As digital infrastructure expands to support AI, cloud computing and continuous connectivity, sustainability is becoming a defining challenge for data centre operators. While significant attention is paid to power-hungry processors and large-scale cooling systems, a quieter source of energy consumption lies in the thousands of small components working continuously in the background.
Designing and building pharmaceutical processes or skids demands close coordination between mechanical, electrical and instrumentation, and automation engineering teams. Fragmented design and vendor selection can introduce challenges in integration and validation
Flow control specialist Bürkert has released a new system that optimises gas pressure control precision for hygienic processes. Designed for food and beverage producers as well as pharmaceutical and bio-pharmaceutical manufacturers where product quality and safety are critical, Bürkert’s new Type 8880 system has improved gas pressure control with ten-times faster response. The automatic, integrated pressure control system provides a response time lower than 200 ms (milliseconds).
In data centres, direct-to-chip liquid cooling relies on fast-acting valves to regulate coolant flow and protect servers from overheating. Yet across server racks operating 24/7, the cumulative energy demand of continuously energised solenoid valves presents cost and sustainability challenges. However, Kick & Drop coil technology offers a solution to this inefficiency by using a high-power ‘kick’ to actuate the valve, followed by a low-energy ‘drop’ to hold position. The design can reduce energy consumption by up to 80%.
Flow control specialist Bürkert has released a new pressure-relief valve that protects sensitive components in fluidic systems against high pressure peaks, and also provides media separation for use with aggressive or sensitive liquids.
Water is one of the most crucial resources in food processing and manufacturing. From ingredient blending and product washing to steam generation and clean-in-place (CIP) systems, consistent water quality underpins both product safety and brand reputation.
Often misunderstood, steam powers a wide range of modern industrial processes, from precision industrial-scale cooking through to electronics manufacturing. Getting steam control right is critical, not just for application performance, but also for efficiency, maintenance, and safety requirements. Specialist training on steam system design and management ensures that engineering teams can optimise their systems and develop tailored solutions.
In 2022, more than 30,000 people in the UK were undergoing kidney dialysis. For every one of those patients, water quality is not a background consideration but a frontline safety issue. Dialysis machines rely on large volumes of treated water, and any trace contaminants that remain can pass directly into the bloodstream. Among the most critical of these contaminants is chlorine.
Rapid and accurate detection of chlorine is vital to protect a reverse osmosis (RO) system. While reagent-based approaches can be costly and impractical to manage, traditional amperometric chlorine electrodes don’t respond fast enough when the most precise detection is required.
At a specialist aerospace equipment manufacturer in Portsmouth, an initiative to reduce energy costs identified steam energy usage that could be optimised. Dart Aerospace involved Bürkert’s engineering team to develop a system that could automatically close steam flow during non-operational periods. This custom-developed flow control system was set live in January 2025 and achieved return on investment in a matter of months.
Sustainability is about much more than just reducing carbon emissions. It also entails a sense of responsibility for social and environmental matters, something that has always been important to the fluidics experts at Bürkert. However, the family-run business believes that previous approaches in this area have not gone far enough in tackling global climate change.
Across a range of medical and laboratory applications, confirmation of liquid flow status is critical, but integrating sensors or electronics to check the performance of functions like valve switching adds design complexity. Bürkert has developed a set of algorithms to monitor the induced current within its electrodynamic whisper valves, presenting a range of diagnostic capabilities to identify faults for immediate and preventative maintenance, and increased process intelligence.