Sell Industrial Hot Water Generator Boilers (HWG Boiler)
Industrial Hot Water Generator (HWG Boiler)
PT Indira Mitra Boiler manufactures and supplies high-performance Industrial Hot Water Generator (HWG) Boilers designed to provide safe, reliable, and energy-efficient heating for a wide range of industrial applications. Our hot water generators use thermal water as the heat transfer medium and operate within a temperature range of 50°C to 95°C, making them ideal for process heating systems that require precise temperature control.
Unlike steam boilers, a hot water generator operates under the pressure created by the circulation pump rather than high-pressure steam. Therefore, the system is significantly safer, easier to operate, and does not require pressure-rated process equipment in many heating applications.
With proper installation and routine maintenance, our hot water generator boilers are designed to provide a service life of more than 10 to 15 years, delivering consistent heating performance with minimal operating costs.
BEJO Hot Water Boiler | High Efficiency Industrial Hot Water Boiler | PT Indira Mitra Boiler
This video showcases the BEJO Hot Water Boiler, a high-efficiency industrial hot water boiler engineered to provide reliable, energy-efficient, and continuous hot water supply for a wide range of industrial heating applications. Designed and manufactured by PT Indira Mitra Boiler, the system combines advanced combustion technology, automatic controls, and high-quality components to deliver stable heating performance while reducing fuel consumption and operating costs.
At the beginning of the video, viewers are introduced to the overall construction of the BEJO Hot Water Boiler, highlighting its compact design, heavy-duty pressure vessel, burner assembly, insulated boiler body, control panel, circulation piping, and safety devices. Every component is manufactured and assembled to ensure maximum durability, thermal efficiency, and long service life.
The video explains how the industrial hot water boiler operates by transferring heat from the burner flame into water circulating inside the boiler. The heated water is then pumped through a closed-loop system to supply continuous heat to industrial equipment and production processes before returning to the boiler for reheating.
Key Features Demonstrated in the Video
- High Efficiency Hot Water Boiler
- Gas Fired Hot Water Boiler
- Diesel Fired Hot Water Boiler
- Dual Fuel Hot Water Boiler
- Automatic Burner Control
- PLC-Based Control Panel
- Digital Temperature Control
- High Thermal Efficiency
- Energy Saving Operation
- Compact Industrial Design
- Safety Protection System
- Factory Quality Inspection
Throughout the video, viewers can observe the boiler’s robust fabrication quality, precision welding, insulated casing, burner installation, piping arrangement, and automatic control system designed for safe and reliable industrial operation.
Industrial Applications
The BEJO Hot Water Boiler is suitable for various industries, including:
- Food & Beverage Processing
- Palm Oil Industry
- Textile Industry
- Chemical Processing
- Pharmaceutical Manufacturing
- Hospitals
- Hotels
- Commercial Buildings
- HVAC Systems
- Tank Heating
- Heat Exchanger Systems
- Process Heating
- Drying Systems
- Manufacturing Plants
- District Heating
Advantages of BEJO Hot Water Boiler
✔ High thermal efficiency for reduced fuel consumption
✔ Stable hot water temperature for continuous industrial processes
✔ Automatic PLC and digital control system
✔ Compact footprint with easy installation
✔ Low maintenance requirements
✔ Reliable safety protection and automatic shutdown system
✔ Suitable for natural gas, diesel, and dual-fuel burners
✔ Long service life with heavy-duty construction
✔ Environmentally friendly combustion with lower emissions
✔ Designed for 24-hour continuous industrial operation
The video also highlights PT Indira Mitra Boiler’s manufacturing capabilities, including engineering design, fabrication, quality control, factory testing, and commissioning services. Every boiler undergoes thorough inspection before delivery to ensure reliable performance and compliance with industrial standards.
PT Indira Mitra Boiler Services
- Industrial Hot Water Boiler Manufacturing
- Engineering Design
- Boiler Supply
- Installation & Commissioning
- Burner Integration
- Preventive Maintenance
- Boiler Spare Parts
- Technical Consultation
- After Sales Support
Whether you require a hot water boiler for a manufacturing facility, commercial building, food processing plant, or industrial heating system, BEJO Hot Water Boiler offers a dependable, energy-efficient, and cost-effective solution tailored to your operational needs.
