Dense phase systems convey materials at slower velocity than traditional dilute phase pneumatic systems. Unlike dilute phase conveying, in which all the material is suspended in a high speed gas stream, dense phase conveying moves material in a slower but more concentrated manner, especially along the bottom of the pipeline. The dense phase system will be designed to move material in a strand, plug, or fluidized mode depending on the nature of the material and the plant configuration.
With over 100 years of experience in feeding technology, Coperion K-Tron development and engineering teams have created smart feeding solutions. Without consistent, dependable feeder accuracy and repeatability for your process, the integrity of any recipe—and hence the final product—will be compromised.
The Thermo Scientific Versa Rx checkweigher provides superior quality to meet the most demanding performance standards.
If your application needs to accommodate non-technical users, power users, and everyone in between, you’re in the right place. Exago BI pairs award-winning ease of use with advanced functionality while giving you ultimate control over user experience.
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Grow your business with the world’s leading IT documentation software. Serving the top-performing MSPs around the globe with over 60,000 users in 30 countries daily, and dozens of productivity and innovation awards to boot — we’ll put you on the forefront of documentation management.
The quality, safety and effectiveness of drugs significantly depends on their proper packaging.
Antenna engineers favor advanced antenna systems capable of beam steering and multiple data stream transmission in order to meet 5G throughput requirements. Designing such a device is a difficult task because many factors are involved a device’s performance:
XFdtd and Wireless InSite ensure a comprehensive device design process, from simulating the initial antenna pattern to computing throughput performance in a multipath channel model. Together the products ensure a device will work well in its intended environment.
The Aclara sewer monitoring solution leverages our industry-leading RF network to provide near real-time monitoring of manholes and other key sewer locations. Whether used for early warning of overflows, informing maintenance schedules, compliance reporting, or deeper analytics (such as capacity modeling and performance reporting) the sewer monitoring solution is easy to install, reliable, low-maintenance, and integrated into your AMI environment.
Parkson offers two options for liquid removal from water and wastewater basins: effluent and supernatant decanters. The Parkson DynaCanter™ is a floating style decanter used to remove treated effluent or supernatant from the upper portion of the basin. The decanter utilizes a flex joint to allow vertical articulation as water levels move between high and low water levels. The decanter collects water from below the surface to preclude foam, scum, or other floatables from the effluent. A standard open / close valve is used in the effluent piping to control flow rate through the decanter. No electro-mechanical components are used inside the basin making operation and maintenance convenient for the operator.
Minebea Intec offers a complete range of load cells and corresponding mounting kits for weighing process vessels, silos and tanks. The applications covered range from low accuracy inventory control up to high accuracy batching. Further applications include the weighing of vessels in areas requiring Ex certified equipment or hygienic design and the weighing of outdoor silos in earthquake prone regions.
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