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Bitumen Storage & Heating Tank
BITUMEN STORAGE · MODEL A5

Bitumen Storage & Heating Tank

A Bitumen Storage & Heating Tank is used to store bitumen and maintain it at a controlled temperature so that it remains sufficiently fluid for pumping, transfer, mixing, or further processing. Available in Direct Heating and Indirect Heating arrangements, with capacities of 20, 30, 50, 75, and 100 KL to suit every scale of operation.

verified ISO 9001:2015 thermostat Direct & Indirect Heating history 20+ Year Lifespan public Exported to 32 Countries

CAPACITY (KL)

20 / 30 / 50 / 75 / 100

HEATING TYPE

Direct / Indirect

MEDIUM

Burner / Thermic Fluid

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Overview
Technical Specifications
Heating Types
Features & Benefits
Applications
FAQs

Direct and Indirect Heating Types

A Bitumen Storage & Heating Tank is used to store bitumen and maintain it at a controlled temperature so that it remains sufficiently fluid for pumping, transfer, mixing, or further processing. There are two main heating arrangements — Direct Heating Type and Indirect Heating Type.

local_fire_department 1. Direct Heating Type

In a direct‑heating tank, heat is supplied directly to the bitumen through a burner/flame or a direct‑fired heating arrangement.

Burner → Heating Zone → Bitumen Tank → Hot Bitumen Outlet

thermostat 2. Indirect Heating Type

In an indirect‑heating tank, the bitumen is heated through a heating medium such as thermic fluid or steam. The heating medium circulates through coils or a heat exchanger without directly contacting the bitumen.

Thermic Fluid Heater → Hot Thermic Fluid → Heating Coil → Bitumen → Return to Heater
  • check_circleAvailable in 20, 30, 50, 75 and 100 KL capacities
  • check_circleChoice of Direct Heating (burner/flame) or Indirect Heating (thermic fluid/steam coil)
  • check_circleIndirect systems offer uniform heating and are the preferred choice for continuous industrial operation

inventory_2 Quick Facts

ModelA5
Capacities20, 30, 50, 75, 100 KL
Heating TypesDirect & Indirect
InsulationMineral Wool + Aluminum Cladding
OriginAhmedabad, India

General Specifications

SpecificationDetails
Capacity20 KL / 30 KL / 50 KL / 75 KL / 100 KL
Heating ArrangementDirect Heating (Burner/Flame) or Indirect Heating (Thermic Fluid/Steam)
InsulationInsulated shell to reduce heat loss
Temperature ControlTemperature sensor / PT-100 with digital or PLC display
Level IndicationLevel indicator / level instrument
VentingSafe vapour/air outlet vent
Bitumen TransferBitumen pump for hot bitumen transfer

1. Direct Heating Type Bitumen Tank

In a direct‑heating tank, heat is supplied directly to the bitumen through a burner/flame or a direct‑fired heating arrangement.

Burner → Heating Zone → Bitumen Tank → Hot Bitumen Outlet

Main Components

Component Function
Storage Tank Stores bitumen
Burner Generates heat
Heating Chamber/Tube Transfers heat directly to bitumen
Temperature Sensor Controls bitumen temperature
Level Indicator Indicates tank level
Insulation Reduces heat loss
Pump Transfers hot bitumen
Control Panel Controls burner and temperature
Vent Provides safe vapour/air outlet
check_circle Advantages
  • Simple heating arrangement
  • Relatively low initial equipment cost
  • Fast heating can be achieved
  • Suitable for some small or temporary installations
warning Disadvantages
  • Greater possibility of localized overheating
  • More difficult to maintain uniform temperature
  • Risk of thermal degradation/coking if poorly designed
  • Burner/fire safety requirements are higher
  • Less suitable where precise temperature control is important

For higher‑quality bitumen processing, direct flame contact with the product should generally be avoided unless the system is specifically engineered for that service.

2. Indirect Heating Type Bitumen Tank

In an indirect‑heating tank, the bitumen is heated through a heating medium such as thermic fluid or steam. The heating medium circulates through coils or a heat exchanger without directly contacting the bitumen.

Thermic Fluid Heater → Hot Thermic Fluid → Heating Coil → Bitumen → Return to Heater

Main Components

Component Function
Storage Tank Stores bitumen
Heating Coil Transfers heat to bitumen
Thermic Fluid Heater Heats thermal oil
Circulation Pump Circulates thermic fluid
Expansion Tank Accommodates thermal‑fluid expansion
Temperature Sensors Monitors and controls temperature
Insulation Minimizes heat loss
Bitumen Pump Transfers heated bitumen
Level Instrument Measures tank level
Control Panel/PLC Automatic temperature and pump control
check_circle Advantages
  • Uniform heating
  • Better temperature control
  • Reduced risk of localized overheating
  • Suitable for continuous industrial operation
  • Good choice for bitumen storage and processing plants
  • Heating system can serve multiple tanks
warning Disadvantages
  • Higher initial investment
  • Requires thermic‑fluid heater and circulation system
  • More equipment and piping
  • Requires proper thermal‑fluid maintenance
bolt

Fast Heating (Direct Type)

Direct heating offers fast heat‑up times with a simple burner arrangement — suitable for small or temporary installations where speed is critical.

thermostat

Uniform Heating (Indirect Type)

Thermic fluid heating coils provide uniform temperature distribution across the tank, preventing localized overheating — ideal for continuous industrial operation.

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Multi‑Tank Capability (Indirect)

A single thermic‑fluid heating system can serve multiple tanks, reducing overall equipment cost and simplifying plant design.

payments

Low Initial Cost (Direct)

Direct heating has a lower upfront equipment cost, making it a practical choice for budget‑conscious small‑scale operations.

insulation

High‑Efficiency Insulation

Heavy‑duty mineral wool insulation with aluminum cladding minimizes heat loss and reduces energy consumption for both heating types.

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24/7 Technical Support

On‑site commissioning, maintenance training, and spare parts support across 32 countries.

oil_barrel

Bitumen Storage & Processing Plants

Indirect heating tanks are well suited for continuous industrial bitumen storage and processing operations.

local_fire_department

Small & Temporary Installations

Direct heating tanks suit small or temporary sites where fast heating and low initial cost are priorities.

local_shipping

Tank Farm Operations

Part of integrated tank farms for bulk bitumen storage and distribution, available in 20 to 100 KL capacities.

construction

Pumping, Transfer & Mixing

Keeps bitumen sufficiently fluid for pumping, transfer, mixing, or further downstream processing.

What storage capacities are available?expand_more

The tank is available in 20 KL, 30 KL, 50 KL, 75 KL, and 100 KL capacities.

What is the difference between direct and indirect heating?expand_more

In direct heating, a burner/flame heats the bitumen directly. In indirect heating, a heating medium such as thermic fluid or steam circulates through coils and heats the bitumen without direct flame contact, giving more uniform temperature control.

Which heating type is better for continuous industrial operation?expand_more

Indirect heating is generally preferred for continuous industrial operation, since it offers uniform heating, better temperature control, and can serve multiple tanks from a single thermic fluid heater.

Is direct flame contact suitable for high‑quality bitumen?expand_more

For higher‑quality bitumen processing, direct flame contact with the product should generally be avoided unless the system is specifically engineered for that service.

Can the tank be integrated with an existing plant?expand_more

Yes, the tank is designed with standard flanged connections for easy integration with bitumen plants, loading systems, and distribution networks.

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