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Gas Turbine Inlet Air Heating Coil Manufacturer
The temperature of air entering in gas turbines used for power generation must be precisely controlled to optimize air conditions and meet performance targets.
This is a particular challenge in climates with wintry weather. Cold humid air and precipitation can cause ice formations on the turbine blades, damaging them and leading to extensive downtime and costly repairs. In addition to preventing ice, filter houses with IHT’s anti-icing coils allows for more precise control of inlet air temperature increasing the efficiency of your gas turbine overall.
As an industry-leading turbine inlet air heating coil manufacturer, many filter house manufacturers look to Industrial Heat Transfer’s high-quality inlet air heating coils to ensures that ice crystals don’t form—even in the worst of weather conditions.
IHT’s coils deliver cost-savings, system-protection, and optimized performance. IHT’s coils are bult to outlast and outperform the competition every time—ensuring that your power generating system performs at maximum efficiency with less downtime.
While our competitors sacrifice quality, durability and ease of use to reduce costs, IHT builds the coils that will serve you best.
- We use a continuous welding process that offers greater durability over spot welding.
- We increase rigidity with thick casings. We don’t make flimsy units with thin sheet metal.
- We increase surface area and performance with our proprietary Sigma case design. We don’t leave air gaps and decrease performance to save material.
- IHT guarantees our coils for the long term.
- IHT works with clients to solve problems that arise, whether we are the source of them or not.
IHT Advantages
- Superior durability
- Thicker casing material with more cross-member support structures
- Continuous welds, no tack welds, in all instances
- Superior performance
- Our signature Sigma casing allows for more fin surface in the standard filter house footprint.
- Our fin design allows for denser fin packs that still meet pressure drop requirements.
If you want performance, compactness and reliability from your turbine inlet heating coils manufacturer, the professionals at IHT are your solution.
Please get in touch to learn more. Call us at 608.208.6925, email or request a free quote.
FAQs
What is turbine inlet heating?
Turbine inlet heating is a system designed to warm the air entering a gas turbine before combustion. It helps prevent freezing, reduces condensation buildup, and ensures stable turbine performance during cold weather operation.
Why is turbine inlet heating important for gas turbines?
In colder environments, low air temperatures can create icing conditions and moisture buildup inside turbine components. Turbine inlet heating protects the system while improving operational reliability during startup and continuous operation.
How does turbine inlet heating improve turbine efficiency?
By controlling intake air temperature, turbine inlet heating reduces the risk of airflow disruption caused by ice formation and helps maintain consistent combustion conditions that support stable turbine performance.
When is turbine inlet heating typically required?
Turbine inlet heating is commonly used in facilities operating in colder climates where freezing temperatures, snow, frost, and condensation can negatively affect gas turbine performance.
Can turbine inlet heating prevent turbine icing?
Yes. Turbine inlet heating systems are specifically engineered to reduce ice accumulation on filters, intake systems, and critical turbine components that may otherwise cause airflow restrictions.
What industries use turbine inlet heating systems?
Power generation facilities, oil and gas operations, industrial manufacturing plants, and combined cycle power stations commonly use turbine inlet heating systems in cold-weather operating environments.
How does turbine inlet heating support anti-icing systems?
Anti-icing systems use heated airflow to prevent frost and ice formation around turbine intake components. Proper turbine inlet heating helps protect critical equipment and reduces weather-related shutdown risks.
Can turbine inlet heating systems be customized?
Yes. Industrial Heat Transfer designs custom turbine inlet heating systems based on airflow requirements, operating temperature ranges, turbine configuration, and environmental conditions.
Does turbine inlet heating improve equipment lifespan?
Maintaining proper intake temperature reduces moisture-related corrosion, minimizes thermal stress on components, and helps improve long-term turbine reliability.
Why choose Industrial Heat Transfer for turbine inlet heating systems?
With decades of thermal engineering experience, Industrial Heat Transfer manufactures high-performance turbine inlet heating solutions designed to improve operational reliability, prevent icing, and optimize gas turbine performance.
Have any questions about this custom heat transfer solution?