Rotor - stator high shear mixing technology are used to disperse one phase or ingredient (liquid, solid or gas) into a main continuous phase (liquid). The shear is generated between the rotor and the stator. The core of the high shear mixing systems from Daniatech is an innovative (patented) rotor – stator configuration where a special closed mixing wheel passes the product through patented slots. This innovative mixing technology was developed in collaboration with Belgian based Packo pumps. In comparison with other available systems on the market Daniatech technology offers major benefits in terms of investment (Capex) and operational cost (Opex): > Lower investment > 20 to 40% less energy consumption > Very limited number of spare parts > Simple service resulting in higher uptime > Smaller footprint > Simple and fast installation > Low noise level down to 74 dB Daniatech mixing solutions are mainly applied in hygiene sensitive applications in Dairy, Food & Beverage, Cosmetics & Biotec applications. We offer you a complete range of standardized systems for inline, batch and continuous operation, manual or automatic, for a wide range of capacities backed up by extensive process & application know-how.

In industries where very precise conditions are required, the High-Care Big Bag Filling System is the solution. With high-quality technology developed by Dinnissen, the Big Bags are filled hygienically in ultra-clean cleanrooms. Dirt-sensitive pallets are kept outside these cleanrooms. During the filling process, the Big Bags are transported through a special guide system, minimizing their contact with any kind of contamination.

Volkmann stationary and mobile hoists simplify the handling and positioning of vacuum conveyors above the machines or bins which have to be fed with material. The vacuum conveyor can be brought into position, connected dust-free, powder tight, and free of forces induced to the system below the conveyor, which might be critical to the process stability like with tablet presses or filling machines. Mounted on a mobile hoist, one vacuum conveyor can be used most flexible to feed material into various machines, one after the other. With a hoist, getting the conveyor down from the machine for cleaning and maintenance is an ease, no tools are required for (dis-)assembly. The handling and positioning of a vacuum conveyor above a container, bin or production machine can be made easier by use of a stationary or mobile hoist. Volkmann hoists are lightweight and easy manouverable. Solutions and benefits: One Vacuum Conveyor to feed into different systems Quick, comfortable and hygienic operation and handling pneumatic, electric or manual operation hyginic versions (pharma design) customized connections and docking solutions available designed and manufactured from Volkmann in Germany

Upon receipt of an activation signal from the Fike EPACO™ explosion protection system, the high rate discharge (HRD) container assembly discharges explosion suppressant powder into the protected volume. The powder chemically extinguishes the combustion reaction preventing pressure increase beyond a predetermined limit.

With the HUCKEPACK, Dr Karl Busch developed the first vacuum pump for the vacuum packaging of foodstuffs. This was a revolution of the packaging industry. Furthermore, HUCKEPACK once-through oil-lubricated rotary vane vacuum pumps are the ideal choice for particularly complex processes. For decades, they have proven themselves in the toughest of applications. Where other technologies failed, the HUCKEPACK demonstrated its robustness and operational reliability. Depending on process conditions, this vacuum pump can last for decades with only minimal maintenance. The unbreakable vacuum solution for the toughest of applications! - Durable construction - Hard-wearing, highly resilient vanes - Reliable fresh oil lubricating system - Effective cooling - Customizable

IBC Docking And Discharge Stations produktaufgabestation_vs-andockelementVolkmann docking and discharge stations provide a quick exchange and dust-free join between frequently exchanged IBCs and other process equipment: docking of IBCs at filling and discharging stations docking of Vacuum Conveyors safely and dust-free with mobile hoists directly on top of filling machines, tablet presses etc. Ask us about possible solutions and ideas for your material transfer application.

Matcon has been delivering high quality, powder handling systems since 1980. At the heart of each system is Intermediate Bulk Container (IBC) technology with the original patented Cone Valve. Matcon systems are commonly used to transfer powders, granules and tablets safely and efficiently between the key material processing stages. Matcon’s customers use their technology to become more competitive by increasing their production efficiency, flexibility and powder handling capability to an optimum.

The patented IKB® is the result of the continuous leadership in rupture disc excellence. This trendsetting design combines both, state-of-the-art laser treatment technology and REMBE®’s unique imperfection method (IPV) to influence the material structure of the device in positive manner. Contrary to traditional scored rupture discs, which open always in petals reducing the free net flow area, the unique IKB® offers full bore opening and maximized discharge area. The risk of fragmenting petals is perfectly eliminated. Its enhanced performance values over ordinary and old-fashioned scored discs makes the IKB® a smash hit for process applications which are price-sensitive on the one but quality demanding on the other hand. No other single layer rupture disc parallels the IKB® when it comes to cost of ownership and safety level.

