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Munters offers tailored dehumidification, heating and heat recovery solutions to ensure consistent, year-round process performance in your spray drying process. Discover the benefits of indirect heating in spray drying Indirect heating systems meet today’s demands for safety, durability and quality. They fit seamlessly with both consumer needs and the strict regulations of authorities such as the FDA. * No harmful combustion products or excess moisture. * Improved product quality and food safety. * Higher drying capacity and lower operating costs. * Reduced emissions and a more sustainable production process. Munters spray drying solutions Munters offers customised dehumidification and heating solutions that can increase production capacity by up to 40%, improve product quality and reduce energy consumption. By adding these solutions to your spray drying process, you can increase throughput and uptime, positively impacting your profitability. Discover all the benefits * Increased production capacity: Up to 40% more production capacity. * Energy savings: Up to 15% energy savings. * Consistent performance:

The GRANOMAT JP Disk Mill is engineered for ultrafine grinding of a wide range of products and is suitable for both wet and dry milling applications. he GRANOMAT JP Disk Mill is engineered for ultrafine grinding of a wide range of products and is suitable for both wet and dry milling applications. Depending on the disk type employed, the mill can produce a variety of outputs, catering to diverse processing needs. Design and Functionality The GRANOMAT JP Disk Mill operates on the stator-rotor principle, featuring a fixed and a rotating disk. This design allows for efficient milling or rubbing of materials. The mill processes grains from 3 mm down to an ultrafine 10 μm, using appropriate disks. It offers a throughput capacity ranging from 1 to 3000 kg/h, depending on the input material, desired grinding fineness, and machine model. Three machine variants are currently available, differing by disk size: a. GRANOMAT JP 150 b. GRANOMAT JP 250 c. GRANOMAT JP 360 Applications The GRANOMAT JP is highly versatile, making it suitable for a wide range of industries, including food, cosmetics, chemical, and pharmaceutical

WEMO speaks the customer’s language. That’s why our website with an overview of samplers and testing devices for bulk solids is now also available in German. Founded in 1998, WEMO-techniek has been at the forefront of developing innovative solutions for sampling, collecting, packaging, and testing. Over the years, we have created a comprehensive range of products that are widely used across various industries. By applying our modular products, we ensure tailored solutions that perfectly fit your company’s needs. WEMO-techniek is a trusted leader in automated quality control equipment for solids and powder processing industries. From initial sampling to handling and testing, our comprehensive range of equipment ensures seamless quality assurance throughout your production processes. Automated inline collection of product samples guarantees efficiency and accuracy in acquisition, meticulously managed with our bagging and coding equipment to maintain integrity and traceability, regardless of whether from a single point or multiple points across the factory, and aligned with industry standards like GMP+ or Gafta. For

Working with the correct moisture of wood is important to prevent damage to process equipment, so measuring the moisture online with precision sensors ensures optimum efficiency. The moisture in wood stockpiles varies constantly with local environmental conditions, both during harvesting and storage. Working with the correct moisture of wood is important to prevent damage to process equipment, so measuring the moisture online with precision sensors ensures optimum efficiency. Typical applications include biofuel for boilers for CHP or power generation applications, syngas production, and processing wood into intermediate products, such as charcoal briquettes and wood pellets. Benefits of Moisture Control: * Consistent quality of the woodchips * Ensure correct moisture for storage, reducing the risk of spoilage * Increased control of the final product * Lower wastage and product degradation * Direct, continuous, real-time control of the burning process * Optimised combustion Where to Measure Moisture? After the woodchips are delivered, they are dried before entering a Combustion Chamber where they are burnt to generate heat

6 June: this webinar focuses on a vital yet often misunderstood step in many industrial processes. Presenter: Dr Hamed Johnny Sarnavi This webinar, ” Challenges in Convective Drying of Powdered Materials ”, focuses on a vital yet often misunderstood step in many industrial processes. It explores the interaction between powder behaviour and heated air, which is essential for addressing energy efficiency and product quality concerns. Designed for decision-makers, process engineers, and equipment operators in the chemical, food, pharmaceutical, and mineral industries, this session offers practical insights for those interested in innovative drying techniques Dr Hamed Johnny Sarnavi: Hamed is a research and consultant engineer at the Wolfson Centre-University of Greenwich; specialising on the flowability and drying of wet bulk solids.