Contact PT Indira Mitra Boiler
Ratman Bejo
📞 WhatsApp: +62 813-8866-6204
🌐 Websites:
Industrial Hot Water Boiler by PT Indira Mitra Boiler – High-efficiency hot water generator designed for industrial heating applications. Equipped with automatic burner control, digital temperature controller, circulation pump, expansion tank, and advanced safety devices. Suitable for food processing, textile, chemical, pharmaceutical, palm oil, hotels, hospitals, and commercial industries.
Advantages of Industrial Hot Water Generator Boilers
Industrial Hot Water Generator (HWG) Boilers provide a safe, energy-efficient, and cost-effective alternative to conventional steam boilers. Operating as a closed-loop hot water system, they offer precise temperature control, lower operating costs, and minimal maintenance while delivering reliable heating for a wide range of industrial applications.
Precise Temperature Control
The digital temperature control system continuously monitors and regulates the heating water temperature. As a result, stable and accurate temperatures are maintained, ensuring consistent process heating and improved product quality.
Low Operating Pressure
Unlike steam boilers, hot water generators operate using a circulation pump instead of high-pressure steam. Therefore, the system offers enhanced safety, reduced mechanical stress, and simplified equipment design.
No Condensate or Blowdown Losses
Conventional steam boilers require condensate recovery and periodic blowdown, which can lead to energy and water losses. In contrast, a hot water generator operates in a closed-loop system without condensate return or blowdown, significantly improving thermal efficiency.
Reduced Water Treatment Requirements
Because the heating water continuously circulates within a sealed system, water replacement is minimal. Consequently, chemical treatment requirements, water consumption, and operating costs are substantially reduced.
Low Corrosion Rate
The closed-loop circulation system minimizes oxygen ingress and contamination within the piping network. As a result, corrosion of the boiler, piping, pumps, and heat exchangers is greatly reduced, extending equipment life.
Minimal Maintenance
Scale formation inside the heating coil is minimized under normal operating conditions. Furthermore, the absence of steam traps, condensate systems, and blowdown equipment significantly reduces routine maintenance requirements.
Fully Automatic Operation
An advanced digital control panel automatically manages burner operation, circulation pumps, safety devices, and temperature settings. Therefore, the system operates reliably with minimal operator supervision.
Long Service Life
Manufactured using premium-quality materials and advanced fabrication technology, Industrial Hot Water Generator Boilers are designed for continuous industrial operation. With proper installation and preventive maintenance, the system typically provides a service life of more than 10 to 15 years.
Supporting Systems
Reliable supporting equipment is essential for maintaining the safety, efficiency, and long-term performance of an Industrial Hot Water Generator system.
Expansion Tank
The expansion tank is a critical component that accommodates changes in water volume caused by temperature fluctuations. Additionally, it helps maintain stable operating conditions throughout the heating system.
Main Functions
- Accommodates thermal expansion of the heating water.
- Maintains stable system pressure.
- Removes trapped air from the piping system.
- Prevents cavitation in the circulation pump.
- Protects system components from excessive pressure.
- Improves overall system reliability and operational safety.
- Extends the service life of pumps, piping, and boiler components.
Key Benefits of the Expansion Tank
A properly sized expansion tank provides several important advantages:
- Stable and efficient hot water circulation.
- Improved heating system performance.
- Reduced pressure fluctuations.
- Enhanced equipment protection.
- Lower maintenance requirements.
- Increased operational reliability.
- Longer service life of the entire heating system.
This integrated design enables Industrial Hot Water Generator Boilers from PT Indira Mitra Boiler to deliver safe, reliable, and energy-efficient heating solutions for hotels, hospitals, food processing plants, textile mills, chemical industries, pharmaceutical facilities, commercial buildings, and other industrial applications.
Circulation Pump
The circulation pump continuously moves the heating water throughout the closed-loop system.
Its functions include:
- Circulating heated water through the boiler and process equipment.
- Maintaining the required flow rate for efficient heat transfer.
- Preventing localized overheating inside the boiler.
- Improving overall thermal efficiency.
- Ensuring uniform temperature distribution.
The pump capacity is carefully selected according to the required heating load and piping configuration. Proper flow velocity creates turbulent flow inside the heating coil, which improves heat transfer efficiency while protecting both the heating fluid and the boiler tubes from thermal degradation.
