Hot Water System
For pharmaceutical process, heating and drying
Works continuously
Requires minimal maintenance
Efficient control
Features
Compact and complete solution
Design, engineering, manufacturing and instrumentation under one roof
Customized advanced temperature controller with DCS connectivity
Skid mounted system for ease of installation
Versatile heating controls for consistent and desired temperatures
Advanced condensate removal technique
Instantaneous results
Advantages
Instant output - Hot water generation is instantaneously available for fluctuating process loads and urgent demands
Less energy consumption - System designed with heat exchangers with very high heat transfer rates and efficiency
Least cost of ownership - Inexpensive solution in terms of initial capital costs, installation, operation control with safety and maintenance
Highly reliable - Ensures accurate hot water temperature demanded by most of the temperature sensitive drying processes
Compact yet efficient - Up to 75% less space required for installation when compared to conventional hot water tank heating systems
Network Architecture
| Technical Specifications | |
|---|---|
|
Application
|
Process / Drying |
|
Temperature Range
|
RT to 95°C |
|
Type of Heat Exchanger
|
PHE / Shell and Plate / Shell and Tube or Electrical Heater |
|
Utility Requirement
|
Steam or electrical power supply |
|
MOC of Internal piping and components
|
Mild steel / Carbon steel / SS304 or SS316 |
|
Type of Pumps
|
Seal or seal-less |
|
System Accuracy
|
± 2°C |
|
Condensate Pumping system
|
Automatic Pumping Trap
|
|
Temperature Controller
|
Advanced controller having an unique feature and no need of secondary controller for activating the safety cut off valve |
|
Area of classifications
|
Safe & hazardous area |
