regional value chains and lowers the carbon footprint associated with logistics.

The company maintains alignment with EU circular economy policies and relevant ISO standards, embedding sustainability metrics and continuous improvement into its business strategy. This holistic approach has resulted in tangible reductions in electronic waste, improved energy efficiency, and greater operational resilience, establishing Datalog as a benchmark in sustainable digital industry practices in Spain.

Datalog’s implementation of circular principles is not just theoretical — it has produced tangible results:

• 30% reduction in electronic waste over two years through device refurbishment and reuse programmes.
• 20% increase in energy efficiency across digital infrastructure by using smart sensors and real-time data to optimise power usage.
• Introduction of a Product-as-a-Service model for industrial monitoring systems, allowing clients to subscribe rather than purchase outright. This enables better control over equipment life cycles and supports material recovery.
• Design of modular IoT devices that can be upgraded without full replacement, reducing both cost and environmental impact.
• Creation of a local supplier network for component sourcing and repair services, cutting logistics-related emissions and strengthening regional economies.