Date: 23 October 2019
Conference attendees who visit Air Products’ suite at the Hilton Downtown Columbus, Bellows F, will learn about the latest innovations in company’s line of Cleanfire oxy-fuel burner technologies, which can help glass manufacturers increase glass production, reduce fuel consumption, improve glass quality and reduce emissions.
On behalf of each visitor to the company’s suite, the Air Products Foundation will donate $100 (up to a total of $15,000) to the Ceramic & Glass Industry Foundation (CGIF). This is the third consecutive year Air Products has made a contribution to CGIF to foster innovation by the next generation of ceramic and glass professionals.
In addition, Dr. Michael J. Gallagher, senior principal research engineer for combustion technology development at Air Products, will present “Synchronized Oxy-fuel Boost Burners for Zero-Port Performance Optimization in Float Glass Melting Furnaces” on Tuesday, October 29, at 3:00 p.m. as part of the Conference’s Melting and Combustion Technical Session.
Dr. Gallagher will discuss an advanced burner technology that is capable of automatically adjusting flame properties—particularly length, luminosity and momentum—in float glass melting furnaces to maximize oxy-fuel performance benefits. He will share both the methodology and beneficial results of field implementation of synchronized oxy-fuel boost burners, a development that combines Air Products Process Intelligence technology with the company’s recently commercialized Cleanfire® HRx™ burner.
Air Products has been supplying oxy-fuel technology to the glass industry since the mid-1970s. The company operates a state-of-the-art Advanced Clean Energy Laboratory that facilitates the development and full-scale testing of actual combustion systems using a full spectrum of gaseous, liquid, and solid fuels from customers. Located in Allentown, Pa., the Clean Energy Lab enables remote monitoring of real-time combustion tests from locations around the world. To learn more, call 1-800-654-4567 or visit www.airproducts.com/glass.