Thermal Oil Heater Reference Project | PT Indira Mitra Boiler at PT Pertamina EP Tambun
Thermal Oil Heater Reference Project | PT Indira Mitra Boiler at PT Pertamina EP Tambun.
Introduction
In the oil and gas industry, process heating reliability is not optional—it is a core requirement for safety, efficiency, and continuous production. One of the most trusted solutions for high-temperature industrial heating without high pressure is the Thermal Oil Heater system.
This SEO-focused reference article highlights a Thermal Oil Heater Project supplied and engineered by PT Indira Mitra Boiler for PT Pertamina EP at the Tambun field, Indonesia.
This project demonstrates how a custom-engineered thermal oil heating system supports upstream oil and gas operations with stable temperature control, low operational risk, and long-term reliability.
What Is a Thermal Oil Heater?
A Thermal Oil Heater is an indirect heating system that uses heat transfer oil as the heating medium instead of steam or hot water. The oil is heated inside a coil by a burner and circulated to process equipment, delivering high temperatures (up to 400°C) at near-atmospheric pressure.
Key Advantages Over Steam Boilers
No high-pressure risk
No water treatment required
Higher thermal efficiency
Precise temperature control
Reduced corrosion and scaling
For oil & gas facilities such as PT Pertamina EP Tambun, these advantages translate into safer operations and lower lifecycle costs.
Project Overview – PT Pertamina EP Tambun
Project Title
Thermal Oil Heater Supply & Installation – Tambun Field
End User
PT Pertamina EP
Contractor & Manufacturer
PT Indira Mitra Boiler
Application
Crude oil heating
Process temperature stabilization
Pipeline and equipment heating
Oil viscosity reduction
Why PT Pertamina EP Chose a Thermal Oil Heater System
In upstream oil production, maintaining oil temperature is critical to:
Prevent wax formation
Maintain viscosity
Ensure stable flow to separation and storage systems
A thermal oil heater was selected instead of a steam boiler due to:
Lower operational pressure
Better temperature stability
Lower maintenance frequency
Higher system safety
Engineering Scope by PT Indira Mitra Boiler
PT Indira Mitra Boiler delivered a turnkey thermal oil heater system, including:
1. Thermal Oil Heater Unit
Coil-type radiant & convection design
High-efficiency heat transfer surface
Designed for continuous operation
2. Burner System
Industrial-grade burner
Stable flame control
Compatible with liquid or gas fuel
Automatic ignition & safety interlock
3. Circulation Pump System
Heavy-duty centrifugal pumps
Redundant pump configuration (duty/standby)
Designed for high-temperature thermal oil
4. Expansion & Sump Tank
Expansion tank for thermal oil volume change
Degassing function
Oil storage and draining support
5. Instrumentation & Control
Temperature control loop
Pressure and flow monitoring
Flame failure protection
Emergency shutdown system (ESD)
Design Standards & Safety Philosophy
The thermal oil heater system was designed in accordance with:
ASME principles (coil & pressure parts)
API safety practices for oil & gas facilities
Indonesian industrial safety requirements
Safety highlights:
Flame failure detection
Low-flow and high-temperature trip
Burner interlock system
Emergency stop integration
Thermal Oil Used
High-performance heat transfer oil was selected to ensure:
Thermal stability at operating temperature
Low oxidation rate
Long service life
This ensures consistent heat delivery with minimal degradation over time.
Installation at Tambun Field
Installation Scope
Heater positioning and foundation alignment
Piping fabrication and insulation
Pump and tank installation
Burner commissioning
Control panel integration
All installation works were executed with strict adherence to oil & gas safety protocols.
Testing & Commissioning
Before handover, PT Indira Mitra Boiler conducted:
Cold circulation test
Burner firing test
Temperature ramp-up test
Safety interlock verification
Operator training
The system achieved stable operating temperature with smooth modulation and low fuel consumption.
Operational Benefits for PT Pertamina EP
1. High Thermal Efficiency
Optimized heat transfer coil design minimizes fuel usage.
2. Stable Process Temperature
Ensures consistent oil properties and flow.
3. Enhanced Safety
No high-pressure steam risk.
4. Low Maintenance
No scaling, no blowdown, no water chemistry issues.
5. Long-Term Reliability
Designed for continuous upstream operation.
Why PT Indira Mitra Boiler Is Trusted in Oil & Gas Projects
PT Indira Mitra Boiler is not just a supplier, but an engineering partner.
Core Strengths
Custom thermal system design
In-house fabrication
Experienced oil & gas engineers
Strong after-sales & service support
Compliance with industrial safety standards
The Tambun project proves Indira Mitra Boiler’s capability to support national energy infrastructure.
Future Expansion & Scalability
The installed thermal oil heater system allows:
Capacity expansion
Integration with additional process heaters
Fuel flexibility upgrades
This ensures the system remains relevant for future production demands.
Conclusion
The Thermal Oil Heater Reference Project at PT Pertamina EP Tambun stands as a strong example of engineering reliability, operational safety, and energy efficiency.
Through this project, PT Indira Mitra Boiler has demonstrated its expertise in delivering industrial thermal oil heater solutions for demanding oil & gas environments.
If your facility requires:
High-temperature heating
Low-pressure operation
Reliable industrial performance
Then a Thermal Oil Heater by PT Indira Mitra Boiler is the proven solution.
ormat kami,
PT INDIRA MITRA BOILER
Ratman (Sales Engineer)
🌐 Website: www.indiramitraboiler.co.id
📱 WhatsApp: +62 813-8866-6204
🏭 Workshop: Tangerang – Indonesia
📧 Email: info@indira.co.id | idmratman@gmail.com
