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ELECTRICAL HEAT TRACING

Electrical trace heating systems play a pivotal role in protecting critical infrastructure across various industries. From preserving process integrity in industrial plants to preventing freeze-related damage in domestic settings, SMUVE’s solutions are meticulously engineered to keep your operations running smoothly, safely, and sustainably.

At SMUVE, we understand that when equipment must be shielded from freezing or when uninterrupted liquid flow is essential, only the highest design standards will suffice. That’s why our trace heating systems are purpose-built to keep critical processes operational, no matter how extreme the conditions.

Our systems are designed to safeguard operations by preventing equipment failures, reducing downtime, and ensuring safety. With built-in protection against freezing, thermal shocks, and costly disruptions, they provide peace of mind for both performance and compliance.

Beyond prevention, SMUVE’s trace heating solutions are a smart investment in efficiency and sustainability. By combining real-time monitoring with energy-conscious design, they optimize productivity, lower operating costs, and support long-term reliability across industries.

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TURNKEY TRACE HEATING SOLUTIIONS

Features of Electrical Heat Tracing

Electrical tracing systems use heating cables applied along the piping to maintain a constant fluid temperature, preventing freezing and ensuring proper flow. This solution is particularly valued for:

Thermal precision
Provides accurate temperature control for sensitive processes

Easy installation
Flexible cables fit pipes of any shape or size

Low maintenance
Few mechanical parts, requiring minimal upkeep

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LPG Marine Loading Arm

When to Choose Electrical Heat Tracing

Electrical heat tracing is particularly suitable when precise and stable temperature control is needed. It is the optimal solution for applications requiring

Specific temperature maintains

Quick and flexible installation

Available Power Supply

Long Line Piping System

Environments without an existing steam distribution network

Lower maintenance and operating costs

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APPLICATIONS

FREEZE PROTECTION - SELF REGULATING TECHNOLOGY

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Electric heat tracing systems keep non-flowing oils & high viscosity products in pipes, pumps and associated equipment from freezing by replacing the heat lost through the thermal insulation. Chromalox pipe heat  trace systems are energy efficient, reliable and performance.

 

 

Our heat tracing protection solutions are typically applied in industrial facilities: â€‹

  • Crude Oil Lines and drain lines

  • Bitumen Oil Lines, Fuel Oil Lines

  • Air Ducting.

  • Filters, Pumpsets, Knock Out (KO) Drums, Vessels & etc.

  • De-Icing Application (+5Deg. C maintain)

APPLICATIONS

LONG PIPELINE HEATING - SKIN EFFECT TECHNOLOGY

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Long pipeline heating is necessary for pipe viscosity control and temperature maintenance of transfer lines between processing plants, storage tanks and transportation facilities.

Longline heat tracing is complex, requiring long electrical circuit lengths 25km - usually with a single electrical power point - balanced temperature distribution profiles, high power and resistance to extreme environmental conditions and long operational life cycle requirements.

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Typical applications include:

  • Heavy / waxy fuel oils, VGO, bitumen, asphalt, Sulfur

  • Crude Oil

APPLICATIONS

TANK HEATING SYSTEM - SELF REGULATING TECHNOLOGY

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Chromlalox industrial tank heating solutions store industrial liquids at the right temperature and minimize energy consumption, no matter the maintain temperature requirements. Safety, reliability and energy efficiency guaranteed. 

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Typical tank heating applications include: 

  • Freeze protection of low/medium viscosity fluids (e.g. LNG Tanks, ammonia)

  • Maintain temperature of medium/high viscosity fluids (e.g. Crude Oil, Fuel Oil, Bitumen Tanks)

APPLICATIONS

PROCESS PIPELINE TEMPERATURE MAINTENANCE 

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Electric heat tracing systems replace heat loss in a pipe anywhere throughout an industrial process. Pipe tracing is critical for temperature maintenance in pipes that are expected to have stagnant fluids for extended periods of time. The ability to maintain liquids within a specified temperature for prolonged intervals helps keep operations at the greatest productivity level.

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Typical applications include:

  • Fuel oil, asphalt, sulphur, waxes, hydraulics

  • Caustic soda, acids, polymers, sensitive chemicals

  • Vegetable oils, biodiesel, fat, syrup, chocolate

APPLICATIONS

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