Hosokawa Solids successfully completed for Fibenol in Estonia from detailed product investigations and comprehensive pre-engineering to turnkey systems As a by-product in the paper industry or as a main component for the production of various binders or fillers, the importance of lignin has continued to increase in the last few years. Hosokawa Solids has many years of experience and expertise in the field of conveying flammable and explosive bulk materials and therefore is the perfect partner for lignin applications. A few years ago, Hosokawa Solids successfully completed its first project for its customer Fibenol in Estonia and accompanied them from detailed product investigations through comprehensive pre-engineering to the successful implementation of the project. Project details * industry: production of wood-based raw materials * goal: replacing fossil materials with wood-based materials * solution: plant for processing lignin * plant: converts wood (4 tons of dry matter per hour) into C5 and C6 wood sugars and Lignin. C5 and C6 wood sugars can be used to produce bioethanol, bio-based polymers and for

Laser Cutting and Welding with Maximum Flexibility and Precision Since 1986, KMH-Kammann Metallbau has stood for custom-engineered solutions in addition to standard pipe and distribution systems in steel and stainless steel. With the introduction of its new 3D laser, KMH sets a new benchmark - delivering true innovation in every dimension. Equipped with six axes for cutting and welding, KMH is now able to produce all angles between 15° and 95° - all without rigid tooling. This results in maximum flexibility, minimal material deviation, and exceptional precision when processing pipes and formed parts. Thanks to contactless laser processing, there is virtually no spatter - inside or out - ensuring a new level of cleanliness and dimensional accuracy in cut edges. Especially for intricate contours and complex geometries, the new 3D laser impresses with smooth edges and a minimal heat-affected zone. Workpieces up to 2,540 mm (X), 1,040 mm (Y), and 470 mm (Z) can be handled with ease, providing a large working area. And when

130 guests, impressive technology, and strong partnerships — that was our in-house exhibition, GREIF-VELOX CONNECT, on May 13, 2025. This year’s customer event was three times larger than in 2024, yet remained just as personal, hands-on, and future-focuse Experience the factory, workers and machines live In multiple tour groups, participants explored our facility in the Kronsforder Landstraße. Our managing directors, Thorsten Köll and Sebastian Pohl, and the manager F&E, Dr. Alexander Mildner, personally guided visitors through the production areas — accompanied by dedicated team members who enthusiastically showcased our technology. Guests experienced live demonstrations of: * Filling system K-DOS * Air packers BVP / BVPV * Vacuum packer VeloVac (for valve bags) * Vacuum packer VeloVac XL (for FIBCs) — featuring an impressive fog special effect Innovation expo with strong partners Alongside the factory tours, the nearby Exvoli Studios hosted an innovation expo: our technology partners presented current developments, digital solutions, and live demos. Highlights included robotics innovations from KUKA, air filtration systems from Riedel Filtertechnik, a full roadshow by Hecht Technologie, live

An important milestone for us as the JACOB Group: On July 1, 2025, Lufttechnik Gransee GmbH will officially become Jacob Gransee GmbH. Jacob Gransee GmbH What will change? The name. What remains? Our passion for precision craftsmanship, individual solutions and strong regional roots. Since 1991, our location in Gransee has stood for custom-made products and small series that think outside the box. As part of the JACOB Group, we combine local strengths with an international perspective. Shaping the future The visit by District Administrator Alexander Tönnies shows: The region sees what is being achieved here. Together with our 56 dedicated employees, we are actively shaping the future - with - sustainable energy supply - modern training - innovative spirit and cohesion

July 9, 2025: New One day short course: explore best practice and industry; learn about impact of material properties on product quality and process efficiency This new course aims to provide a comprehensive understanding of the challenges and solutions in storing and handling bulk powders used in battery manufacturing, and to explore best practice and industry standards for safe and efficient material handling. The course will also involve the role of material properties in storage and handling, and their impact on product quality and process efficiency. Course presenter, Dr Vivek Garg has been helping companies involved in the manufacture of batteries to better understand the problems encountered when handling and storing these bulk materials and has used this to create a bespoke course for the industry. Course subjects * Basics in operation, design and specification of hoppers, silos, bins and bunkers, * An introduction to the storage and flow of bulk solid materials * Feeders and feeding * Hopper discharge aids * Prediction of discharge rates focussing on battery materials. He will also look closely

