Process Barron products

ProcessBarron's airfoil fans are engineered for efficiency and durability in handling air, gases, dust, and materials. Designed to withstand abrasive and dusty environments, these fans feature solid nose pieces and welded internal stiffeners for structural rigidity. Full penetration welds to the back plate and shroud maximize the blade section modulus, ensuring longevity. Our fans are made from robust materials like Hastelloy, ASTM 36, A514/A517 high strength carbon steels, and exotic alloys, ideal for high temperature, high pressure, and corrosive settings. Performance-rated to AMCA standards, each fan undergoes rigorous testing for rotating assembly operation, rotor resonance, and overall performance. Options include flanged inlets/outlets, access doors, shaft/bearing/belt guards, spark-resistant construction, extended life bearings, special coatings, silencers, and insulation, offering flexible solutions to minimize operating costs.

ProcessBarron's forward curved fans are meticulously performance rated per AMCA standards, ensuring optimal efficiency and durability. These fans undergo rigorous testing for rotating assembly operation (ANSI standards), rotor resonance properties, and overall performance. Designed for industrial applications, they effectively handle air, gases, dust, and materials. The forward curved fan's performance curve features dual peak pressure points, offering high efficiency. However, they are unsuitable for applications where material accumulation could cause imbalance. Fabricated from robust materials like Hastelloy, ASTM 36, high-strength carbon steels (A514/A517), and exotic alloys, these fans withstand high temperatures, pressures, and corrosive environments. Available accessories include inlet/outlet dampers, expansion joints, access doors, standard NEMA motors, spark-resistant construction, extended life bearings, special coatings, silencers, and insulation.

Parallel Blade Louver Dampers are available for open-close service, fixed flow balance control, and for use as a variable control damper at the inlet box of a fan to pre-spin the air entering the fan wheel.

Butterfly air dampers are single blade, low or minimum leakage dampers that are well suited for open-closed service or flow control balancing.

ProcessBarron's Flow Diverter Dampers are essential for efficient heat recovery systems, directing gas flow to either a waste heat recovery system or a bypass mode through a silencer or stack. Engineered with a single end pivoted blade, these dampers ensure precise control of gas flow between two damper outlets. Our turbine exhaust diverter dampers come fully equipped with two dampers, T-duct sections, expansion joints, and fail-safe damper actuators. Manufactured and assembled in our Alabama facilities, each custom flow diverter damper undergoes rigorous in-house testing before shipping. Our field service team offers comprehensive turn-key installation, inspection, maintenance, and problem analysis, ensuring optimal performance and reliability of new and existing systems.

Low leakage slide gate isolation dampers are primarily used for isolation purposes where low levels of leakage and pressure drop are required. Low leakage slide gate isolation dampers are available with chain drive and electric motor actuators.

Servicing dust collectors often involves the replacement of existing internal dust collector parts with in-kind pieces. It can also consist of using different size or type tube assemblies that will fit inside the casing, yet still handle the required air volume and pressure drop requirements. Another common option is adding outlet hood turning vanes to improve airflow distribution, and reduce any differential pressure problems that may be present inside the casing.

Live bottom screw metering bins utilize single or multiple engineered screws to properly distribute fuel for uniform heat distribution of the combustion processes, and better control of boiler emissions.

ProcessBarron’s inclined drag conveyors are ideal conveying mechanisms when a change in elevation is required. Available with single or multiple chain strands, drag chain conveyors are designed to pull materials like coal, wood, TDF, lime and other materials vertically while still working to maintain particle integrity. ProcessBarron’s engineers can also design drag conveyor systems with multiple inlets and discharge points, allowing for maximum efficiency.

ProcessBarron uses the strongest and most durable steels and alloys to fabricate screw conveyor systems that withstand the harshest operating conditions. Our engineering team designs screw conveyor systems to maximize the efficient transfer of free-flowing and non-free-flowing, dry, and semi-dry bulk materials at your plant.