Gericke Launches Pulse-FlowTM Pneumatic Conveying System Which Operates at High Pressures and Low Gas Velocities to Protect Sensitive Products
Press Release Summary:
- Designed for 24/7 operation with access for cleaning, minimal wear on bends and piping for low maintenance and gas consumption for cost savings
- Encompasses the feeding hopper, pressure vessel, pipeline, conveying and secondary air supply along with company's computer-driven, touch-screen control system
- Ideal for conveying fragile, free-flowing and cohesive powders, granulates, coarse-grained products
Original Press Release:
Gericke USA Unveils Pulse-FlowTM PTA Pneumatic Conveying System
Dense Phase System Uses Low Velocity Slugs to Protect Sensitive Products
York, PA: Process equipment manufacturer Gericke, USA, Somerset, NJ (www.gerickeusa.com), has unveiled the Pulse-FlowTM PTA dense phase pneumatic conveying system. Featuring a proprietary design, the Pulse-Flow pneumatic conveying system directs the air or nitrogen into the pressure vessel and pipeline in timed, regular pulses that form the dry material into separate, wavelike, pulsed slugs. Creating a gentle conveying action, the Pulse-Flow PTA operates at high pressures with low gas velocities to safely convey sensitive products in mass flow up to 500 feet to a hopper, reactor vessel, silo, railcar, or other receiving destination with minimal particle degradation or separation.
Ideal for conveying fragile, free-flowing and cohesive powders, granulates, coarse-grained products and a wide variety of bulk food, chemical, pharmaceutical, mineral, plastic and other products, the automated Pulse-Flow PTA conveying system encompasses the feeding hopper, pressure vessel, pipeline, conveying and secondary air supply, and the company's computer-driven, touch-screen control system. The integrated conveying system is designed for reliable, unattended, 24/7 operation with easy access for cleaning, minimal wear on bends and piping for low maintenance, and low gas consumption for cost savings.
Custom engineered for each application, the Gericke systems are designed to meet target throughput rates, conveying distances, footprints, particle size distributions and other requirements in either batch or continuous operation. The systems are assembled and tested in the company's Somerset, New Jersey, headquarters and installed by the company's engineering team.
For more information, contact Gericke USA, Inc., 14 Worlds Fair Dr. Suite C, Somerset, NJ 08873-1364; 855 888-0088; gericke.us@gericke.net; or see www.Gericke.net
Media Contact:
Paul Entin
908-479-4231
Rene Meira Medina
855 888-0088 x 805
