As the cleanroom sector evolves, sustainability, adaptability, and efficiency are at the forefront.
At Dalkia, our specialist services team delivers new or upgrade existing cleanrooms to create compliant, high-performance cleanroom environments built to reduce energy use, minimise environmental impact, and adapt to future demands.
True efficiency begins at the concept stage. Dalkia sets measurable sustainability goals early — targeting energy performance, lifecycle carbon reduction, and system longevity. By aligning stakeholders from the start, we make sustainability a core part of the design process, not an afterthought.
Overdesign leads to excessive energy use and cost. At Dalkia, we use real-world data from past cleanroom projects to size systems appropriately. This prevents waste while ensuring all performance and compliance standards are met. As per ISO14644 Part 16, right-sized systems deliver better efficiency without compromising cleanroom classification.
Ventilation and environmental condition control can account for 50–80% of cleanroom energy use. Dalkia uses demand-based airflow control that adjusts to real-time conditions, such as occupancy or process activity. This approach significantly reduces energy use while maintaining optimal cleanroom performance.
To future-proof cleanrooms, Dalkia offers modular construction and prefabricated components. These flexible designs allow for faster build times, easier expansion, and lower disruption when adapting to new processes or classifications.
We believe great cleanroom design is a team effort. Dalkia brings architects, engineers, operators, and sustainability experts together from the beginning. Using BIM and 3D modelling tools, we identify inefficiencies early and ensure that every decision supports long-term performance and compliance.