Premium Pump System
PT Indira Mitra Boiler uses high-quality KSB circulation pumps, recognized worldwide for their reliability and durability in industrial heating applications.
Key features include:
- High-Efficiency Performance
- Continuous Industrial Duty
- Low Noise Operation
- Excellent Reliability
- Operating Temperature up to 200°C
- Long Service Life
- Easy Maintenance
Applications
Industrial Hot Water Generator Boilers are widely used in:
- Palm Oil Mills
- Food & Beverage Industry
- Chemical Plants
- Pharmaceutical Industry
- Textile Industry
- Asphalt Heating Systems
- Tank Heating Systems
- Fuel Oil Heating
- Bitumen Heating
- Commercial Buildings
- Hotels & Hospitals
- Manufacturing Plants
Why Choose PT Indira Mitra Boiler?
PT Indira Mitra Boiler is a trusted Industrial Hot Water Generator Manufacturer, Supplier, and Fabricator in Indonesia, providing complete heating solutions for commercial and industrial applications.
Our Advantages
- Custom Engineering & Design
- High-Efficiency Heating Systems
- Premium Quality Materials
- International Manufacturing Standards
- Strict Quality Control
- Factory Acceptance Testing (FAT)
- Professional Installation & Commissioning
- Nationwide Technical Support
- Spare Parts Availability
- Competitive Pricing
Safety Devices
Our Industrial Hot Water Boiler is equipped with advanced safety devices and automatic control systems to ensure safe, reliable, and efficient operation.
Standard Safety Features
- Digital Temperature Controller
- Flow Control Switch
- Automatic Burner Control
- Flue Gas (Chimney) Temperature Controller
- Pressure Gauge
- Indicator Pilot Lamps
- High Temperature Alarm
- Emergency Stop Button
- Low Water Protection
- Safety Relief Valve
- Expansion Tank
- Automatic Temperature Control System
Operating Principle
1. System Filling
Before starting the hot water boiler, the entire heating system must be completely filled with heat transfer fluid. Furthermore, the liquid level should always be maintained within the expansion tank to ensure safe, stable, and efficient operation.
2. Circulation Process
Once the system is filled, the circulation pump transfers the heat transfer fluid from the expansion tank through the hot water boiler. Afterward, the heated fluid flows through the piping network before returning to the expansion tank, thereby creating a continuous closed-loop circulation system.
3. Burner Operation
Following a stable circulation flow, the burner automatically ignites. During this process, thermal energy is transferred through the boiler tubes or heat exchanger, raising the temperature of the circulating fluid.
Next, the heated fluid is supplied to process equipment, storage tanks, heat exchangers, or tanker heating systems, depending on the specific industrial application.
4. Automatic Temperature Control
To ensure consistent heating performance, the digital temperature controller continuously monitors the outlet temperature of the circulating fluid.
Typical Operating Settings
- Set Temperature: 50°C
- Burner OFF: 50°C
- Burner ON: 35°C (Adjustable Differential)
When the preset temperature is reached, the burner automatically shuts down to prevent overheating and reduce fuel consumption. Meanwhile, the circulation pump continues operating to maintain uniform heat distribution throughout the system.
As the fluid temperature gradually falls to the lower setpoint, the burner automatically restarts. Consequently, the boiler maintains a stable operating temperature, improves energy efficiency, and minimizes operating costs.
Benefits of the Automatic Control System
- Automatic Temperature Regulation
- Improved Fuel Efficiency
- Stable Heat Output
- Safe Boiler Operation
- Reduced Energy Consumption
- Extended Burner Service Life
- Lower Maintenance Costs
- Reliable Continuous Operation
Hot water boiler
From the results of calculations that we have done on the tanker Permata Sukses, the capacity of the thermal oil boiler is 2000,000 kcal / h. Hot water circulation system for hot fluids at the water pump flow rate 100 m3 / hour (motor power 30 HP) to monitor Crude oil / CPO capacity of 5,000,000 tons with set temperature points of 35 deg C, loading 50 deg C, taken approximately 4 days / 96 hours. (Pertamina travel route plaju palembang towards pertamina pontianak.
As for the temperature up the route of travel faster can be calculated the capacity needed. And adjusted