Commercial & Industrial
Boilers

Boilers are a highly effective way to provide heat and hot water for a wide range of applications—from light commercial to large industrial campuses. Whether you’re heating an office building, a school, or an entire facility with multiple buildings, boiler systems offer dependable and energy-efficient comfort.

A boiler heats water to provide warmth throughout a building or to deliver hot water for daily use. This heated water can be distributed in different ways.

Domestic Hot Water Boilers

Boilers used for domestic hot water applications provide heated water for sinks, showers, and process use. These systems are designed to deliver hot water efficiently and continuously, making them a dependable solution for facilities with high water demand. Domestic hot water boilers are often integrated into building management systems to maintain consistent temperatures and support energy efficiency goals.

• Heat water for use in sinks, showers, appliances, and radiant floor heating
• Operate at lower temperatures and pressures
• Circulate hot water through piping to fixtures or heating elements
• Common in residential and light commercial settings
• Typically, more energy-efficient and easier to maintain
• Compatible with baseboards, radiators, and fan coil units

Heating Water Boilers

Heating Water Boilers distribute heated water through coils and fan systems to warm air in commercial and industrial buildings. These are commonly used in fan coil units, baseboard heating, or radiant floor systems. Their ability to travel long distances makes them especially suited for large facilities or multi-zone operations.

• Designed primarily for space heating in commercial and industrial facilities
• Distribute heated water through coils, baseboards, radiant floors, or fan coil systems
• Operate at higher capacities to support large buildings or multi-zone applications
• Capable of circulating hot water long distances without significant heat loss
• Often integrated with advanced controls for zoning and energy management
• Provide reliable, consistent heat in varying climate and occupancy conditions

Industrial Steam Boilers

Steam boilers generate steam by heating water and are commonly used in large commercial and industrial facilities. Unlike hot water boilers, steam systems operate at higher pressures and temperatures, making them well-suited for heavy-duty applications such as sterilization, humidification, power generation, and large-scale heating. Steam can travel long distances through piping with minimal loss, providing an efficient way to deliver heat or process energy across multiple zones or buildings. These systems require regular monitoring and maintenance to ensure safe operation, but they remain one of the most powerful and versatile heating solutions available.

• Generate steam, not just hot water, for heating or industrial processes
• Operate at higher pressures and temperatures
• Deliver steam through pipes to radiators or equipment
• Common in older buildings, industrial facilities, or large-scale applications
• Require more robust materials and maintenance due to high-pressure operation
• Ideal for long-distance heat transfer and consistent temperature control across multiple spaces