What’s the best screening solution for you? With many options available, companies often struggle to find the optimal machine for their specific requirements. Although all technologies serve the same underlying purpose - separating particles by size - they are fundamentally different in their design, operation and applications. The right choice can not only increase productivity, but also minimize maintenance and downtime, which is crucial in today’s competitive industrial landscape. So let’s take a look at the differences between conventional motion screens (e.g. gyratory screeners, shaker screeners, etc.) and direct excitation screens to help you decide. How do oscillating screens work? Conventional motion screens work with an oscillating movement that is transmitted to the entire screen frame. The movement is generated by eccentric shafts or unbalanced motors and enables the material to move forward on the screen surface and the particles to fall through the meshes. Benefits: - Simple design: These machines have a simple configuration and can be used in a wide range of applications. - High throughput rates:

Save efficiently on energy with targeted moisture measurement when drying for example grain, animal feed pellets, sand and sewage sludge pellets Gas is used in a huge variation of dryers. The consumption of natural gas as a primary energy source has been standard for many years. It has even been promoted as a bridge technology until the application of energetic-technological alternatives is qualified. Just recently, a customer from Saarland told me that he scrapped his oil tank last year and switched to gas. At the moment, he is facing another rise in gas prices. Help is needed here to optimise the use of this resource and possibly make intelligent savings. A calculation example from a comparable application: 1 m³ of gas is required to reduce the moisture content of 1 tonne of sand by 1%. With a throughput of 85 tonnes per hour and an average required reduction of 4 %, 340 m³ of gas are consumed per hour. Now the energy costs have doubled. Instead of EUR 350,000 for gas, EUR 700,000 is now required to operate this dryer. Plenty of money to fund an instrumentation. The installation of moisture determination

Together for smart packaging solutions: With Trans Automation Technologies, GREIF-VELOX is expanding its presence in the US market - offering customers in California and beyond customized automation solutions from a single source. Increased presence on the US market The North American market is one of the most important target markets for GREIF-VELOX - particularly in the food packaging sector. In order to provide even better support to customers in the USA, a strategic sales partnership has now been concluded with Trans Automation Technologies. With immediate effect, the company will act as the official sales partner for GREIF-VELOX in the state of California. The partnership will enable GREIF-VELOX to customize its innovative packaging and filling systems to meet the local requirements of the US market - and at the same time significantly increase local added value. This is not only efficient, but also a decisive advantage with regard to applicable customs regulations and supply chain requirements. Automation and robotics End-of-line solutions from a single source. The cooperation with Trans Automation Technologies in the area of end-of-line automation is particularly valuable. The company

Kalenborn manufactured a rotary distributor for slag sand and lined it with Kalocer to protect it against wear. The rotary distributor is a plant component in the steel industry and is used for slag sand processing. The slag sand mixture is fed through an S-bend into the rotary distributor, which directs the slag sand mixture into the dewatering silos below. Kalenborn lined the S-bend and rotary distributor with Kalocer aluminium oxide ceramic. The ceramic moulded parts could be adapted particularly well to the demanding geometry of the rotary distributor. Kalocer protects the system parts from the extreme friction wear of the slag-sand mixture, and the smooth surfaces of the ceramic promote the transport of the slag mixture. The old rotary distributor was Kalenborn’s original equipment and had been in successful use for over 20 years. Kalenborn ensured its long service life with regular maintenance of the wear protection. As part of the relining of the blast furnace, the order for the new rotary distributor was placed. This included the production of the steel part as

Penko’s innovative solutions are supporting production lines across the globe. Interested in becoming a dealer? Let’s connect Penko is growing and we are building our partner network to grow with us, thanks to a strong network of dedicated dealers worldwide. Every day, they help manufacturers maximize efficiency, precision, and profit with Penko technology. We’re proud to be expanding globally and making a real impact in industrial automation. Are you interested in becoming a dealer? Let’s connect, get in touch with us today.

