Process Burners

Need to reduce emissions and energy used for process heating while increasing productivity at an energy-intensive plant? Selecting a combustion system that will suit the particular requirements of an application? Our specialists are here to look at your processes and suggest the most efficient and cost effective way to help reduce your energy bill. Here at our company, combustion systems can be sized and designed to suit the specific requirements of an application, offering a purpose built solution to a problem whether it involves making steel or heating ladles, melting aluminium or heating your tanks. The systems can be incorporated into new applications or retrofitted to existing equipment, where they may overcome restrictions to production levels, created by ancillary elements such as the bag house. Valve trains and control panels are designed and built in-house, ensuring compliance with the relevant local codes. Having extensive knowledge of the many control options available and the various benefits they offer to particular applications, we can select the best burner and control package for an application that will ensure that optimum energy efficiency is achieved without compromising reliability. Read our case study on burner control panels and gas trains for soil remediation project at Point Cook, Victoria. We know the energy saving techniques that will be effective and practical in operation and will suit each application, and those that will show the best ROI. We also offer a range of industrial burner systems for such process heating applications as: heat treatment furnaces, air heaters, aluminum melting furnaces, steel heating, ladle drying and heating, food processing, process drying and many others. We offer:

• Fuel savings and reduced emissions
• Increased reliability and product through put
• Supply of reliable brands of process burners and spares
• Experienced service staff, servicing boilers and burners, including on-site service
• Over 100 years of expertise in process combustion / burner sales
• 4 experts with 15 – 40 years of personal expertise in designing combustion systems

Air Heating Airheating is used in many thermal process applications and involves the elevating of temperature of a moving air stream. Hurll Nu-Way offers a comprehensive range of gas fired burners (natural gas, LPG, butane) specifically designed for airheating. Suitable for in-duct mounting, they can be supplied as burner head only, through to fully packaged in a duct section with gas train and controls. Read More

High Temperature / Furnace We offer sizing and design of burner systems for high temperature applications, such as, for example, heating and drying of mineral fertilizers, steel, sand, grain, soil remediation and numerous other products. We can carry out the heat balance for your process and design the most cost efficient burner solution for your furnace or dryer, allowing to cut on energy costs and to suit the specific requirements of your process. We supply high temperature process burners from a range of suppliers, including British, American and Japanese manufacturers to suit any process, however small or complex, from 0.5 GJ/hr burner for a bale-out furnace to multiple 50 GJ/hr burners for reverberatory smelters. Read More

Low Temperature / Oven Read More

Immersion Tube / Tank Heating Immersion tube heating of tanks is a proven method of heating process liquids at the point of use with relatively high efficiency compared with centralised boilers or under tank systems. Burners which can fire into a small diameter immersion tube can extract even greater efficiencies. Tank heating is used for beer manufacturing, for clean-in-place of dairy tanks, blanching vegetables, plucking chicken, scalding pigs, industrial washers, anodising and degreasing, paint pre-treatment and other applications. Read More

Infra Red Hurll Nu-Way helps design rotisseries, broilers, kebabs, gyros, BBQ grills and heating for ovens as well as other cooking and drying equipment incorporating SBM high-efficiency infrared burners. Read More