Heavy Duty Vertical Bitumen Tank

Heavy Duty Vertical Bitumen Tank
Details:
A Heavy Duty Vertical Bitumen Tank stores hot bitumen for asphalt production and industrial storage operations. Capacity, heating arrangements, insulation, instrumentation and connections can be specified according to the binder type, operating temperature and site requirements.
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Description
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Product Overview

 

Vertical Storage with Configurable Heating and Insulation
A Heavy Duty Vertical Bitumen Tank stores hot bitumen for asphalt production and industrial storage operations. Capacity, heating arrangements, insulation, instrumentation and connections can be specified according to the binder type, operating temperature and site requirements.
Capacity Configuration
Nominal capacity and usable storage volume are assessed separately to account for operating liquid levels, expansion space and pump suction requirements.
Heating Options
Thermal oil coils or electric heating systems can be evaluated according to required heat-up time, available utilities and the selected bitumen grade.
Insulation and Cladding
Insulation thickness and external cladding are selected according to operating temperature, ambient conditions and the required heat-loss performance.
Process Integration
Inlet and outlet nozzles, temperature sensors, level instruments and control interfaces can be coordinated with the site's storage and transfer system.

 

Selection & Configuration

 

Storage Capacity and Tank Dimensions
Capacity selection should consider daily bitumen consumption, delivery intervals, reserve requirements and usable volume. Tank diameter, height, transport limits and available installation space should be confirmed before final design.
Heating System
Thermal Oil Heating
Suitable for sites with a compatible thermal oil supply. Coil arrangement and heat-transfer duty should be calculated against the required operating temperature and heat-up time.
Electric Heating
Can be considered where a suitable electrical supply is available. Heater power, element placement, temperature control and low-level protection require confirmation during engineering.
Insulation and External Cladding
Insulation material and thickness should be selected using the required operating temperature, ambient temperature range and allowable heat loss. External cladding protects the insulation from weather exposure and mechanical damage.
Instrumentation and Safety
Temperature monitoring, level measurement, high-level alarms, overfill provisions, venting and pressure/vacuum protection should be specified according to the tank design and applicable regulations.

 

Technical Specifications

 

The following table identifies the main parameters for engineering and procurement. Final specifications must be confirmed against the selected tank design and project requirements.

Parameter

Specification / Selection Basis

Equipment Type

Heavy Duty Vertical Bitumen Storage Tank

Nominal Capacity

Project-specific; preliminary range of 20–150+ m³ requires confirmation

Storage Medium

Hot paving bitumen; PMB subject to binder-specific requirements

Tank Design

Atmospheric or low-pressure design, subject to engineering review

Tank Material

Carbon steel or other specified material, subject to design requirements

Shell Thickness

Determined by applicable design rules, dimensions, loads and corrosion allowance

Heating System

Thermal oil coils or electric heating, subject to availability

Operating Temperature

To be confirmed for the selected binder; the original 140–180°C range is indicative only

Insulation

Material and thickness selected according to heat-loss calculations

External Cladding

Material and thickness specified for the installation environment

Level and Temperature Monitoring

Instruments selected according to control and safety requirements

Nozzles and Flanges

Size, rating and connection standard to be confirmed

Surface Protection

Coating system selected for the external environment and service conditions

Design Code

To be agreed according to tank classification, jurisdiction and project specification

Inspection and Documentation

Defined by applicable code, contract and inspection plan

 

Manufacturing & Quality Control

 

Manufacturing Process
Material Verification
Material grades and supplied certificates should be checked against approved drawings and the project material specification.
Fabrication and Welding
Plate cutting, shell forming, fit-up and welding are performed according to the approved manufacturing drawings and applicable procedures.
Inspection and Testing
Visual inspection, dimensional checks, weld examination and leak or pressure testing are specified according to the design code and inspection plan. Heating coils require a separate test plan where applicable.
Final Inspection and Documentation
Inspection records and the agreed documentation package are reviewed before dispatch.
Documentation Available by Project Agreement
Material Test Certificates (MTC), approved drawings, welding documentation, applicable NDT reports, test records, inspection records and operating and maintenance manuals can be specified in the purchase contract.
Third-party inspection, specific certification and conformity documentation must be agreed in advance and confirmed for the selected equipment.

