Ferrous and non-ferrous metals each present unique challenges and opportunities due to differences in their composition, structure, and physical properties. Our team is here to help you identify the most effective equipment to enhance your processes and maximize efficiency.
Our COJET Gas Injection system uses a process and injector nozzle that delivers a 3-to-5-foot laser-like coherent jet of oxygen at supersonic speeds into the electric arc furnace. The fixed, wall-mounted injector nozzle retains the original diameter and velocity of the oxygen jet, delivering precise amounts of oxygen with less cavity formation and splash compared to traditional manipulators. This gas injection technology allows for automatic furnace operation. COJET for EAFs
The COJET flame guard panel has been developed to provide an option for mounting COJET injectors, minimizing interference with the refractory lining in electric arc furnaces and with structures on the outside of the furnace. The panel has been successfully tested and offers advantages, such as customary high decarburization efficiency, broad burner capabilities, low maintenance, extended life and added improvement in refractory life. COJET Flame Guard Panel
Optimize your reheating furnaces with REBOX technologies. The REBOX portfolio of products is tailored to different furnace and customer requirements. They can be incorporated into new and existing furnaces without increasing the existing footprint. They are compatible with all conventional fuels and most types of furnaces, from large pushers and walking beams through rotary hearths, roller hearths to various batch furnaces. REBOX Steel Reheating Technology
Linde now offers an effective means of optimizing vessel preheating processes. This technology moves beyond conventional burner designs to harness highly efficient flameless oxyfuel combustion. Our OXYGON ladle preheating system is available in two versions for different vessel sizes and different levels of flexibility to meet your operation's needs and safety standards. OXYGON Ladle Preheating System
Linde's OPTIVIEW Image Analysis System uses flame image analysis technology to enhance combustion control and reduce emissions. This innovation enables real-time, automatic control of the energy introduced into the melting process. That means your operation is always being controlled to drive the kind of fuel savings, reduced emissions and increased productivity that can make a positive, material impact on your operation. OPTIVIEW Image Analysis System
Linde's OPTIFIRE fluidic burner's remote-controlled operation allows the flame to be directed at cold scrap and accelerates the meltdown in the furnace. The flame can be programmed to move on horizontal and vertical planes. Linde’s OPTIFIRE burner delivers big results by increasing productivity, improving heating uniformity, reducing heating time, helping to eliminate cold spots and making efficient use of chemical energy. OPTIFIRE Fluidic Burner
The WASTOX™ combustion process treats organic contaminants in scrap metal recycling, especially in rotary kilns, by using oxygen lances and burners to boost combustion efficiency and cut emissions like VOCs and CO. In aluminum recycling, it effectively burns off paint and coatings by optimizing combustion.
The ALUMELT™ JL burner is customizable for aluminum melting and, when properly positioned, minimizes alkali volatilization and particulates, reducing refractory corrosion and extending furnace life. Its oxyfuel combustion boosts flame temperature and heat efficiency, increasing productivity while cutting flue gas and fuel use.
The ALUMELT™ LTOF burner uses low-temperature flameless oxyfuel combustion, designed specifically for aluminum melting. By mixing flue gases into the flame, it lowers flame temperature and evenly distributes heat, ensuring uniform melting while preventing hot spots and dross formation.
Linde's OPTIVIEW image analysis system uses flame image analysis technology to enhance combustion control and reduce emissions. This innovation enables real-time, automatic control of the energy introduced into the melting process. That means your operation is always being controlled to drive the kind of fuel savings, reduced emissions and increased productivity that can make a positive, material impact on your operation. OPTIVIEW Image Analysis System for Aluminum