Riley Power CCV Burner Components ® Kennametal’s Conforma Clad™ provides extended performance for these CCV design features: 1• Proprietary Venturi coal nozzle that concentrates the coal to the center. stabilizer ring that creates a recirculation zone for flame shape and stability. that divides the coal stream into 4 smaller streams. support tube that holds the spreader in place and can be used to house thermocouples and/or igniters. sleeve that supports the inlet end of the spreader support tube. support tube legs that provide additional wear life by enabling rotation of support tubes.

Riley Power CCV® Burner Components As an expert in the development and application of wear protection solutions for equipment in extreme environments, Kennametal has a proven solution to ensure that your low NOx burner components maintain the performance that you expect. With Kennametal’s Conforma Clad™ advanced wear protection, you get the best of both worlds — proven low NOx burner technology that is able to maintain sustained performance by holding critical component geometries for extended run times. The CCV® (Controlled Combustion Venturi) burner was developed by Riley Power in the early...

Riley Power CCV® Burner Components Integrated Coal Nozzle with Flame Stabilizer Ring A new integrated coal nozzle with a flame stabilizer ring is now available for Riley Power CCV® Burners. The new design provides better flame attachment throughout the boiler range and includes upgraded materials for longer service life. The ring is now an integral part of the coal nozzle assembly, eliminating the mounting blocks and bolts used in previous versions. A 1" thick cast insert is protected by Conforma Clad™ tungsten carbide wear protection on the leading edges of the spreader support tube legs, the...

Riley Power CCV® Burner Components Performance Data The Conforma Clad™ process uses infiltration brazing to bond tungsten carbide to the base material of a component forming a hard yet tough and uniform-protective cladding that provides superior wear resistance to abrasion, erosion, and corrosion, even under high-temperature conditions. Because of its extremely high metallurgical bond strength, Conforma Clad resists abrasion up to 3–5 times better than typical alumina ceramic tiles, which are also limited by their low adhesive bond strength. This severe wear protection maintains critical geometries...