The LabScat monitors turbidity in liquids, using a single light source to detect transmitted light and scattered light at 90° and 25°. This allows colour-compensated dual-angle measurement according to MEBAK and EBC standard, in bottles and glass cuvettes. Bottle rotation and water-bath minimize disturbing influences, the quality of the water bath is monitored. Operation is done via a colour touchscreen. No tools are required for routine maintenance. Calibration check is simply performed with a calibration unit with a glass reference, which is part of the scope of supply. Sample ID and handling measuring data are performed using digital interfaces (USB, Ethernet with web browser).

The Liquidyne 2-Stage is the standard design of the Liquidyne range. This seal is used in pumps that process relatively clean media that may contain abrasive particles that are no larger 100 microns. The Liquidyne 2-Stage design uses the process medium to lubricate the seal. Benefits: - Predictable lifetime due to condition monitoring - Low power consumption - Maximised maintenance interval - Hard Metal Layer (HML) coating for extra durable grooved liners - No external flush needed - Optional design: the Liquidyne can be designed with divisible housing parts. Ask for more details.

The Liquidyne 3-Stage (WA) pump seal is used in pumps that process water containing a relatively large number of abrasive particles or particles larger than 100 microns. Lagersmit developed the Liquidyne 3-Stage (WA), especially for pumps in which the pump water is polluted Benefits: - Robust seal design - Dirt retaining module - Predictable lifetime due to condition monitoring - Maximised maintenance interval - Hard Metal Layer (HML) coating for extra durable grooved liners - No external flush needed - Optional design: the Liquidyne can be designed with divisible housing parts. Ask for details.

The Liquidyne 3-Stage Vacuum is specially designed to hold a water column up to eight metres when the pump is at a standstill. The vacuum module also prevents air leakage through the seal into the pump if the pressure inside the pump is lower than the atmospheric pressure, Benefits: - Suitable for dry start-up of the pump - Retains pump medium up to eight metres - Predictable lifetime due to condition monitoring - Low power consumption - Maximised maintenance interval - Hard Metal Layer (HML) coating for extra durable grooved liners - No external flush needed - Optional design: the Liquidyne can be designed with divisible housing parts. Ask for more details.

The Liquidyne LDS design is used in pumps that process polluted and aggressive media. It seals off the pump and uses an external flush to lubricate cool, and clean the seal. The flush flows through the seal as well as towards the pump. This ensures that the pump medium is kept away from the seal to create the most durable solution. The drain flow enables condition monitoring. Benefits: - Suitable for dry start-up - Most durable solution - Predictable lifetime due to condition monitoring - Low power consumption - Maximised maintenance interval - Hard Metal Layer (HML) coating for extra durable grooved liners - No external flush needed - Optional design: the Liquidyne can be designed with divisible housing parts. Ask for more details.

Custom-made screw pumps for reliable water transport! Looking for a robust solution for pumping large volumes of water? The Landustrie screw pump offers the solution. For over a century, we have been producing screw pumps – also known as Archimedes screws – for applications in pumping stations, wastewater treatment plants (WWTPs), irrigation projects, and flood management. Each screw pump is custom-designed and manufactured in our own factory in Sneek. Thanks to their open design, low energy consumption, and maintenance-friendly construction, our screw pumps have an exceptionally long service life, even under the toughest conditions. The Landustrie screw pump functions as a positive displacement pump based on the principle of Archimedes screw. At the inlet point, water flows into compartments between the blades. The rotating motion and the angled design gradually move the water upward. This open and clog-free design allows us to pump large volumes of water at a relatively low speed – without the risk of clogging or damage. This makes the auger extremely suitable for continuous use, even in water that is polluted or contains coarse particles.

For wastewater treatment, we design and supply a wide range of LANDY pumps. These pumps are designed and manufactured in-house at our Sneek facility. The pump range includes both submersible and dry-installed pumps and mixers. We offer a variety of materials, including cast iron, Duplex, and Nihard, a wear-resistant material. We are happy to work with you to select the optimal pump for your specific application. This can include the corresponding control system and telemetry. We also offer a service department that can respond immediately in the event of malfunctions or emergencies. Rental pumps are also readily available.