The INADCO Densimeter is a bulk density meter that consist of 3 major parts. A measuring module and a motor module. Both attached to a sub-frame. The sampler module is an electronic driven shovel that rotates trough a falling product stream and in that way collecting a small sample of product. The measuring module consist of a cylinder with the same volume as the cylinder used in the manual EN12580 method. The measuring cylinder is mounted on a weighing cell. With adjustable scoop rotation, the sampler takes samples from a vertical product flow. The shovel shall bring the collected sample toward the measuring cylinder where it will be obstructed so it shall fall in the measuring cylinder with zero vertical velocity as a starting speed. The sample taking will be repeated until the measuring cylinder is completely filled. The sample taking will pause and after the calculation of the Bulk Density the shovel shall rotate over the measuring cylinder to open the bottom. All the collected sample will slide out the cylinder back into the main product stream. The shovel shall rotate back closing the bottom and starts again with the sampling. The time consumption of the sampling, calculation and emptying is around 60 seconds resulting in a measurement every 3-5 m³ of product. A much higher rate compared to the manual method.

Based on the principles of the Moisturemeter I, the Moisturemeter II is a new innovation initially developed to be used in the Biomass industry. The Moisturemeter II makes the technology available for a wide range of raw materials used and the more industrial uses of Biomass like power plants. The new Moisturemeter II is one complete apparatus capable of doing all necessary measurements to be able to process low quality feedstock. It is build around a conveyor belt and even has an integrated belt scale. As a result the Moisturemeter II can measure Biomass while it is being fed into the boiler. This in combination with state-of-the-art laser sensor technology for Volume scanning it guarantees instant information such as: • Mass flow • Volume flow • Flow of dry solids • Flow of water • Moisture percentage, • Temperature of the product • Total mass • Bulk density • Real time calorific value of the dry matter (in combination with the fuel value) These parameters are available as actual values and as averages and totals within the batch.

Busch is your partner of choice for industrial vacuum systems. Busch offers vacuum system solutions. This means we are your partners in a process. We don’t just ship you a vacuum pump. We work together on each step to create a fully operational, sustainable, custom-fit system. From initial analysis to design, from installation to top quality service. No matter your location, no matter your application, whether it is modular or customized. Busch will help you find the solution that is perfect for you and your needs. Building a systems solution is always a joint undertaking. Busch and the customer work together to provide the right vacuum solution for your process. Each solution aims to be compliant with location regulations, reliable, energy saving, sustainable and cost efficient.

Our program for supplying industrial valves to the process industry is very diverse. All these branded items therefore find their way to the many applications. Our program broadly includes the following product groups: * Ball valves * Butterfly valves * Globe and bellow valves * Knife gate valves * Check valves, Filters &Sight glasses * Safety valves, Overflow and Reducering valves * Diaphragm valves, Solenoid valves & Plug valves * Steamtraps & Steam applications * Control valves including calculations * Pressure & Temperature instrumentation * Automation (pneumatic, electric, hydraulic) and Signage high-quality products, correct advice and fast service We assist you in choosing the right valves for your application. When you indicate for which application the valves should be used, we offer you the necessary fittings without obligation in cooperation with our manufacturers and partners. We can also take care of the following for you.

Volkmann INEX Vacuum Conveyors provide safe loading of bulk materials into hazardous areas, particular in the Chemical and Pharma Industries, where the loading of powders into reactors and stirring vessels is requiered. INEX systems can be used inside all gas and dust explosion zones. Initially material is sucked into the separator of the INEX system. Before the material is discharged, the transportation line is closed and the INEX system is set under vacuum. Then, the material inside the INEX system is areated with inert gas (for example Nitrogene) from the bottom and then released through the systems discharge valve. The concentration of Oxigen during discharge typically is below 7% or limited to such a value to not compromise the inert feed of the system. For the conveying of hybride mixtures, where the transfer of powders containing solvents, the entire vacuum transportation process with an INEX Vacuum Conveying system takes place under inert atmosphere. Volkmann INEX Vacuum Conveyors for hazardous applications and Explosion Zones free of ignition sources operate completely pneumatic without electricity completely electrical conductive design small interior filling volumes low transportation speeds no heat produced no hot surfaces no rotary parts easy to control and to operate. Volkmann provides profound expertise and support for all hazardous applications relying on our experience and knowledge. All systems have been designed for the specific demands of hazardous applications.