Deerns is Engineering the Future of Nanotechnology

The European Chips Act has set ambitious goals to double Europe’s share in global semiconductor production within the next few years. As the demand for cutting-edge facilities grows, Deerns is poised to deliver integrated, sustainable solutions that support research and production across the continent.

Nanotechnology and the EU Chips Act

The European Chips Act was launched to bolster Europe’s semiconductor manufacturing capabilities, including strengthening research and technological leadership. The target is to grow Europe’s global market share from 10% to 20% within 3-5 years. The initiative emphasises collaboration between European companies and international market leaders, such as those from Taiwan, to boost high-end manufacturing. The act aims to reduce dependency on foreign suppliers by making funding available for immediate use for short-term improvements in the market.

Deerns’ strategy aligns with this vision of strengthening the semiconductor supply chain. We partner with both research institutions and industry leaders, to bridge the gap between technological innovation and practical, large-scale manufacturing. Our experience from working with research institutions on cutting-edge nanotechnology facilities allows us to provide essential expertise in developing both research and production facilities, enabling the integration of new technologies into production lines.

Deerns’ Integrated Approach

At Deerns, we focus on projects where technology is the driving force. This requires an integrated and highly collaborative approach to achieve success. Our process involves bringing together a variety of specialist services for the microelectronics industry, ranging from cleanrooms, labs, process utilities and ICT to vibration management, security, sustainability, and related facility investment and operational costs.

Communicating effectively with end-users underpins our work for accurately translating user requirements into design specifications. The end game is a design solution ensuring that facilities meet both current and future needs.

Envisioning the Future of Nanotechnology

AI chips and quantum computing are some examples of the rapidly evolving The emerging technology landscape o Quantum technology promises to revolutionise computing power in the near future, although its high energy demands related to AI remain a challenge. Deerns is committed to tackling these challenges by staying ahead of technological trends and maintaining continuous involvement in both research and production projects.

DNA for data storage and computing

Looking further ahead, there is promising research into biological computing, where scientists are exploring the use of DNA as a medium for data storage and processing. This innovative approach could transform the way we think about information processing, making it more efficient and energy-saving. Deerns is already engaging with universities and research institutions to understand and support these developments, ensuring that our designs can accommodate the next generation of technological breakthroughs.

Case Studies: Stabilising sites in Denmark & Spain

One of the most important considerations in nanotechnology projects is the selection of suitable locations . Factors such as vibrations, electromagnetic interference, and even proximity to transport infrastructure can significantly impact the performance of sensitive equipment or result in increasing facility investment costs.

Deerns’ work for DTU Nanolab, the National Centre for Nanofabrication and Characterisation in Denmark, involves designing a state-of-the-art cleanroom facility that supports a range of scientific research and industrial startups.

By integrating advanced technologies, the cleanroom facilitates the development of devices that convert optical signals to electronic signals, aiding industries from telecommunications to pharmaceuticals. Deerns plays a crucial role in the design and in guiding the project team in optimising the building’s layout, taking into account factors like electromagnetic disturbance and vibrations, which are critical for high-precision work.

Another recent project in Spain aimed to explore the use of polymers as a more sustainable alternative to conventional silicon-based chips. Here Deerns’ expertise in evaluating and mitigating environmental disturbances will help to ensure that the selected site meets the strict requirements necessary for successful pilot and large-scale production.

Here’s where we shape a Sustainable Nanotech Future

Deerns has established itself as a critical player in the nanotechnology sector, offering integrated, sustainable solutions that meet the complex demands of modern research and production. Through our innovative designs, multi-disciplinary expertise, and collaborative forward-thinking approach, Deerns continues to support the growth of nanotechnology, creating facilities that not only drive innovation today but are also prepared for the advancements of tomorrow.