Sodimate designs, supplies and installs dilution tanks for lime/chalk milk, soda solution, powdered activated carbon slurry and other solutions and suspensions in the sewage treatment and flue gas cleaning sector The tanks are made of PPH/PEHD as standard (alternatively also made of steel or stainless steel) and are equipped with an agitator mixer, level sensor indicator, a water dosing panel board and the necessary connections for pumping, emptying, lime milk ring line, etc. Depending on their size, the dilution tanks have 1 - 3 flow breakers, a 24-hour agitator and a vent with spray nozzle, essential elements for good homogeneity of the suspension or solution and to prevent deposits on the tank wall. The mixtures are then conveyed to the respective consumption points using pumps. The advantages: * Tank can be modulated as required and is available in any size between 500 litres and 10,000 litres * Integration of the tank within a complete ‘turnkey’ system * 100% dust-free, as the system is hermetically sealed * Tank specially optimised for hydrated lime, can be customized according to the requirements for other products such as soda, bentonite, etc. * Low maintenance

With the latest generation of nibblers, the Gericke GNB, a new release of screens has also been added to the portfolio. Gericke has many years of experience with a wide variety of milling machines and granulators which are sold under the name “nibbler”. Based on this knowledge, Gericke’s experts are able to select shredders or screens according to the customer’s requirements. With the latest generation of nibblers, the Gericke GNB, a new release of screens has also been added to the portfolio. A Gericke nibbler crushes lumps, agglomerates, filter cakes, rework or frozen raw materials into processable grain sizes. The selection of the screen plays a role in efficiency. When crushing brittle products with the aim of keeping the fines content low, different refining inserts are used than for tough, greasy or moist products, which could tend to clog the screen. An output product from a belt dryer, for example, is often brittle and fragile, but also hygroscopic. Many customers aim to minimise the number of fines when shredding the product to achieve a high yield. The screen

Battery Energy Storage Systems (BESS) are transforming our energy landscape – and REMBE® is pushing the boundaries of their protection. No two BESS are identical, and each requires its own tailored approach. Drawing on over 50 years of explosion protection expertise, we are leading the way in developing protection solutions that balance safety requirements with commercial objectives. Our integrated approach leverages multiple layers of safety, combining options for early detection and combustible concentration reduction with optimized deflagration vents to safeguard next-generation BESS installations. REMBE offers a comprehensive range of products that help safeguard BESS against explosions. Three distinct product series enable optimal solutions for any BESS installation, each bringing unique advantages to your project. The BESS Core Venting Series delivers efficient roof venting through our proven EGV products. Engineering excellence meets customization – each product is precisely tailored to customer specifications, from size and burst pressure to insulation materials and properties. This series offers proven protection with attractive volume pricing. Innovation

WDB83x contact bearing sensors offer protection from overheating with built-in grease nipple, NC circuit, and PLC/monitor compatibility—simple, safe, reliable. The WDB83x series is a range of contact bearing temperature sensors designed to provide reliable over-temperature protection for bearings. Each sensor is manufactured to screw directly into the bearing housing for direct contact monitoring and is equipped with a built-in grease nipple, allowing for lubrication without the need to remove the sensor. The sensor includes a fixed two-core cable for easy connection to a monitoring device or junction box. As the wiring is not polarity sensitive, installation is simplified, and the cable can be extended in the field if needed. All sensors in the WDB83x series operate in a normally closed (NC) state, meaning the circuit remains closed under normal conditions. When the preset temperature limit is exceeded, the bimetal element opens the circuit to trigger an alarm. The circuit automatically resets once the temperature drops back below the reset threshold. These sensors are primarily used for over-temperature protection in

