The traditional source of heat in industry, has been steam. However, higher temperatures of steam require higher investment in the heat generation.

Water boils when it’s vapoUr pressure equals the atmospheric pressure. Thus, when pressurized, water can boil at temperatures above 100 °C. The hot water generator uses this principle to heat water as high as 140 °C or beyond without changing its liquid state. This water is transferred in a pressurized closed loop system to the point of application.

Features

• High quality high temperature seamless tubes/coils
• 3-pass thermally efficient heater
• Efficient combustion system
• Fully automatic control system
• All safety instruments and controls are provided
• Very compact and occupies minimum floor area

The traditional source of heat in industry, has been steam. However, higher temperatures of steam require higher investment in the heat generation.

Water boils when it’s vapoUr pressure equals the atmospheric pressure. Thus, when pressurized, water can boil at temperatures above 100 °C. The hot water generator uses this principle to heat water as high as 140 °C or beyond without changing its liquid state. This water is transferred in a pressurized closed loop system to the point of application.

Features

• High quality high temperature seamless tubes/coils
• 3-pass thermally efficient heater
• Efficient combustion system
• Fully automatic control system
• All safety instruments and controls are provided
• Very compact and occupies minimum floor area