Process Heaters

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At INOVA, we offer a wide range of process heaters designed to increase the temperature of gases and liquids in industrial applications, ensuring safe and efficient operations. Our systems are engineered to counteract the Joule-Thomson effect, prevent hydrate and condensate formation, and protect critical equipment such as turbines, compressors, and metering systems. We provide various heating technologies tailored to meet the specific needs of each process while complying with international safety and efficiency standards.

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Catalytic Pilot Gas Process Heaters

Designed for applications requiring safe and efficient heating without an open flame, ideal for classified areas where uniform and reliable heating is essential.

Catalytic Gas Heaters

Utilize catalytic oxidation to generate heat without visible combustion, providing greater efficiency and safety in environments where open flames are not viable.

Electric Gas Heaters

These systems use high-efficiency electric elements to heat gas or liquids, offering precise temperature control and low maintenance compared to other heating technologies.

Indirect Fired Gas Heaters

Designed for high thermal demand operations, these heaters use an intermediate fluid to transfer heat evenly and prevent direct contact between the gas and the combustion source, reducing the risk of overheating.

Shell and Tube Heat Exchangers

Based on hot fluid recirculation for efficient and reliable thermal transfer, commonly used in industrial processes requiring stable temperature control and high heat transfer efficiency.

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