A big stage for a safety system that, at best, does not come into the limelight in everyday operations. This makes the preventive fire protection system one of the 77 gold-winning solutions worldwide. A big stage for a safety system that is at best not in the spotlight in everyday business: on 28 April, fire protection specialist Fagus-GreCon received the iF DESIGN AWARD 2025 in gold. The company accepted the award for the GreCon PROTECTOR on the stage of the Friedrichstadt-Palast in Berlin - in front of around 2,000 guests from over 50 nations. This makes the preventive fire protection system one of 77 solutions worldwide to be honoured with gold. The GreCon PROTECTOR, a new system for fire prevention in industrial plants, impressed the international jury with its combination of technical innovation and sophisticated design - even before its official market launch. With the GreCon PROTECTOR, Fagus-GreCon plays a special role among internationally recognised design icons such as Apple and Ferrari: a fire protection system on a design award stage - that is not an everyday occurrence. A design that goes beyond pure aesthetics The jury particularly recognised

With the Master-PUR Fishtec series, Masterflex presents a specially developed solution for the fish industry. Masterflex Group launches international campaign for food-safe hoses. The certified hose solutions ensure maximum safety in food production, in the fish industry and in automation processes for food & beverage. The campaign is aimed at OEMs, industry partners, distributors and anyone who relies on the highest quality. Master-PUR Fishtec With the Master-PUR Fishtec series, Masterflex presents a specially developed solution for the fish industry. The food-safe, seamless hoses have been designed for use in land-based and offshore aquacultures. They enable smooth transportation processes, protect the cargo and increase the quality of fish farming and processing. Technical food-safe plastic hoses Whether food or beverage technology: food-safe hoses are crucial in hygiene-critical applications. The Masterflex Group offers a broad portfolio of certified hose systems, special solutions and connection technology for safe production processes - ideal for machine manufacturers,

The next generation of intelligent spark detection control panels: predictive maintenance, plug & play integration and comprehensive remote access for less downtime, more safety and maximum efficiency. At LIGNA 2025, Fagus-GreCon will introduce GreCon Mission Control, the next generation of intelligent spark detection control panels. This innovative system combines predictive maintenance, plug-&-play integration, and comprehensive remote access—minimising downtime, enhancing safety, and maximising efficiency. The Command Centre of Preventive Fire Protection For a fire protection system to be fully effective, it requires a central control unit that intelligently coordinates all processes. GreCon Mission Control takes this technology to the next level - offering smart networking, real-time monitoring, and maximum system reliability. Maximised Availability Through Smart Maintenance With its Segmented Maintenance System (SMS), GreCon Mission Control sets new standards: scheduled and unscheduled maintenance can be carried out on individual components or segments of the production line without shutting down the entire system. This minimises production downtime

The process-oriented Web Yard software solution from Rothenbacher GmbH optimises and automates the logistics and loading processes in your plant. Specially developed for the building materials industry - cement, sand, gravel, lime, asphalt and concrete - it enables controlled 24/7 self-service in dispatch processes and thus increases the efficiency of your workflows. Web Yard accompanies the entire vehicle dispatch process within a plant: * Plant entrance: drivers register at self-service terminals using RFID or QR code and gain access to the plant premises. Safety instructions can also be handled digitally. * Weighing & loading: After the initial weighing, the driver is directed to the correct loading or unloading terminal. The automated loading process starts with a new identification via RFID or QR code. * Factory exit: Before leaving the factory, the vehicle is weighed again to calculate the load quantity. Web Yard® then creates the digital delivery note,

Packaging machine specialist Greif-Velox launches “Packaging as a Service” for the bagging of ultra-light powders With a new “Packaging as a Service” (PaaS) model, Greif-Velox Maschinenfabrik GmbH is offering an integrated service package for industrial powder bagging without any initial investment for the first time. The offer includes machine provision, financing, service, spare parts and merchandise parts as well as the supply of suitable paper bags as required - at a fixed monthly price. End-to-end solution for ultra-light powders While previous PaaS models in the packaging industry were limited to cardboard or reusable packaging solutions, GREIF-VELOX transfers the principle to complex industrial bagging systems - and goes one step further: the package not only includes consumables, but also the entire process from financing to commissioning and spare parts supply. The first application is in combination with VeloVac vacuum technology for dust-free filling of ultra-light powders. An expansion to other machine types such as the A-DOS-P1 and the BVP gross pneumatic packer

Meet Penko’s all-new engineered checkweigher: built for precision, durability, and total production flexibility. At Penko, accurate and fast weighing has always been our standard. So it’s no surprise we were often asked if we also offered checkweighers. That’s why we developed a brand-new checkweigher, designed and manufactured in the Netherlands, built with the most durable materials, and fully adaptable to meet a wide range of production needs. Key Benefits * Quality Control * Reduces overfill * Increases traceability * Speeds up production * Product Integrity * Improves sorting Curious to see it in action? Visit our showroom or schedule a demo.

