Vacuum Steam Heating Systems

Product Details

VM	No Data Sheet   No Manual

A system that offers vacuum steam heating using saturated steam under 212 ºF and using vacuum technology for cooling through evaporative cooling.

VM2HU

Specifications No Manual

• Usage: Single equipment production processes and pilot plants
• Applications: Jacketed reaction tanks (capacity up to 400 ℓ), heating kettles, concentration kettles, cultivation kettles, dryers, kneading kettles, emulsification kettles, etc.
• Easy-to-use touch panel
• Step heating control function enables shorter heating time
• Rapid vacuum generation function to enable shorter start-up times
• Built-in data logger

VM3HPN

Specifications No Manual

• Usage: Single equipment production processes and pilot plants
• Applications: Jacketed reaction tanks• Jacketed reaction tanks (capacity up to 10 m³), shell and tube heat exchangers, hot air dryers, roll heaters, etc.
• Easy-to-use touch panel
• Step heating control function enables shorter heating time
• Recipe-based temperature control for programming frequently used settings
• Rapid vacuum generation function to enable shorter start-up times
• Built-in data logger
• Condition monitoring of operating status to provide advanced warning of anomalies

VM4HPN

Specifications No Manual

• Usage: Multi-equipment product processes and pilot plants
• Applications: Jacketed reaction tanks (capacity per one unit up to 7 m³), shell and tube type heat exchangers, hot air dryers, roll heaters, etc.
• Packaged solution greatly simplifies piping and electrical installation
• Configurable for up to 3 vacuum steam lines for simultaneous supply to 3 users at different temperatures

Always check the specification PDFs for the exact product specification available in your region.

Benefits and Features

Vacuum Steam Heating System

Steam heating below 212 ºF yields improved product quality and productivity.

- Uses saturated steam below atmospheric pressure as the heating source

- Heating by means of steam heat enables even heating of the equipment

- Steam is supplied precisely at the set temperature using desuperheat system

- Compared to heating with hot water, there is a great reduction in the time required for start-up and setting modifications

Steam systems requires less space than hot water systems.

Energy Conservation

- The latent heat in the steam is used for heating, thereby greatly increasing the amount of heat per unit and allowing for low-cost heating using small amounts of steam

Environmentally Friendly

- The buffer tank used for hot water systems, and which creates great clouds of vapor, is not used

Vacuum Vaporization Cooling System

This innovative cooling system utilizes the evaporative heat from the vaporization of water for cooling

Allows for even cooling.

Energy Conservation

- Utilizes less water for cooling than conventional cold water circulation systems

Vacuum Steam Heating and Cooling System

This system makes possible both heating and cooling using vacuum steam below 212 °F.

The system switches quickly between heating and cooling.

It combines the strengths of both a vacuum steam heating system and a vacuum vaporization cooling system.

Application Areas

Reactor kettles, polymerization kettles, concentration kettles, presses, heat exchangers, dryers, etc.