Landustrie surface aerators provide high oxygen input with consistently high efficiency. Landustrie surface aerators offer a reliable, energy-efficient solution for aerobic wastewater treatment. With a high and consistent oxygen input, low maintenance costs, and a long service life (up to 30 years), they are a solid choice for both industrial and municipal wastewater treatment plants. For situations where temporary aeration is required—for example, during maintenance, emergency solutions, or temporary capacity expansion—we offer the option of renting a floating aerator. A surface aerator—also called a point aerator—introduces oxygen into the wastewater, an essential component of the aerobic treatment process. Our aerators combine optimal oxygen input with sufficient mixing and propulsion of the wastewater. The aerator's unique design ensures even oxygen distribution and prevents sedimentation and dead zones. This keeps the aeration process efficient and stable. We have our own full-scale test tank in Sneek. This allows us to perform oxygen measurements as well as vibration and noise measurements.

Landustrie Weedscreen Cleaner: Effective cleaning for pumping stations and water inlets. A reliable screen cleaner is essential for efficiently removing debris from (sewage) pumping stations, water inlets, and wastewater treatment plants. We supply high-quality screen cleaners for a wide range of applications – durable, quiet in operation, and suitable for both wide and narrow water inlets. Whether you need a chain cleaner or a fully automatic overhead cleaner, we always offer a customized solution. The automatic operation, solid gripper construction, and minimal maintenance requirements make our solutions the ideal choice.

With more than 10 trillion liters of process water used annually in Dutch industry, it is important to safeguard the quality of water and prevent pollution. One of the most important parameters to measure the degree of pollution is TOC (Total Organic Carbon). As the name suggests, a TOC analyser measures the total content of organic carbon compounds for both process water and return condensate. Other parameters such as total carbon (TC), total inorganic carbon compounds (TIC) and total nitrogen (TNb) can also be analysed. The online TOC analyser is an accurate measurement method to monitor and control wastewater during your production processes. The control of the process water and/or return condensate is realized by means of a high temperature oxidation (1200 °C) in which the sample is completely converted into CO2 and water, among other things. The formed CO2 is measured in a NDIR detector after treatment. Checking the quality of Purified water and Water For Injection (WFI) are also possible.

Online monitoring of the TOC content of wastewater gives you a better insight into the pollution load you will be burdening the treatment plant with. This enables you to better control the purification process and adjust it if necessary. The analysis of the waste water also allows you to immediately check for possible leaks in your production process. A sudden increase in the TOC content in your waste water flow often indicates an error in your process.

EASY TO SET-UP, CONFIGURE AND CONNECT FOR SMART LEVEL CONTROL OF YOUR WASTEWATER, BUILDING OR TANK APPLICATION UNIQUELY CONFIGURABLE INPUT/OUTPUT TERMINALS AND HIGHLY INTUITIVE USER INTERFACE Designed for installations with one or two pumps, the Grundfos LC level controller is ideal for emptying and filling related to small wastewater transport, commercial buildings and tank-filling applications. The controller is equipped with predefined settings to fit these applications for an easier and quicker start-up in the specific application. The controller can support up to five control levels for both analogue level transmitter or float switch operation. Start and stop signals are used for normal operation, and the optional dry-run signal will protect the pumps from dry running. The controller can run in two modes: EMPTYING or FILLING. For emptying applications, if the tank or pit is completely filled, the controller will run all pumps to empty. For filling applications, the opposite applies; if the tank is full, the pumps will not run. Grundfos LC level controllers are available in two variants: LC 231 – a compact solution complete with certified motor protection LC 241 – a cabinet solution offering modularity and customisation

Sensor voor de bepaling van lage concentraties DO (vanaf 0,8 ppb). • Stabiele optische technologie (LDO) met snelle responstijd. • Niet beïnvloed door stroming, druk of CO₂. • Nauwkeurige trace-meting tot 0,8 ppb. • Geschikt voor de energie-, halfgeleider- en brouwerijsector. Flexibele installatieopties • Compacte 12 mm-vormfactor voor eenvoudige integratie. • Geschikt voor processen tot 85 °C (185 °F) en 12 bar. • Steriliseerbaar en autoclavabel tot 140 °C (284 °F). • Hoogwaardige oppervlakteafwerking (N5) voor hygiënische toepassingen • Ook beschikbaar als kant-en-klaar paneel hoogte 850mm

This floating sensor is an ideal instrument to quickly detect oil leakage into the water. The measurement is based on a high-frequency electromagnetic absorption technique. The water or liquid surface forms the dielectric between the two capacitor poles. The great advantage of this technique is that no false alarms occur and maintenance is nil. This detector is widely used in the following industries: oil, petrochemistry, power generation and distribution, transport, on- and offshore.