• Preferred Utilities | Fuel Oil Handling
• Preferred Instruments | Boiler Controls
• W.N. Best | Combustion Systems
• Preferred Engineering | Nuclear Outage Support

Preferred Utilities

Preferred Utilities engineers and fabricates fuel oil handling systems for diesel generators and dual-fuel fired boilers for mission critical facilities such as data centers, hospitals, and emergency response facilities.

• Fuel Oil Transfer Pump Sets
• Day Tanks
• Fuel Filtration Systems
• Fuel Oil Heaters and Assemblies
• Tank Monitoring
• Pump and Motor Assemblies
• Fuel Oil Specialties
• Diesel Fuel Oil Additives and Treatments

Preferred Instruments

Preferred Instruments manufactures microprocessor based controllers, instruments, and electric actuators for combustion and process applications. Preferred Instruments also manufactures oil tank gauging and leak detection equipment.

• Actuators
• Control Systems
• Controllers
• Flame Safeguard Components
• Monitoring Systems
• Transmitters and Sensors

W.N. Best

W. N. Best Combustion Equipment, founded in 1890, manufactures industrial #2 through #6 oil and gas burners, along with specialty systems and burners for thermal decomposition of sludge and contaminated petroleum products for product regeneration and heat recovery.

• AP Burner
• Register Burners
• Thermopak Burners
• Waste Fuel Burners

Preferred Engineering

Formed in 1980, Preferred Engineering engineers and manufactures Outage Support Equipment for nuclear power plants. Products include: Main steam line plugs for MSIV testing, Stud hole plugs, remotely actuated lifting devices, quick lock fastening and seal systems and many others.

• Cleaners
• Lifting and Structures
• O-Ring Products
• Plugs
• Refueling Apparatus
• Seals and Covers

What's New

• Seneca Foods Reduces Fuel and Electricity Costs with XPlus Burner and Controls Retrofit
• 11 November, 2011
• Preferred supplies equipment and expertise to save over $50,000 per year of fuel and over $3,000 worth of electricity with a new burner. The reduction in natural gas consumption would reduce the plant's carbon dioxide emissions by over 600,000 lbs per year. In addition, up to a quarter of the heat input of this burner comes from the digester gas produced from corn and bean waste produced by the cannery.