Send Inquiry

Request To Call Back

Thermic Fluid Boiler

Name: Thermic Fluid Boiler
Brand: BRIGHT ENGINEERING
Price: 1000000 INR
Availability: InStock

Price 1000000 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Thermic Fluid Boiler Specification

Fuel Consumption
Varies with load and fuel type (typical: 80-300 kg/hr for solid fuels)

Style
Horizontal / Vertical Shell Type Boiler

Pressure
Up to 10 Kg/cm2

Fuel Type
Coal, Wood, Husk, Oil, Gas

Heat Efficiency
Up to 78%-82%

Output
Steam

Life Span
15-20 years with proper maintenance

Condition
New

Temperature
Up to 300C (572F)

Voltage
415 V / 380 V / 220 V (as per requirements)

Capacity
50,000 Kcal/hr to 20,00,000 Kcal/hr

Usage
Industrial

Material
Mild Steel

Part Type
Thermic Fluid Boiler Unit

Dimension (L*W*H)
Customizable as per capacity (typical: 3500mm x 1700mm x 2400mm)

Product Type
Thermic Fluid Boiler

Function
Heats thermic fluid for indirect heating applications in industries

Color
Standard Grey/Black, Custom on request

Emission Control
Multi-cyclone / Bag Filter/ Wet Scrubber optional for pollution control

Control System
Automatic / Semi-Automatic with Safety Interlocks

Firing Mode
Manual / Automatic Firing Options

Maintenance
Low maintenance design with easy access for service

Circulation System
Forced circulation with heavy duty pump

Installation
On-site installation and commissioning available

Insulation
Rockwool / Glasswool Cladding to minimize heat loss

Chimney Height
As per statutory pollution norms (typically 25-30 ft)

Heat Exchanger Material
High Grade Alloy/Seamless Tubes

Usage/Application
Chemical, Textile, Pharmaceutical, Food Processing, Rubber, Paper, Oil & Gas industries

Mounting Type
Floor Mounted / Skid Mounted options available

Thermic Fluid Boiler Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
10 Days

About Thermic Fluid Boiler

A Thermic Fluid Boiler is used to heat a liquid (usually oil or other thermal fluids) to high temperatures for industrial heating applications. They can be designed in horizontal or vertical configurations, depending on space requirements and specific application needs. These are equipped with a control panel that manages the temperature of the HTF, burner operation, and overall system performance. Proper handling and maintenance of the HTF are crucial to prevent degradation and maintain efficiency. Thermic Fluid Boiler can be used in commercial heating applications where high-temperature heat transfer is required, such as in large-scale heating systems.

Superior Thermal Efficiency

With a heat efficiency of up to 78-82%, the thermic fluid boiler maximizes fuel utilization while minimizing operational costs. Its seamless alloy tubes and advanced insulation significantly reduce thermal losses, making it an ideal choice for industries requiring sustained, uniform heat delivery. The forced circulation system further enhances energy transfer, resulting in optimized process heating.

Versatile Application and Design

Engineered to meet a broad spectrum of industrial requirements, this boiler is well-suited for sectors such as chemical, textile, pharmaceutical, food processing, rubber, paper, and oil & gas. Customizable dimensions, mounting options, firing modes, and color finishes allow seamless integration within varied plant layouts. Choice of emission control solutions ensures compliance with statutory norms.

Safety, Compliance, and Longevity

Safety interlocks and advanced control systems offer both peace of mind and regulatory compliance, actively protecting against operational hazards. The robust design, together with low maintenance requirements and an estimated service life of 15-20 years, provides long-term reliability. On-site installation, commissioning, and easy maintenance access are additional benefits.

FAQ's of Thermic Fluid Boiler:

Q: How does the thermic fluid boiler ensure safe and efficient operation?

A: The boiler incorporates automatic or semi-automatic control systems with safety interlocks, providing continuous monitoring and immediate response to abnormal conditions. Emission controls (multi-cyclone, bag filter, or wet scrubber) and insulation (rockwool or glasswool cladding) further optimize safety and energy efficiency.

Q: What industries commonly use this thermic fluid boiler?

A: This boiler is widely adopted in chemical, textile, pharmaceutical, food processing, rubber, paper, and oil & gas industries. Its ability to deliver indirect, uniform heating safely and efficiently makes it suitable for a broad variety of industrial processes.

Q: When is on-site installation and commissioning available?

A: On-site installation and commissioning are provided as part of the service package upon purchase. This ensures the boiler is correctly installed, tested, and adjusted to your facility's specific requirements for immediate and safe utilization.

Q: Where can the thermic fluid boiler be mounted within an industrial facility?

A: The unit offers flexibility in mounting, with both floor-mounted and skid-mounted options available. This adaptability allows installation in a wide range of plant layouts and confined spaces, as per industrial requirements.

Q: What is the benefit of forced circulation in this boiler system?

A: Forced circulation, achieved by a heavy-duty pump, ensures consistent and uniform flow of thermic fluid throughout the heat exchanger. This enhances heat transfer efficiency, resulting in faster heating rates and improved temperature stability during process operations.

Q: How easy is it to maintain this thermic fluid boiler?

A: The design emphasizes low maintenance, with direct access points for service, heavy-duty components, and robust construction. Regular preventive care can extend the boiler's lifespan up to 20 years, minimizing downtime and maintenance costs.

Q: What are the emissions and pollution control provisions?

A: Emission control is addressed with optional systems including multi-cyclone separators, bag filters, or wet scrubbers, ensuring compliance with statutory pollution norms. The chimney height is also designed as per regulatory standards (typically 25-30 ft) to ensure safe emission dispersal.

Tell us about your requirement