Sun Combustion, Inc.’s SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS are designed specifically for waste liquid and / or fume destruction applications.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS are designed to operate at very high temperatures and can be manufactured to handle up to 3000° F operating temperatures to insure maximum destruction of the waste material being processed.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS are designed to handle a wide variety of waste liquid and gaseous materials including: Chemicals, VOC’s, Process Smoke, Dust Laden Air, Process Vapors & Fumes, “BLUE” Smoke, Process Odors, and many other types of liquid and gaseous waste streams.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS can be manufactured in various sizes and configurations to handle almost any capacity of waste liquid and / or fume and may be designed for installation in a variety of locations to meet a customer’s specific requirements.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS can be designed to incorporate a waste heat recovery system such as: combustion air recuperator(s), air heater, boiler, thermal fluid heater, hot water generator, etc., in order to recover and utilize the exhaust heat from the waste destruction process.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS are designed and constructed for extreme heavy-duty usage operation. Only high quality materials and components are utilized throughout to insure long system life.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEM are extremely easy to operate and require very little maintenance to sustain their high performance level of waste destruction.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS can be designed to comply with local, state and federal environmental regulations and requirements.

SLF SERIES™ LIQUID & FUME INCINERATION SYSTEMS are designed to meet or exceed National Fire Protection Association (N.F.P.A.) and Factory Mutual (F.M.) code specifications and requirements; different or additional code specifications / requirements can be incorporated into the system’s design at time of system manufacture.