Applications

Data Center Applications

Bürkert products enhance data center reliability, sustainability, and efficiency by acting as the intelligent fluid-control layer across cooling, water, and emerging power systems. From valves and sensors up to analysis systems and controllers, they help keep liquid circuits stable, clean, and transparent to automation.

The fastest flow sensor with differential pressure principle for your laboratory device

Life sciences and healthcare are among the fastest-growing industries in the world. Here, laboratory tests are often the basis for diagnoses and treatments. High-performance laboratory devices that deliver reliable results quickly are indispensable in this context. With our Type 8084 flow sensor for continuous flow measurement, you can improve the safety and reliability of your devices on a lasting basis.

Fluidic solutions for hydrogen compression and distribution

The hydrogen infrastructure includes all the steps necessary to provide hydrogen from the point of production to the point of application. Key elements are compression, which enables hydrogen to be stored and transported efficiently, and subsequent distribution via lines or directly into pressure vessels. Equally important is the safe and controlled refuelling or distribution to industrial plants, which places the highest requirements on accuracy, reliability and safety. A robust infrastructure thus forms the basis for the widespread industrial use of hydrogen.

Microsensors in laboratory automation and medical technology

Improve precision and reproducibility in lab automation: the use of microsensors brings more efficiency and safety to your processes. Laboratories operate under the most demanding conditions. Any manual intervention can lead to errors in sensitive processes. Bürkert microsensors, combined with our fluidics expertise, can provide measurable advantages here.

Fluidic solutions for electrolysers

Produced without carbon emissions from renewable energy sources, green hydrogen is an energy source that represents a clean future. It is mostly generated through electrolysis, whereby electrical energy is used to split water into hydrogen and oxygen.  Electrolysers make this process both sustainable and economical. Precise closed-loop control of the gas and liquid flows in the electrolyser is essential for ensuring optimal operating conditions and maximising process efficiency.

Wort Aeration System

Our beer wort aeration system regulates the oxygen supply safely and precisely.

Fermentation tank blanketing

In charge of safety control - Hygienic control valves in application

Reduced Energy Costs with Digital Valve Positioners

Compressed air can cost up to 8X more than electricity.  Save air, money, and energy using a digital valve positioner. 

Fluidic solutions for stationary fuel cell technology

Stationary fuel cells such as the solid oxide fuel cell (SOFC) or the proton exchange membrane fuel cell (PEMFC) efficiently convert chemical energy from hydrogen into electrical energy and are used as reliable energy sources in various applications, including buildings and ships. Reformer systems are used so that fuel gases or fuels can also be used as media instead of pure hydrogen. In stationary fuel cells, fluidics – i.e. the management of gas and liquid flows – is an important aspect in ensuring efficient and reliable power generation. 

As a fluidics expert, Bürkert is the ideal partner to guide you through these complexities. See for yourself!

Fluidic solutions for mobile fuel cell technology

The mobile fuel cell efficiently supplies electrical energy by converting hydrogen to provide an environmentally friendly power source for mobile applications. In mobile fuel cells, fluidics, i.e. the management of gas and liquid flows, is an important aspect in ensuring efficient and reliable power generation for the actuator. 

As an fluidics specialist, Bürkert is the ideal partner at your side. See for yourself!

Gas Abatement Systems

Safe and Reliable Solutions for Gas Abatement Processes

Application Solutions for Semiconductor Manufacturing

Tank Blanketing, Water Cooling & Monitoring, Process Cooling, Gas Abatement in Semiconductor Production