 

Applications & System Integration

 

Asphalt Mixing Plants
Provides bulk bitumen storage for batch or drum-mix asphalt production. Tank capacity, outlet arrangement and heating duty should match plant consumption and transfer requirements.
Polymer-Modified Bitumen Facilities
PMB storage requirements depend on binder formulation and supplier recommendations. Heating, recirculation or agitation should be selected only where required by the specified binder and process.
Bitumen Terminals and Storage Depots
Vertical tank layouts can help make use of limited ground space. Tank height, foundation loads, access, maintenance clearance and site regulations must be considered during layout planning.
Site Integration
Piping and Pump Connections
Inlet, outlet, drain and vent connections should be coordinated with the site's piping and transfer equipment.
Automation and Monitoring
Temperature and level instruments can be integrated with plant controls where the required signals, interfaces and control scope have been defined.
Foundation and Installation Data
Foundation loads, anchor locations, tank dimensions and applicable wind or seismic design conditions should be provided for review by the project engineering team.

 

Customization & RFQ Requirements

 

To prepare a technically appropriate quotation, please provide the following information.
Capacity and Process Requirements
Target nominal capacity, required usable volume, bitumen grade, daily consumption and delivery method.
Operating Conditions
Required storage temperature, initial temperature, target heat-up time, ambient temperature range and preferred heating source.
Mechanical and Site Requirements
Available installation space, height restrictions, nozzle sizes, flange standards, piping interfaces and foundation conditions.
Quality and Compliance
Required design code, material certification, inspection scope, third-party inspection requirements and destination-country regulations.
Delivery and Scope of Supply
Delivery location, required schedule, transport limitations and the required scope for heating, insulation, instruments, controls, platforms and installation support.
Drawings, site layouts and existing equipment specifications are useful for confirming interfaces and preparing the technical proposal.

 

Frequently Asked Questions

 

Q: How do I select the right bitumen tank capacity?

A: Start with daily consumption, delivery frequency and the required operating reserve. Then calculate usable volume based on normal liquid levels, pump suction requirements and expansion space. The appropriate reserve depends on the project's supply conditions.

Q: Which heating system should I choose?

A: Thermal oil heating is worth evaluating when a compatible central heating system is available. Electric heating may suit sites with adequate electrical capacity and appropriate heater controls. The final choice depends on heat-up time, tank size, operating conditions and utility costs.

Q: What operating temperature should the tank support?

A: The required temperature depends on the bitumen grade, binder supplier's recommendations and downstream process. PMB and other specialty binders may have different storage and circulation requirements. Confirm the temperature range before specifying the heating system.

Q: How can bitumen overheating be managed?

A: Specify suitable heater placement, temperature monitoring, control limits and protective interlocks. Heating duty and control settings should be reviewed against the binder's handling requirements; actual temperature uniformity must be validated for the selected configuration.

Q: Can the tank meet ASME or European requirements?

A: The applicable design code and conformity route depend on the equipment classification, operating conditions and destination market. Confirm these requirements before ordering. ASME, PED or CE compliance should only be stated where applicable and supported by the required documentation.

Q: What information is needed for a quotation?

A: Provide capacity, binder grade, operating temperature, heating preference, site conditions, nozzle requirements, applicable standards and delivery location. Drawings and a process or piping layout help clarify the scope and reduce assumptions during engineering.

 

Project References

 

Project references can be provided where documented installations are available and permission has been obtained to share the relevant details.
For each reference, useful information includes tank capacity, heating configuration, application, project scope and the relevant inspection or acceptance documentation. Project names, locations, quantities and certifications should only be published when verified and approved for disclosure.

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