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While programmable logic controllers (PLCs) and advanced controls proliferate in many industrial operations, thermal processes often are the exception that proves the rule.
Low temperature stainless steel shutoff valves are utilized for on/off control of fuel gas within gas fuel trains in process heating system burners. These systems are widely used by oil-and-gas firms and original equipment manufacturers (OEMs) that operate or produce gas heating equipment or burner management systems (BMSs) in upstream pipelines and tanks.
The days of using a rag and stick to light a burner have thankfully faded into the not-so-distant past. Technology has evolved and continues to do so at a rapid rate.
Combustion safeguard system provide continuous, automatic protection against the buildup of combustible fuel mixtures due to flame failure or other faults in ovens, boilers, furnaces and other heating equipment.
Two types of flame sensors generally are used on industrial burners: flame rods and ultraviolet scanners. While each can perform the essential role of safeguarding industrial combustion systems, this article will focus on ultraviolet scanners.
Single-burner control system is designed for aggregate drying and utilizes fiber-optic cable technology to reduce the dependence on heavy, multi-conductor copper control cable.
To achieve the best bang for your boiler or thermal fluid heater, the boiler or thermal heater must be properly designed for the given application. Look for the highest efficiency for the unit along with dependable operation and readily available service.
Because natural gas energy costs are a major cost factor for many industrial processes, it makes sense to carefully analyze how the natural gas is being used and whether the system is running at peak efficiency.