To consistently combat pollutant emissions in our environment, they must be monitored at the point of origin – i.e. in industry or on main roads – but also with reference to the condition of the natural ecosystem. It is becoming increasingly important to monitor pollutants, such as heavy metals in surface water, CO2, NOx and atmospheric trace gases. Bürkert offers high-quality, compact, energy-saving solutions for complex air, gas, exhaust gas and water analyses in mobile and stationary measuring devices. Trouble-free function is ensured over the entire service life of the device under all possible weather and environmental conditions.
Our measuring devices for environmental analysis rely on an extensive range of valves and sensors for measuring physical parameters, for example, flow rate and pressure, as well as analysis sensors for measuring pH levels, conductivity or turbidity. As a Bürkert customer, you benefit from our comprehensive know-how in fluidics for environmental analysis. Thanks to this expertise, you can work with us to find the optimal and most economical solution for every requirement.
Optimised environmental analysis for every application
We analyse processes too – as fluidics experts, we develop solutions for your device, from customised components through to individually tailored systems.

The requirement: exact dosage for exact measurement results.
The Bürkert solution: precise analysis results demand exact dosage of defined quantities of reagents. Our solutions allow for exact dosage of reagents with repeatable accuracy. This means you can deploy your devices in the field for longer periods of time.
The requirement: functional reliability when filling, venting and emptying the analysis reactor.
The Bürkert solution: aggressive reagents react with the sample in the reactor, resulting in high pressures and temperatures in the reactor. Bürkert application solutions in fluidics have been tried and tested for decades and ensure trouble-free function.
The requirement: precise, reliable switching of gases.
The Bürkert solution: thanks to the wide range of Bürkert switching valves, your fluidic system can be set up for maximum performance and effectiveness.
The requirement: safe, precise control of gases.
The Bürkert solution: based on high-quality proportional valves, pressure controllers and flow controllers, we develop intelligent solutions for sampling, for mixing air and H2, for flame control and for zero gas and reference gas switching.
Bürkert Systemhaus – always open for environmental analysis devices
Application-specific solutions for environmental analysis are complex and time-consuming. Rely on the expertise of our fluidics specialists and operate more efficiently. We listen, analyse and develop future-oriented products and customer-specific application solutions until they are ready for series production. You and your products are always welcome in the Systemhaus – on site, by telephone or virtually.
Analysis and monitoring – our environmental analysis product range
Multi-channel mass flow controller (MFC)/multi-channel mass flow meter (MFM) for gases
- Nominal flow ranges from 0.01 lN/min to 20 lN/min
- High accuracy and repeatability
- Very fast response times
- 2 to 8 channels available
- Tailor-made system
pH and oxidation-reduction potential (ORP) probes
- For many different types of systems and applications
- Wide selection of probes for a broad range of holders
- Suitable for pipe sizes DN 15 to DN 200
2/2- or 3/2-way Whisper Valve with media separation
- Ultra-compact 8.9 mm design combined with outstanding chemical resistance
- High back-pressure resistance, excellent flushability and 100% duty cycle
- Very fast, virtually silent switching at < 20 dB(A) and very low power consumption
- Latching version for minimal heat input
- Optional diagnostic function via ValveInsight
Direct-acting 2/2-way plunger valve
- Direct-acting and compact small valve up to DN 2.4
- Slipped over coil system
- Simple and fast flange or manifold mounting
- Quick coupling (push-in fitting) for push-in connectors
- Explosion-proof variants






