The production of calcium carbonate is of enormous importance for many industries, as it is an important component of many products. Calcium carbonate is mainly obtained by processing natural deposits, such as limestone, marble or chalk, or by synthetic processes such as precipitated calcium carbonate, also known as PCC. The process steps include extraction, crushing, grinding, purification, thickening and refining. Precise & reproducible microwave measurement Measuring the total solids or slurry density of calcium carbonate during production is crucial for maintaining product quality, optimising processes, ensuring regulatory compliance, enhancing product performance and troubleshooting any issues that may arise during manufacturing. It plays a vital role in the overall efficiency, reliability, and success of calcium carbonate production across various industries. With the Micro-Polar LB 566 measurement system from Berthold it is possible to measure the density or total solids with high repeatability and accuracy, thus guaranteeing stable and reliable process control throughout the entire process.

P+W process silos are specifically engineered for deodorization. These are silos that serve to control or minimize unpleasant odors or vapors that can arise during the recycling process or storage of waste-related materials. These process silos can also be used for degassing as well as drying of bulk goods.

We provide "ready-to-go" documents such as detailed arrangements, equipment specifications, detailed process flow diagrams, etc.

The new JACOB DETECTABLE DESIGN line provides increased safety, for example in food production. All products in the DETECTABLE DESIGN line can be detected with customary metal detectors and comply with EC1935/2004 regulations, as well as FDA standards. Should they or even just parts of them accidentally find their way into your production process, for example during assembly, they can immediately be located by a metal detector and removed. Miniscule metallic particles render non-metal elements such as seals, rubber covers and compensators detectable. Look for the DETECTABLE DESIGN sign.

JOEST dewatering screens were originally developed for sand dewatering, but are now used in almost all industries where bulk materials need to be specifically dewatered after washing or other wet processes. Whether in ore processing, the minerals industry, plastics or glass recycling – thanks to their robust design and versatile configuration options, these screens have established themselves as high‑performance, compact solutions for achieving very low residual moisture. The machines operate with linear motion generated by vibratory motors, exciters, or magnetic drives – depending on machine size and application. With an optimized throw angle and high acceleration, JOEST dewatering screens achieve extremely low residual moisture values, even with high throughput rates. Optional features such as fines hoppers, vibration monitoring, or hygienic designs enable precise integration into a wide variety of processes and industries.

The DFI is a check valve for passive explosion decoupling. The operation of the DFI valve is passive (flow actuated), which means that no external energy is required to close the valve flaps when deflagration occurs. When process air flows through during regular operation, the air pulls or pushes the valve flaps open, allowing air to flow from the process to the protected area. When deflagration occurs in the protected area, the explosion pressure created causes the process air flow to reverse and close the valve flaps, preventing the deflagration flame front from spreading upstream beyond the valve.

- Easy and efficient media transport up to dynamic viscosities of max. 20,000 mPas - Predestined for the transport of highly abrasive materials with low wear - Gentle conveying of shear-sensitive liquids with large solids without heat generation or foaming - Flow rate and pressure can be varied from 0 to maximum in each case by simple regulation of the air supply upstream of the pump - No complicated motor control necessary, also no critical design calculations that no longer work when changes are made in the system - Slow pump speed possible - at the same time safe restart due to unbalanced air valve - Operation against closed gate valves possible - Short-term dry running possible without damage - Dry self-priming - No dynamic seals, low wear, long service life - Oil-free operation - Preformed diaphragms with long service life - Easy maintenance - Wide range of material variants available - Approval according to EN 2014/34/EU (Ex)

- Easy and efficient media transport up to dynamic viscosities of max. 20,000 mPas - Predestined for the transport of highly abrasive materials with low wear - Gentle conveying of shear-sensitive liquids with large solids without heat generation or foaming - Flow rate and pressure can be varied from 0 to maximum in each case by simple regulation of the air supply upstream of the pump - No complicated motor control necessary, also no critical design calculations that no longer work when changes are made in the system - Slow pump speed possible - at the same time safe restart due to unbalanced air valve - Operation against closed gate valves possible - Short-term dry running possible without damage - Dry self-priming - No dynamic seals, low wear, long service life - Oil-free operation - Preformed diaphragms with long service life - Easy maintenance - Wide range of material variants available - Approval according to EN 2014/34/EU (Ex)

We produce different ceramic plates and mosaic panels.

We are producing different ceramic products by customer drawing or request. We do not have minimum order quantity.

We also provide granulation methods to optimize the size of the final product.

Detecting leaks early and eliminating them promptly are important aspects of project supervision and the cost management of a plant. Even the smallest leaks can cause substantial consequential damage and generate high costs due to production downtimes and the cost of repairs. The Th. Scholten GmbH & Co. KG has developed a highly sensitive leak detection and early warning system in which the ceramic lining in all areas subject to wear are equipped with a signal cable. The outsides of the wear protection lining on the pipes or plant components to be monitored are wrapped with a signal cable. If this cable breaks upon the onset of wear, the sensor system sends a signal via cable or WLAN for the purpose of visualisation. AREAS OF APPLICATION OF THE LEAK DETECTION SYSTEM: - Vessel and plant components that are subject to increased wear and are difficult to access or to monitor - In hazardous areas in which the environment, people, and machines require special protection - Plant components like pipelines, chutes, cyclones, etc., can be monitored. The Th. Scholten GmbH & Co. KG has developed a highly sensitive leak detection and early warning system in which the ceramic linings on all areas subject to wear are equipped with a signal cable. The outsides of the wear protection lining on the pipes or plant components to be monitored are wrapped with a signal cable