Since April 1, 2023 the joint venture company NEXOPART has been bringing all laboratory-related products from Haver & Boecker and Hosokawa Alpine under one roof. Since April 1, 2023 the joint venture company NEXOPART has been bringing all laboratory-related products from Haver & Boecker and Hosokawa Alpine under one roof. NEXOPART was created from the two renowned parent companies, each with a 50 percent share. The air jet sieve from Hosokawa Alpine stands for the analysis of very fine powders and completes the conventional sieve analysis from Haver & Boecker. Thus, NEXOPART offers a coherently interlocking product portfolio for the field of particle analysis from a single source. Two strong partners. One new brand. ”Our goal is to inspire our customers with precision, simplicity and quality. In doing so, our focus is always on the customer,” says Markus Schönwetter, Technical Director at NEXOPART. Frank General, Managing Director of NEXOPART GmbH, further underlines this: ”The parent companies are giving something very, very important to the new company: And that is the team, the employees, who have also

Easy to use, reliable, accurate and cost-effective. Not affected by dust, colour or temperature. Enabling real-time optimisation of your process The sensors below have been designed to provide an easy method for producers to precisely measure the moisture content of the material and make real-time adjustments to optimise the process. These sensors are not affected by dust or colour and are temperature compensated. They are easy to use, reliable, accurate and cost-effective. * Hydro-Mix XT; Moisture sensor: Flush mount for mixers and conveyors * Hydro-Mix XT-EX; Moisture sensor: Flush mount. Process temperatures up to 60°C (Zone 20/21) * Hydro-Mix XT-FS; Moisture sensor: Food Safe flush mount for mixers and conveyors * Hydro-Probe XT; Moisture sensor: For bins, chutes and conveyor belts * Hydro-Mix HT; Moisture sensor: Process temperature range up to 120°C * Hydro-Mix HT-EX; Moisture sensor: Flush mount. Process temperatures up to 120°C (Zone 20) Hydronix service To ensure that our customers receive the best possible sales and support assistance, Hydronix has offices located across the world. Our

Material behavior: the key to robust and reliable design of chain conveyors, also called drag conveyors and Redlers When handling bulk materials in demanding environments—especially those that are abrasive, corrosive, or volatile, chain conveyor (drag conveyor, Redler), is often the best solution. However, its performance and lifespan depend entirely on how well it is adapted to the specific properties of the material it will transport. And that adaptation begins with detailed material testing. Robust and reliable design Chain conveyors are commonly used where durability, sealing, and controlled flow are essential. This includes industries handling mineral products, fertilizers, or alternative fuels. For such applications, a one-size-fits-all design is not only inefficient but can result in severe equipment degradation and safety risks. To avoid these issues, it’s vital to begin with a technical study of the bulk material’s behavior. The main properties to analyze are: * Bulk density * Particle size and shape * Flowability and angle of repose * Moisture content *

Since 1901, Jansen&Heuning designs screw conveyors that combine proven reliability with custom made solutions for bulk handling. Screw Conveyors: Proven and modern Proven bulk handling technology in modern production, closed or open, controlled conveying for bulk materials. Screw conveyors are systems designed for controlled conveying of bulk materials over short to medium distances. A rotating screw, driven by a geared motor, moves the product through a pipe or trough. Depending on the layout, screw conveyors support horizontal, inclined, and also vertical transport, with multiple possible inlets and outlets.​ The possibility of an enclosed design ensures dust-free operation, making it suitable for applications requiring dosing, mixing, cooling, or heating. When equipped with a dosing screw, the screw conveyor provides precise product feed.​ Applications Across Industries Jansen&Heuning’s screw conveyors are widely used in sectors such as food processing, chemicals, recycling, and many others. Their modular design allows for easy customization to specific product characteristics and